{ "generatedAt": "2026-07-17T22:00:20.594Z", "canonicalUrl": "https://apicontext.com/ai/index.json", "globalEndpoints": { "index": "https://apicontext.com/ai/index.json", "llmsTxt": "https://apicontext.com/llms.txt", "llmsFullTxt": "https://apicontext.com/llms-full.txt" }, "pages": [ { "slug": "home", "url": "https://apicontext.com", "title": "Home", "description": "From cloud point of presence to edge, to origin, to payload — APIContext is the only platform that walks the entire path, and hands you OTEL signal at every hop.", "contentType": "home", "breadcrumbs": [ { "name": "Home", "href": "/" } ], "summary": "Simulate the full customer journey. End-to-end. From cloud point of presence to edge, to origin, to payload — APIContext is the only platform that walks the entire path, and hands you OTEL signal at every hop.", "stats": [ { "value": "125+", "label": "global Points of Presence" }, { "value": "OAuth", "label": "mTLS · JWT · HMAC supported" }, { "value": "SLO + SLA", "label": "real-time service level reporting" }, { "value": "OTEL", "label": "native on every call" } ], "bodySections": [ { "title": "Reachability, availability & latency", "body": "Know when your digital services respond — and when they don't — from every region, every network, every carrier. Globally consistent, continuously." }, { "title": "Verify contracts from the outside-in", "body": "Assert that multi-step, fully-authenticated transactions are doing what they're supposed to do — not just returning 200. Catch schema drift before your customers do." }, { "title": "Every synthetic check ships as native OTEL.", "body": "We're not another data silo. Consume our signal inside APIContext, or stream it into the APM you already pay for — traces, metrics, and logs, spec-compliant, at source." }, { "title": "Your APM tells you what users did. We tell you what's waiting for them.", "body": "API blind spots: Endpoints your APM can't see because no user hit them today. We hit them for you — every 30 seconds, from everywhere. Browser blind spots: JS that breaks on a customer's device but loads fine on yours. Real-browser checks from real geographies. MCP blind spots: AI clients hit your MCP server differently than humans hit your API. We verify tool responses match the contract. Transaction blind spots: Multi-step flows with auth, side effects, and contract guarantees — not just a ping against /healthz. Regional blind spots: The customer in São Paulo sees a different internet than your NYC monitor. We check from both — and 123 more. Topology blind spots: Where did the latency actually come from? Cloud, edge, origin, or payload. We show every hop." } ], "keyFacts": [ "125+ global Points of Presence", "OAuth mTLS · JWT · HMAC supported", "SLO + SLA real-time service level reporting", "OTEL native on every call", "Reachability, availability & latency: Know when your digital services respond — and when they don't — from every region, every network, every carrier. Globally consistent, continuously.", "Verify contracts from the outside-in: Assert that multi-step, fully-authenticated transactions are doing what they're supposed to do — not just returning 200. Catch schema drift before your customers do.", "We're not another data silo. Consume our signal inside APIContext, or stream it into the APM you already pay for — traces, metrics, and logs, spec-compliant, at source.", "Your APM tells you what users did. We tell you what's waiting for them." ], "primaryEntities": [ "APIContext", "API monitoring", "synthetic journeys", "OpenTelemetry", "API blind spots" ], "audience": [ "API owners", "SRE teams", "product teams", "platform teams" ], "ctas": [ { "label": "Start free", "href": "https://client.apimetrics.io/register" }, { "label": "Watch a 2-min journey", "href": "/resources" } ], "source": "static", "pageCategory": "Product", "schemaType": "SoftwareApplication", "aiEndpoints": { "json": "https://apicontext.com/ai/page/home.json", "markdown": "https://apicontext.com/index.md", "html": "https://apicontext.com/ai/page/home.html" } }, { "slug": "api-conformance", "url": "https://apicontext.com/api-conformance", "title": "API Conformance (root)", "description": "Compare production and pre-production APIs against your own schemas, OpenAPI specifications, and open standards so compliance can be proven internally and externally.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "Demonstrate API compliance continuously.", "href": "/api-conformance" } ], "summary": "Demonstrate API compliance continuously. Compare production and pre-production APIs against your own schemas, OpenAPI specifications, and open standards so compliance can be proven internally and externally.", "stats": [ { "value": "OpenAPI", "label": "schema conformance checks" }, { "value": "FAPI", "label": "open-standard gap analysis" }, { "value": "24/7", "label": "continuous drift monitoring" }, { "value": "100%", "label": "call-level audit history" } ], "bodySections": [ { "eyebrow": "Compliance from real traffic shape", "title": "Real API calls. Real workflows. Real results.", "body": "APIContext builds sequenced workflows that replicate user scenarios, then shows how dependencies, security requirements, reliability, and response details affect compliance." }, { "eyebrow": "Verify API compliance", "title": "Compare live APIs against the contract they promised.", "body": "Run conformance checks against OpenAPI specifications in production or pre-production. Ongoing analysis alerts teams as soon as a deviation against spec is published.", "bullets": [ "Compare requests and responses to OpenAPI specs", "Validate production and pre-production environments", "Alert immediately when an endpoint drifts from contract" ] }, { "eyebrow": "Security and performance posture", "title": "Show compliance across schema, security, and reliability.", "body": "Schemas capture important requirements, but regulators and internal teams also care about uptime, availability, response time, auth posture, and reliability reporting.", "bullets": [ "Consolidated security and performance reporting", "Track uptime, availability, and response-time mandates", "Demonstrate posture in one auditable tool" ] }, { "eyebrow": "Guard against API drift", "title": "Compliance at launch is not enough.", "body": "Engineers keep iterating, and small changes accumulate. Continuous conformance checks catch drift, preserve audit trails, and route remediation tasks to the teams that can fix them.", "bullets": [ "Continuous drift detection across releases", "Flag and mark individual compliance issues", "Send remediation tasks into existing workflows" ] }, { "title": "Conformance evidence flows into security, compliance, DevOps, and reporting workflows", "body": "OpenAPI conformance: Measure whether live APIs match their published schemas and expected behavior. Security by design: Track auth, schema, and policy requirements as part of the same conformance posture. Performance evidence: Report reliability metrics such as uptime, availability, latency, and response time alongside compliance. Workflow validation: Sequence calls to reproduce real user scenarios and dependency chains. Audit trails: Review the details of every API call and preserve evidence for internal or external stakeholders. Remediation handoff: Send issues and tasks to existing systems and teams for resolution." } ], "keyFacts": [ "OpenAPI checks", "API posture", "Drift detection", "Audit trails", "Remediation workflows", "OpenAPI schema conformance checks", "FAPI open-standard gap analysis", "24/7 continuous drift monitoring", "100% call-level audit history", "OpenAPI conformance: Measure whether live APIs match their published schemas and expected behavior.", "Security by design: Track auth, schema, and policy requirements as part of the same conformance posture.", "Performance evidence: Report reliability metrics such as uptime, availability, latency, and response time alongside compliance.", "Workflow validation: Sequence calls to reproduce real user scenarios and dependency chains." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "OpenAPI checks", "API posture", "Drift detection", "Audit trails", "Remediation workflows" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start proving API conformance continuously.", "href": "/contact" } ], "faqs": [ { "question": "What is API conformance testing?", "answer": "API conformance testing verifies that a live API's behavior — response schemas, status codes, headers, and error formats — matches its declared specification, such as an OpenAPI document. It is a complement to API contract testing, but more expansive: it tests not only the technical contract but also the business rules that need to be enforced by the API in context. An API can be available and returning 200 status while still failing conformance — returning incorrect field types, omitting required headers, or violating documented business logic." }, { "question": "How does APIContext detect conformance failures?", "answer": "APIContext compares live API responses against an OpenAPI specification or custom schema on every synthetic check. When a response deviates — a field type changes, a required property is missing, or a security header is dropped — the platform flags the drift with a diff view showing exactly what changed. Checks also validate against regulatory security profiles including FAPI 2.0 for financial APIs." }, { "question": "What standards does APIContext support for conformance?", "answer": "APIContext supports OpenAPI 3.x, custom JSON schemas, and financial-grade security standards including FAPI 1.0 Baseline, FAPI 1.0 Advanced, FAPI 2.0, and many more. This covers security and payload requirements applicable to open banking APIs under UK, EU, Australian, and US regulatory frameworks." }, { "question": "Can conformance testing run against pre-production environments?", "answer": "Yes. APIContext runs conformance checks against production and staging endpoints simultaneously, making it possible to catch regressions before they are promoted to production. Teams can enforce a never-ship-a-breaking-change policy by gating deployments on conformance pass rates." } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-conformance.json", "markdown": "https://apicontext.com/api-conformance.md", "html": "https://apicontext.com/ai/page/api-conformance.html" } }, { "slug": "api-directory", "url": "https://apicontext.com/api-directory", "title": "API Directory", "description": "Independent weekly benchmark intelligence for machine-facing services, including latency, reliability, infrastructure, geography, and operational signal layers.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "APIContext Benchmark Intelligence", "href": "/api-directory" } ], "summary": "APIContext Benchmark Intelligence turns weekly synthetic monitoring into citable infrastructure intelligence for machine-facing services, with human pages and machine-readable JSON for latency, reliability, geography, and provider delivery paths.", "stats": [ { "value": "115", "label": "benchmark subjects" }, { "value": "20", "label": "benchmark categories" }, { "value": "81", "label": "validated domain files" }, { "value": "W2026-06-22", "label": "latest snapshot" } ], "bodySections": [ { "eyebrow": "Overview", "title": "What the API directory provides", "body": "The API directory is a machine-readable benchmark intelligence hub for APIs and machine-facing services. It combines verified synthetic measurements with catalog metadata so people and agents can compare reliability, latency, infrastructure, and operational signals.", "bullets": [ "Weekly verified benchmark snapshots", "Normalized provider, category, and subject records", "Latency, pass-rate, CASC, and infrastructure signals", "Human pages plus JSON data surfaces for agents" ] }, { "eyebrow": "Rankings", "title": "Top performing providers", "body": "The landing page ranks providers by CASC score across monitored endpoints and regions so teams can quickly identify strong operational signals and compare API quality across peers.", "links": [ { "label": "Open Weather — 9.70 CASC, 69 ms median", "href": "/api-directory/weather/open-weather" }, { "label": "Flickr — 9.57 CASC, 214 ms median", "href": "/api-directory/social/flickr" }, { "label": "Tide Platform Ltd — 9.54 CASC, 155 ms median", "href": "/api-directory/openbankingukproduction/tide-platform-ltd" }, { "label": "Creation Cards — 9.52 CASC, 214 ms median", "href": "/api-directory/openbankingukproduction/creation-cards" }, { "label": "Pirate Weather — 9.51 CASC, 390 ms median", "href": "/api-directory/weather/pirate-weather" }, { "label": "DuckDuckGo — 9.46 CASC, 179 ms median", "href": "/api-directory/search/duckduckgo" }, { "label": "Allied Irish Bank — 9.45 CASC, 262 ms median", "href": "/api-directory/ukbanks/allied-irish-bank" }, { "label": "Virgin Money — 9.44 CASC, 320 ms median", "href": "/api-directory/openbankingukproduction/virgin-money" }, { "label": "Google PaLM — 9.44 CASC, 130 ms median", "href": "/api-directory/artificialintelligence/google-palm" }, { "label": "Santander — 9.44 CASC, 239 ms median", "href": "/api-directory/ukbanks/santander" } ] }, { "eyebrow": "Data", "title": "Primary benchmark data files", "body": "Use these canonical JSON files when an agent needs structured benchmark data rather than prose.", "links": [ { "label": "Latest benchmark catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Snapshot metadata", "href": "/api-directory/data/latest/metadata.json" }, { "label": "All subjects JSON", "href": "/api-directory/data/latest/subjects.json" }, { "label": "All categories JSON", "href": "/api-directory/data/latest/categories.json" }, { "label": "Benchmark comparison view", "href": "/api-directory/compare" } ] }, { "eyebrow": "Browse", "title": "Benchmark categories", "body": "Start with a category to inspect the APIs and services measured in the latest snapshot.", "links": [ { "label": "Artificial Intelligence — 3 providers, avg CASC 9.18, median 341.67 ms", "href": "/api-directory/artificialintelligence" }, { "label": "Cloud Infrastructure — 1 providers, avg CASC 9.41, median 483 ms", "href": "/api-directory/cloud" }, { "label": "CMA9 Open Banking — 5 providers, avg CASC 9.19, median 332.6 ms", "href": "/api-directory/cma9" }, { "label": "Corporate Infrastructure — 15 providers, avg CASC 9.01, median 407.4 ms", "href": "/api-directory/corpinfra" }, { "label": "Corporate Messaging — 3 providers, avg CASC 8.90, median 409 ms", "href": "/api-directory/corporatemessaging" }, { "label": "UK Digital Government — 3 providers, avg CASC 8.75, median 109.33 ms", "href": "/api-directory/digitalgovernmentukgov" }, { "label": "Enterprise Messaging — 3 providers, avg CASC 9.03, median 371.33 ms", "href": "/api-directory/enterprisemessaging" }, { "label": "Cryptocurrency Exchanges — 11 providers, avg CASC 9.21, median 298.45 ms", "href": "/api-directory/exchanges" }, { "label": "Fintech — 14 providers, avg CASC 9.04, median 440.21 ms", "href": "/api-directory/fintech" }, { "label": "IP Geolocation — 3 providers, avg CASC 9.41, median 102.33 ms", "href": "/api-directory/ipgeolocators" }, { "label": "Open Banking UK — 7 providers, avg CASC 8.63, median 718.14 ms", "href": "/api-directory/openbankinguk" }, { "label": "Open Banking UK Production — 21 providers, avg CASC 9.05, median 357.81 ms", "href": "/api-directory/openbankingukproduction" }, { "label": "PSD2 Institutions — 2 providers, avg CASC 8.78, median 939 ms", "href": "/api-directory/psd2institutions" }, { "label": "Search Platforms — 3 providers, avg CASC 9.19, median 338 ms", "href": "/api-directory/search" }, { "label": "Social Platforms — 5 providers, avg CASC 9.33, median 281.2 ms", "href": "/api-directory/social" }, { "label": "UK Banks — 9 providers, avg CASC 8.83, median 355.33 ms", "href": "/api-directory/ukbanks" }, { "label": "Weather Services — 2 providers, avg CASC 9.61, median 229.5 ms", "href": "/api-directory/weather" } ] }, { "eyebrow": "Signals", "title": "What the landing page highlights", "body": "The human page surfaces top performers, featured benchmark categories, CASC score interpretation, and methodology. The Markdown view mirrors those decision points so agents can cite the same operational context without scraping UI components.", "bullets": [ "Fastest median latency signal: Contentful at 33 ms.", "Strongest CASC signal: Open Weather at 9.70 CASC.", "Lowest outlier signal: Yapily at 0.1% outliers.", "CASC score blends consistency, pass rate, errors, and outlier behavior into a comparable quality signal." ] }, { "eyebrow": "Methodology", "title": "How to interpret the directory", "body": "APIContext benchmark pages are generated from verified synthetic monitoring snapshots. They are not live status pages; they are citable weekly intelligence for comparing machine-facing services.", "bullets": [ "Use category pages to compare peer providers within a market or service type.", "Use subject pages for domain, CASC, pass rate, p95 latency, regional, and infrastructure detail.", "Use the comparison view to preserve selected subjects in a shareable URL.", "Use JSON endpoints when building agents, reports, or external analyses." ] } ], "keyFacts": [ "115 benchmark subjects are normalized in the latest snapshot.", "20 benchmark categories are available.", "81 valid domain files were parsed for enrichment fields and infrastructure metadata.", "Latest snapshot: W2026-06-22.", "Public data surfaces include raw mirrors, normalized catalogs, latest datasets, JSON-LD Dataset markup, and llms references.", "Fastest median latency signal: Contentful at 33 ms.", "Strongest CASC signal: Open Weather at 9.70 CASC." ], "primaryEntities": [ "APIContext", "Benchmark Intelligence", "Machine Service Benchmarks", "Infrastructure Intelligence", "Operational Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems", "technology leaders" ], "ctas": [ { "label": "Explore benchmarks", "href": "/api-directory#browse-categories" }, { "label": "Latest benchmark catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Snapshot metadata", "href": "/api-directory/data/latest/metadata.json" }, { "label": "Benchmark comparison", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory.json", "markdown": "https://apicontext.com/api-directory.md", "html": "https://apicontext.com/ai/page/api-directory.html" } }, { "slug": "api-directory-apimetricsqos", "url": "https://apicontext.com/api-directory/apimetricsqos", "title": "APIContext Quality of Service Benchmark Intelligence", "description": "Latest verified snapshot covers 2 benchmark subjects in APIContext Quality of Service, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "APIContext Quality of Service Benchmark Intelligence", "href": "/api-directory/apimetricsqos" } ], "summary": "Latest verified snapshot covers 2 benchmark subjects in APIContext Quality of Service, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "2", "label": "benchmark subjects" }, { "value": "7.97", "label": "average CASC" }, { "value": "654 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "APIContext Quality of Service benchmark slice", "body": "Latest verified snapshot covers 2 benchmark subjects in APIContext Quality of Service, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "2 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 99.99%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "! Prod APImetrics v2 APIs — 7.33 CASC, 99.98% pass, 1,283 ms p95", "href": "/api-directory/apimetricsqos/prod-apimetrics-v2-apis" }, { "label": "! Prod APImetrics v3 APIs — 8.62 CASC, 100.00% pass, 1,563 ms p95", "href": "/api-directory/apimetricsqos/prod-apimetrics-v3-apis" } ] } ], "keyFacts": [ "2 benchmark subjects are included in APIContext Quality of Service.", "Average CASC score: 797.5.", "Average median latency: 654 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "APIContext Quality of Service", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/apimetricsqos.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-apimetricsqos.json", "markdown": "https://apicontext.com/api-directory/apimetricsqos.md", "html": "https://apicontext.com/ai/page/api-directory-apimetricsqos.html" } }, { "slug": "api-directory-apimetricsqos-prod-apimetrics-v2-apis", "url": "https://apicontext.com/api-directory/apimetricsqos/prod-apimetrics-v2-apis", "title": "! Prod APImetrics v2 APIs Operational Intelligence", "description": "! Prod APImetrics v2 APIs benchmark detail for client.apimetrics.io, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "apimetricsqos", "href": "/api-directory/apimetricsqos" }, { "name": "! Prod APImetrics v2 APIs Operational Intelligence", "href": "/api-directory/apimetricsqos/prod-apimetrics-v2-apis" } ], "summary": "! Prod APImetrics v2 APIs is a api-provider benchmark subject in APIContext Quality of Service. Latest snapshot metrics include 7.33 CASC score, 99.98% pass rate, 475 ms median latency, and 1,283 ms p95 latency.", "stats": [ { "value": "7.33", "label": "CASC score" }, { "value": "99.98%", "label": "pass rate" }, { "value": "475 ms", "label": "median latency" }, { "value": "1,283 ms", "label": "p95 latency" }, { "value": "volatile", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "! Prod APImetrics v2 APIs benchmark detail", "body": "! Prod APImetrics v2 APIs is measured as part of APIContext Quality of Service. This page summarizes operational signals for client.apimetrics.io, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: client.apimetrics.io.", "Category: APIContext Quality of Service.", "Benchmark subject type: api-provider.", "Monitored count: 32.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 11 ms.", "TCP connection: 4.77 ms.", "TLS handshake: 9.27 ms.", "Processing: 422.23 ms.", "Download: 0.05 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Cloudflare, Inc..", "Server: Google Frontend." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/apimetricsqos/prod-apimetrics-v2-apis.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "! Prod APImetrics v2 APIs recorded 99.98% pass rate in the latest verified snapshot.", "The p95 latency signal is 1283 ms, with median latency at 475 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "! Prod APImetrics v2 APIs domain: client.apimetrics.io.", "Operational state: volatile.", "CASC score: 7.33.", "Pass rate: 99.98%.", "p95 latency: 1,283 ms." ], "primaryEntities": [ "APIContext", "! Prod APImetrics v2 APIs", "client.apimetrics.io", "APIContext Quality of Service", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/apimetricsqos/prod-apimetrics-v2-apis.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-apimetricsqos-prod-apimetrics-v2-apis.json", "markdown": "https://apicontext.com/api-directory/apimetricsqos/prod-apimetrics-v2-apis.md", "html": "https://apicontext.com/ai/page/api-directory-apimetricsqos-prod-apimetrics-v2-apis.html" } }, { "slug": "api-directory-apimetricsqos-prod-apimetrics-v3-apis", "url": "https://apicontext.com/api-directory/apimetricsqos/prod-apimetrics-v3-apis", "title": "! Prod APImetrics v3 APIs Operational Intelligence", "description": "! Prod APImetrics v3 APIs benchmark detail for client.apimetrics.io, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "apimetricsqos", "href": "/api-directory/apimetricsqos" }, { "name": "! Prod APImetrics v3 APIs Operational Intelligence", "href": "/api-directory/apimetricsqos/prod-apimetrics-v3-apis" } ], "summary": "! Prod APImetrics v3 APIs is a api-provider benchmark subject in APIContext Quality of Service. Latest snapshot metrics include 8.62 CASC score, 100.00% pass rate, 833 ms median latency, and 1,563 ms p95 latency.", "stats": [ { "value": "8.62", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "833 ms", "label": "median latency" }, { "value": "1,563 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "! Prod APImetrics v3 APIs benchmark detail", "body": "! Prod APImetrics v3 APIs is measured as part of APIContext Quality of Service. This page summarizes operational signals for client.apimetrics.io, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: client.apimetrics.io.", "Category: APIContext Quality of Service.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 13.18 ms.", "TCP connection: 4.82 ms.", "TLS handshake: 9.09 ms.", "Processing: 785.59 ms.", "Download: 1.45 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/apimetricsqos/prod-apimetrics-v3-apis.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "! Prod APImetrics v3 APIs recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1563 ms, with median latency at 833 ms." ] } ], "keyFacts": [ "! Prod APImetrics v3 APIs domain: client.apimetrics.io.", "Operational state: recovering.", "CASC score: 8.62.", "Pass rate: 100.00%.", "p95 latency: 1,563 ms." ], "primaryEntities": [ "APIContext", "! Prod APImetrics v3 APIs", "client.apimetrics.io", "APIContext Quality of Service", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/apimetricsqos/prod-apimetrics-v3-apis.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-apimetricsqos-prod-apimetrics-v3-apis.json", "markdown": "https://apicontext.com/api-directory/apimetricsqos/prod-apimetrics-v3-apis.md", "html": "https://apicontext.com/ai/page/api-directory-apimetricsqos-prod-apimetrics-v3-apis.html" } }, { "slug": "api-directory-artificialintelligence", "url": "https://apicontext.com/api-directory/artificialintelligence", "title": "Artificial Intelligence Benchmark Intelligence", "description": "Latest verified snapshot covers 3 benchmark subjects in Artificial Intelligence, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Artificial Intelligence Benchmark Intelligence", "href": "/api-directory/artificialintelligence" } ], "summary": "Latest verified snapshot covers 3 benchmark subjects in Artificial Intelligence, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "3", "label": "benchmark subjects" }, { "value": "9.18", "label": "average CASC" }, { "value": "341.67 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Artificial Intelligence benchmark slice", "body": "Latest verified snapshot covers 3 benchmark subjects in Artificial Intelligence, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "3 subjects are normalized in this category.", "Benchmark subject type: ai-provider.", "Average pass rate: 100.00%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "OpenAI — 8.95 CASC, 100.00% pass, 1,164 ms p95", "href": "/api-directory/artificialintelligence/openai" }, { "label": "Anthropic — 9.14 CASC, 100.00% pass, 365 ms p95", "href": "/api-directory/artificialintelligence/anthropic" }, { "label": "Google PaLM — 9.44 CASC, 100.00% pass, 703 ms p95", "href": "/api-directory/artificialintelligence/google-palm" } ] } ], "keyFacts": [ "3 benchmark subjects are included in Artificial Intelligence.", "Average CASC score: 917.67.", "Average median latency: 341.67 ms.", "Benchmark subject type: ai-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Artificial Intelligence", "Benchmark Intelligence", "Operational Intelligence", "ai-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/artificialintelligence.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-artificialintelligence.json", "markdown": "https://apicontext.com/api-directory/artificialintelligence.md", "html": "https://apicontext.com/ai/page/api-directory-artificialintelligence.html" } }, { "slug": "api-directory-artificialintelligence-anthropic", "url": "https://apicontext.com/api-directory/artificialintelligence/anthropic", "title": "Anthropic Operational Intelligence", "description": "Anthropic benchmark detail for api.anthropic.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "artificialintelligence", "href": "/api-directory/artificialintelligence" }, { "name": "Anthropic Operational Intelligence", "href": "/api-directory/artificialintelligence/anthropic" } ], "summary": "Anthropic is a ai-provider benchmark subject in Artificial Intelligence. Latest snapshot metrics include 9.14 CASC score, 100.00% pass rate, 184 ms median latency, and 365 ms p95 latency.", "stats": [ { "value": "9.14", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "184 ms", "label": "median latency" }, { "value": "365 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Anthropic benchmark detail", "body": "Anthropic is measured as part of Artificial Intelligence. This page summarizes operational signals for api.anthropic.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.anthropic.com.", "Category: Artificial Intelligence.", "Benchmark subject type: ai-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 3.23 ms.", "TCP connection: 3.64 ms.", "TLS handshake: 6.36 ms.", "Processing: 192.45 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/artificialintelligence/anthropic.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Anthropic recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 365 ms, with median latency at 184 ms." ] } ], "keyFacts": [ "Anthropic domain: api.anthropic.com.", "Operational state: healthy.", "CASC score: 9.14.", "Pass rate: 100.00%.", "p95 latency: 365 ms." ], "primaryEntities": [ "APIContext", "Anthropic", "api.anthropic.com", "Artificial Intelligence", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/artificialintelligence/anthropic.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-artificialintelligence-anthropic.json", "markdown": "https://apicontext.com/api-directory/artificialintelligence/anthropic.md", "html": "https://apicontext.com/ai/page/api-directory-artificialintelligence-anthropic.html" } }, { "slug": "api-directory-artificialintelligence-google-palm", "url": "https://apicontext.com/api-directory/artificialintelligence/google-palm", "title": "Google PaLM Operational Intelligence", "description": "Google PaLM benchmark detail for generativelanguage.googleapis.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "artificialintelligence", "href": "/api-directory/artificialintelligence" }, { "name": "Google PaLM Operational Intelligence", "href": "/api-directory/artificialintelligence/google-palm" } ], "summary": "Google PaLM is a ai-provider benchmark subject in Artificial Intelligence. Latest snapshot metrics include 9.44 CASC score, 100.00% pass rate, 130 ms median latency, and 703 ms p95 latency.", "stats": [ { "value": "9.44", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "130 ms", "label": "median latency" }, { "value": "703 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Google PaLM benchmark detail", "body": "Google PaLM is measured as part of Artificial Intelligence. This page summarizes operational signals for generativelanguage.googleapis.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: generativelanguage.googleapis.com.", "Category: Artificial Intelligence.", "Benchmark subject type: ai-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 15.73 ms.", "TCP connection: 3.95 ms.", "TLS handshake: 50.41 ms.", "Processing: 271.41 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Google LLC.", "Server: scaffolding on HTTPServer2." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/artificialintelligence/google-palm.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Google PaLM recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 703 ms, with median latency at 130 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "Google PaLM domain: generativelanguage.googleapis.com.", "Operational state: healthy.", "CASC score: 9.44.", "Pass rate: 100.00%.", "p95 latency: 703 ms." ], "primaryEntities": [ "APIContext", "Google PaLM", "generativelanguage.googleapis.com", "Artificial Intelligence", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/artificialintelligence/google-palm.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-artificialintelligence-google-palm.json", "markdown": "https://apicontext.com/api-directory/artificialintelligence/google-palm.md", "html": "https://apicontext.com/ai/page/api-directory-artificialintelligence-google-palm.html" } }, { "slug": "api-directory-artificialintelligence-openai", "url": "https://apicontext.com/api-directory/artificialintelligence/openai", "title": "OpenAI Operational Intelligence", "description": "OpenAI benchmark detail for api.openai.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "artificialintelligence", "href": "/api-directory/artificialintelligence" }, { "name": "OpenAI Operational Intelligence", "href": "/api-directory/artificialintelligence/openai" } ], "summary": "OpenAI is a ai-provider benchmark subject in Artificial Intelligence. Latest snapshot metrics include 8.95 CASC score, 100.00% pass rate, 711 ms median latency, and 1,164 ms p95 latency.", "stats": [ { "value": "8.95", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "711 ms", "label": "median latency" }, { "value": "1,164 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "OpenAI benchmark detail", "body": "OpenAI is measured as part of Artificial Intelligence. This page summarizes operational signals for api.openai.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.openai.com.", "Category: Artificial Intelligence.", "Benchmark subject type: ai-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 4.82 ms.", "TCP connection: 3.05 ms.", "TLS handshake: 6.14 ms.", "Processing: 788.86 ms.", "Download: 0.09 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Microsoft Corporation.", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/artificialintelligence/openai.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "OpenAI recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1164 ms, with median latency at 711 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path." ] } ], "keyFacts": [ "OpenAI domain: api.openai.com.", "Operational state: healthy.", "CASC score: 8.95.", "Pass rate: 100.00%.", "p95 latency: 1,164 ms." ], "primaryEntities": [ "APIContext", "OpenAI", "api.openai.com", "Artificial Intelligence", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/artificialintelligence/openai.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-artificialintelligence-openai.json", "markdown": "https://apicontext.com/api-directory/artificialintelligence/openai.md", "html": "https://apicontext.com/ai/page/api-directory-artificialintelligence-openai.html" } }, { "slug": "api-directory-cloud", "url": "https://apicontext.com/api-directory/cloud", "title": "Cloud Infrastructure Benchmark Intelligence", "description": "Latest verified snapshot covers 1 benchmark subjects in Cloud Infrastructure, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Cloud Infrastructure Benchmark Intelligence", "href": "/api-directory/cloud" } ], "summary": "Latest verified snapshot covers 1 benchmark subjects in Cloud Infrastructure, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "1", "label": "benchmark subjects" }, { "value": "9.41", "label": "average CASC" }, { "value": "483 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Cloud Infrastructure benchmark slice", "body": "Latest verified snapshot covers 1 benchmark subjects in Cloud Infrastructure, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "1 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 100.00%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Amazon — 9.41 CASC, 100.00% pass, 925 ms p95", "href": "/api-directory/cloud/amazon" } ] } ], "keyFacts": [ "1 benchmark subjects are included in Cloud Infrastructure.", "Average CASC score: 941.", "Average median latency: 483 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Cloud Infrastructure", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/cloud.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-cloud.json", "markdown": "https://apicontext.com/api-directory/cloud.md", "html": "https://apicontext.com/ai/page/api-directory-cloud.html" } }, { "slug": "api-directory-cloud-amazon", "url": "https://apicontext.com/api-directory/cloud/amazon", "title": "Amazon Operational Intelligence", "description": "Amazon benchmark detail for api.amazon.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "cloud", "href": "/api-directory/cloud" }, { "name": "Amazon Operational Intelligence", "href": "/api-directory/cloud/amazon" } ], "summary": "Amazon is a api-provider benchmark subject in Cloud Infrastructure. Latest snapshot metrics include 9.41 CASC score, 100.00% pass rate, 483 ms median latency, and 925 ms p95 latency.", "stats": [ { "value": "9.41", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "483 ms", "label": "median latency" }, { "value": "925 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Amazon benchmark detail", "body": "Amazon is measured as part of Cloud Infrastructure. This page summarizes operational signals for api.amazon.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.amazon.com.", "Category: Cloud Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 31.32 ms.", "TCP connection: 131.95 ms.", "TLS handshake: 137.09 ms.", "Processing: 263.36 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon.com, Inc..", "Nameserver: Amazon Technologies Inc..", "Server: Server." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cloud/amazon.json" }, { "label": "Developer documentation", "href": "https://developer.amazonservices.com/" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/amazon-web-services-aws/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Amazon recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 925 ms, with median latency at 483 ms.", "Infrastructure fingerprinting identifies Amazon.com, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Amazon domain: api.amazon.com.", "Operational state: healthy.", "CASC score: 9.41.", "Pass rate: 100.00%.", "p95 latency: 925 ms.", "Developer documentation: https://developer.amazonservices.com/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/amazon-web-services-aws/overview." ], "primaryEntities": [ "APIContext", "Amazon", "api.amazon.com", "Cloud Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cloud/amazon.json" }, { "label": "Developer documentation", "href": "https://developer.amazonservices.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-cloud-amazon.json", "markdown": "https://apicontext.com/api-directory/cloud/amazon.md", "html": "https://apicontext.com/ai/page/api-directory-cloud-amazon.html" } }, { "slug": "api-directory-cma9", "url": "https://apicontext.com/api-directory/cma9", "title": "CMA9 Open Banking Benchmark Intelligence", "description": "Latest verified snapshot covers 5 benchmark subjects in CMA9 Open Banking, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "CMA9 Open Banking Benchmark Intelligence", "href": "/api-directory/cma9" } ], "summary": "Latest verified snapshot covers 5 benchmark subjects in CMA9 Open Banking, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "5", "label": "benchmark subjects" }, { "value": "9.19", "label": "average CASC" }, { "value": "332.6 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "CMA9 Open Banking benchmark slice", "body": "Latest verified snapshot covers 5 benchmark subjects in CMA9 Open Banking, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "5 subjects are normalized in this category.", "Benchmark subject type: banking-api.", "Average pass rate: 99.85%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Bank of Ireland (UK) Plc — 9.44 CASC, 99.59% pass, 447 ms p95", "href": "/api-directory/cma9/bank-of-ireland-uk-plc" }, { "label": "Barclays Personal — 9.30 CASC, 99.89% pass, 626 ms p95", "href": "/api-directory/cma9/barclays-personal" }, { "label": "HSBC Bank (Personal) — 9.03 CASC, 99.93% pass, 760 ms p95", "href": "/api-directory/cma9/hsbc-bank-personal" }, { "label": "HSBC Bank (Business) — 8.92 CASC, 99.98% pass, 754 ms p95", "href": "/api-directory/cma9/hsbc-bank-business" }, { "label": "Barclays Business — 9.25 CASC, 99.85% pass, 632 ms p95", "href": "/api-directory/cma9/barclays-business" } ] } ], "keyFacts": [ "5 benchmark subjects are included in CMA9 Open Banking.", "Average CASC score: 918.8.", "Average median latency: 332.6 ms.", "Benchmark subject type: banking-api.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "CMA9 Open Banking", "Benchmark Intelligence", "Operational Intelligence", "banking-api" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/cma9.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-cma9.json", "markdown": "https://apicontext.com/api-directory/cma9.md", "html": "https://apicontext.com/ai/page/api-directory-cma9.html" } }, { "slug": "api-directory-cma9-bank-of-ireland-uk-plc", "url": "https://apicontext.com/api-directory/cma9/bank-of-ireland-uk-plc", "title": "Bank of Ireland (UK) Plc Operational Intelligence", "description": "Bank of Ireland (UK) Plc benchmark detail for api.obapi.bankofireland.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "cma9", "href": "/api-directory/cma9" }, { "name": "Bank of Ireland (UK) Plc Operational Intelligence", "href": "/api-directory/cma9/bank-of-ireland-uk-plc" } ], "summary": "Bank of Ireland (UK) Plc is a banking-api benchmark subject in CMA9 Open Banking. Latest snapshot metrics include 9.44 CASC score, 99.59% pass rate, 296 ms median latency, and 447 ms p95 latency.", "stats": [ { "value": "9.44", "label": "CASC score" }, { "value": "99.59%", "label": "pass rate" }, { "value": "296 ms", "label": "median latency" }, { "value": "447 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Bank of Ireland (UK) Plc benchmark detail", "body": "Bank of Ireland (UK) Plc is measured as part of CMA9 Open Banking. This page summarizes operational signals for api.obapi.bankofireland.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.obapi.bankofireland.com.", "Category: CMA9 Open Banking.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 12.5 ms.", "TCP connection: 24.75 ms.", "TLS handshake: 66.5 ms.", "Processing: 198.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/bank-of-ireland-uk-plc.json" }, { "label": "Developer documentation", "href": "https://developer.bankofireland.com" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Bank of Ireland (UK) Plc recorded 99.59% pass rate in the latest verified snapshot.", "The p95 latency signal is 447 ms, with median latency at 296 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Bank of Ireland (UK) Plc domain: api.obapi.bankofireland.com.", "Operational state: stable.", "CASC score: 9.44.", "Pass rate: 99.59%.", "p95 latency: 447 ms.", "Developer documentation: https://developer.bankofireland.com." ], "primaryEntities": [ "APIContext", "Bank of Ireland (UK) Plc", "api.obapi.bankofireland.com", "CMA9 Open Banking", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/bank-of-ireland-uk-plc.json" }, { "label": "Developer documentation", "href": "https://developer.bankofireland.com" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-cma9-bank-of-ireland-uk-plc.json", "markdown": "https://apicontext.com/api-directory/cma9/bank-of-ireland-uk-plc.md", "html": "https://apicontext.com/ai/page/api-directory-cma9-bank-of-ireland-uk-plc.html" } }, { "slug": "api-directory-cma9-barclays-business", "url": "https://apicontext.com/api-directory/cma9/barclays-business", "title": "Barclays Business Operational Intelligence", "description": "Barclays Business benchmark detail for telesto.api.barclays, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "cma9", "href": "/api-directory/cma9" }, { "name": "Barclays Business Operational Intelligence", "href": "/api-directory/cma9/barclays-business" } ], "summary": "Barclays Business is a banking-api benchmark subject in CMA9 Open Banking. Latest snapshot metrics include 9.25 CASC score, 99.85% pass rate, 288 ms median latency, and 632 ms p95 latency.", "stats": [ { "value": "9.25", "label": "CASC score" }, { "value": "99.85%", "label": "pass rate" }, { "value": "288 ms", "label": "median latency" }, { "value": "632 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Barclays Business benchmark detail", "body": "Barclays Business is measured as part of CMA9 Open Banking. This page summarizes operational signals for telesto.api.barclays, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: telesto.api.barclays.", "Category: CMA9 Open Banking.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 33.25 ms.", "TCP connection: 21.5 ms.", "TLS handshake: 85 ms.", "Processing: 124 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Barclays Bank Plc..", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/barclays-business.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Barclays Business recorded 99.85% pass rate in the latest verified snapshot.", "The p95 latency signal is 632 ms, with median latency at 288 ms.", "Infrastructure fingerprinting identifies Barclays Bank Plc. in the observed delivery path." ] } ], "keyFacts": [ "Barclays Business domain: telesto.api.barclays.", "Operational state: stable.", "CASC score: 9.25.", "Pass rate: 99.85%.", "p95 latency: 632 ms.", "Developer documentation: https://developer.barclays.com/." ], "primaryEntities": [ "APIContext", "Barclays Business", "telesto.api.barclays", "CMA9 Open Banking", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/barclays-business.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-cma9-barclays-business.json", "markdown": "https://apicontext.com/api-directory/cma9/barclays-business.md", "html": "https://apicontext.com/ai/page/api-directory-cma9-barclays-business.html" } }, { "slug": "api-directory-cma9-barclays-personal", "url": "https://apicontext.com/api-directory/cma9/barclays-personal", "title": "Barclays Personal Operational Intelligence", "description": "Barclays Personal benchmark detail for telesto.api.barclays, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "cma9", "href": "/api-directory/cma9" }, { "name": "Barclays Personal Operational Intelligence", "href": "/api-directory/cma9/barclays-personal" } ], "summary": "Barclays Personal is a banking-api benchmark subject in CMA9 Open Banking. Latest snapshot metrics include 9.30 CASC score, 99.89% pass rate, 284 ms median latency, and 626 ms p95 latency.", "stats": [ { "value": "9.30", "label": "CASC score" }, { "value": "99.89%", "label": "pass rate" }, { "value": "284 ms", "label": "median latency" }, { "value": "626 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Barclays Personal benchmark detail", "body": "Barclays Personal is measured as part of CMA9 Open Banking. This page summarizes operational signals for telesto.api.barclays, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: telesto.api.barclays.", "Category: CMA9 Open Banking.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 35.5 ms.", "TCP connection: 21.75 ms.", "TLS handshake: 82.25 ms.", "Processing: 124.25 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Google LLC.", "Server: Google Frontend." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/barclays-personal.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Barclays Personal recorded 99.89% pass rate in the latest verified snapshot.", "The p95 latency signal is 626 ms, with median latency at 284 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "Barclays Personal domain: telesto.api.barclays.", "Operational state: stable.", "CASC score: 9.30.", "Pass rate: 99.89%.", "p95 latency: 626 ms.", "Developer documentation: https://developer.barclays.com/." ], "primaryEntities": [ "APIContext", "Barclays Personal", "telesto.api.barclays", "CMA9 Open Banking", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/barclays-personal.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-cma9-barclays-personal.json", "markdown": "https://apicontext.com/api-directory/cma9/barclays-personal.md", "html": "https://apicontext.com/ai/page/api-directory-cma9-barclays-personal.html" } }, { "slug": "api-directory-cma9-hsbc-bank-business", "url": "https://apicontext.com/api-directory/cma9/hsbc-bank-business", "title": "HSBC Bank (Business) Operational Intelligence", "description": "HSBC Bank (Business) benchmark detail for api.ob.business.hsbc.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "cma9", "href": "/api-directory/cma9" }, { "name": "HSBC Bank (Business) Operational Intelligence", "href": "/api-directory/cma9/hsbc-bank-business" } ], "summary": "HSBC Bank (Business) is a banking-api benchmark subject in CMA9 Open Banking. Latest snapshot metrics include 8.92 CASC score, 99.98% pass rate, 412 ms median latency, and 754 ms p95 latency.", "stats": [ { "value": "8.92", "label": "CASC score" }, { "value": "99.98%", "label": "pass rate" }, { "value": "412 ms", "label": "median latency" }, { "value": "754 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "HSBC Bank (Business) benchmark detail", "body": "HSBC Bank (Business) is measured as part of CMA9 Open Banking. This page summarizes operational signals for api.ob.business.hsbc.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.ob.business.hsbc.co.uk.", "Category: CMA9 Open Banking.", "Benchmark subject type: banking-api.", "Monitored count: 9.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 27.75 ms.", "TCP connection: 25.75 ms.", "TLS handshake: 54.25 ms.", "Processing: 290 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/hsbc-bank-business.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "HSBC Bank (Business) recorded 99.98% pass rate in the latest verified snapshot.", "The p95 latency signal is 754 ms, with median latency at 412 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "HSBC Bank (Business) domain: api.ob.business.hsbc.co.uk.", "Operational state: healthy.", "CASC score: 8.92.", "Pass rate: 99.98%.", "p95 latency: 754 ms.", "Developer documentation: https://develop.hsbc.com/." ], "primaryEntities": [ "APIContext", "HSBC Bank (Business)", "api.ob.business.hsbc.co.uk", "CMA9 Open Banking", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/hsbc-bank-business.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-cma9-hsbc-bank-business.json", "markdown": "https://apicontext.com/api-directory/cma9/hsbc-bank-business.md", "html": "https://apicontext.com/ai/page/api-directory-cma9-hsbc-bank-business.html" } }, { "slug": "api-directory-cma9-hsbc-bank-personal", "url": "https://apicontext.com/api-directory/cma9/hsbc-bank-personal", "title": "HSBC Bank (Personal) Operational Intelligence", "description": "HSBC Bank (Personal) benchmark detail for api.ob.hsbc.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "cma9", "href": "/api-directory/cma9" }, { "name": "HSBC Bank (Personal) Operational Intelligence", "href": "/api-directory/cma9/hsbc-bank-personal" } ], "summary": "HSBC Bank (Personal) is a banking-api benchmark subject in CMA9 Open Banking. Latest snapshot metrics include 9.03 CASC score, 99.93% pass rate, 383 ms median latency, and 760 ms p95 latency.", "stats": [ { "value": "9.03", "label": "CASC score" }, { "value": "99.93%", "label": "pass rate" }, { "value": "383 ms", "label": "median latency" }, { "value": "760 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "HSBC Bank (Personal) benchmark detail", "body": "HSBC Bank (Personal) is measured as part of CMA9 Open Banking. This page summarizes operational signals for api.ob.hsbc.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.ob.hsbc.co.uk.", "Category: CMA9 Open Banking.", "Benchmark subject type: banking-api.", "Monitored count: 9.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 27.75 ms.", "TCP connection: 22.75 ms.", "TLS handshake: 48.75 ms.", "Processing: 267.25 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/hsbc-bank-personal.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "HSBC Bank (Personal) recorded 99.93% pass rate in the latest verified snapshot.", "The p95 latency signal is 760 ms, with median latency at 383 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "HSBC Bank (Personal) domain: api.ob.hsbc.co.uk.", "Operational state: stable.", "CASC score: 9.03.", "Pass rate: 99.93%.", "p95 latency: 760 ms.", "Developer documentation: https://develop.hsbc.com/." ], "primaryEntities": [ "APIContext", "HSBC Bank (Personal)", "api.ob.hsbc.co.uk", "CMA9 Open Banking", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/cma9/hsbc-bank-personal.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-cma9-hsbc-bank-personal.json", "markdown": "https://apicontext.com/api-directory/cma9/hsbc-bank-personal.md", "html": "https://apicontext.com/ai/page/api-directory-cma9-hsbc-bank-personal.html" } }, { "slug": "api-directory-compare", "url": "https://apicontext.com/api-directory/compare", "title": "APIContext Benchmark Comparison", "description": "Side-by-side Benchmark Intelligence comparison for machine-facing services using the latest verified snapshot.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "APIContext Benchmark Comparison", "href": "/api-directory/compare" } ], "summary": "APIContext Benchmark Comparison provides shareable side-by-side comparisons across CASC score, pass rate, outliers, tail latency, latency anatomy, infrastructure metadata, and citation links.", "bodySections": [ { "eyebrow": "Comparison", "title": "Side-by-side operational intelligence", "body": "The comparison page preserves selected benchmark subjects in the URL and displays CASC score, pass rate, outliers, tail latency, latency anatomy, and infrastructure fingerprints together.", "bullets": [ "Compare two to four benchmark subjects in one shareable view.", "Use category pages to select peers before opening a comparison.", "Cite the latest catalog or subject JSON files for evidence." ], "links": [ { "label": "Browse Benchmark Intelligence", "href": "/api-directory" }, { "label": "Latest benchmark catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Snapshot metadata", "href": "/api-directory/data/latest/metadata.json" } ] } ], "keyFacts": [ "Comparison pages use the same normalized BenchmarkSubject data as category and detail pages.", "Comparison URLs can preserve selected benchmark subjects through query parameters.", "Latest snapshot: W2026-06-22.", "Comparison measurements are generated from weekly verified snapshot intelligence, not continuous status monitoring." ], "primaryEntities": [ "APIContext", "Benchmark Comparison", "Benchmark Intelligence", "Machine Service Benchmarks", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems", "technology leaders" ], "ctas": [ { "label": "Latest benchmark catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Browse Benchmark Intelligence", "href": "/api-directory" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-compare.json", "markdown": "https://apicontext.com/api-directory/compare.md", "html": "https://apicontext.com/ai/page/api-directory-compare.html" } }, { "slug": "api-directory-corpinfra", "url": "https://apicontext.com/api-directory/corpinfra", "title": "Corporate Infrastructure Benchmark Intelligence", "description": "Latest verified snapshot covers 15 benchmark subjects in Corporate Infrastructure, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Corporate Infrastructure Benchmark Intelligence", "href": "/api-directory/corpinfra" } ], "summary": "Latest verified snapshot covers 15 benchmark subjects in Corporate Infrastructure, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "15", "label": "benchmark subjects" }, { "value": "9.01", "label": "average CASC" }, { "value": "407.4 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Corporate Infrastructure benchmark slice", "body": "Latest verified snapshot covers 15 benchmark subjects in Corporate Infrastructure, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "15 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 99.99%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Contentful — 9.20 CASC, 99.98% pass, 304 ms p95", "href": "/api-directory/corpinfra/contentful" }, { "label": "Radar — 9.05 CASC, 99.97% pass, 882 ms p95", "href": "/api-directory/corpinfra/radar" }, { "label": "PubNub — 9.39 CASC, 100.00% pass, 802 ms p95", "href": "/api-directory/corpinfra/pubnub" }, { "label": "Docusign — 8.86 CASC, 100.00% pass, 1,550 ms p95", "href": "/api-directory/corpinfra/docusign" }, { "label": "Microsoft Graph (Sharepoint) — 9.11 CASC, 100.00% pass, 1,219 ms p95", "href": "/api-directory/corpinfra/microsoft-graph-sharepoint" }, { "label": "Github — 9.10 CASC, 100.00% pass, 569 ms p95", "href": "/api-directory/corpinfra/github" }, { "label": "Salesforce — 9.33 CASC, 100.00% pass, 875 ms p95", "href": "/api-directory/corpinfra/salesforce" }, { "label": "Auth0 — 9.11 CASC, 100.00% pass, 636 ms p95", "href": "/api-directory/corpinfra/auth0" }, { "label": "Box — 8.98 CASC, 100.00% pass, 832 ms p95", "href": "/api-directory/corpinfra/box" }, { "label": "Google Workspace — 9.28 CASC, 100.00% pass, 823 ms p95", "href": "/api-directory/corpinfra/google-workspace" }, { "label": "Dropbox — 9.02 CASC, 99.98% pass, 907 ms p95", "href": "/api-directory/corpinfra/dropbox" }, { "label": "Sendgrid — 9.32 CASC, 99.93% pass, 845 ms p95", "href": "/api-directory/corpinfra/sendgrid" }, { "label": "Merge — 8.44 CASC, 100.00% pass, 2,067 ms p95", "href": "/api-directory/corpinfra/merge" }, { "label": "Microsoft Graph (Office) — 8.93 CASC, 100.00% pass, 1,131 ms p95", "href": "/api-directory/corpinfra/microsoft-graph-office" }, { "label": "Adobe — 8.05 CASC, 100.00% pass, 1,438 ms p95", "href": "/api-directory/corpinfra/adobe" } ] } ], "keyFacts": [ "15 benchmark subjects are included in Corporate Infrastructure.", "Average CASC score: 901.13.", "Average median latency: 407.4 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Corporate Infrastructure", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/corpinfra.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra.json", "markdown": "https://apicontext.com/api-directory/corpinfra.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra.html" } }, { "slug": "api-directory-corpinfra-adobe", "url": "https://apicontext.com/api-directory/corpinfra/adobe", "title": "Adobe Operational Intelligence", "description": "Adobe benchmark detail for stock.adobe.io, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Adobe Operational Intelligence", "href": "/api-directory/corpinfra/adobe" } ], "summary": "Adobe is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 8.05 CASC score, 100.00% pass rate, 622 ms median latency, and 1,438 ms p95 latency.", "stats": [ { "value": "8.05", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "622 ms", "label": "median latency" }, { "value": "1,438 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Adobe benchmark detail", "body": "Adobe is measured as part of Corporate Infrastructure. This page summarizes operational signals for stock.adobe.io, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: stock.adobe.io.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 119.82 ms.", "TCP connection: 154.68 ms.", "TLS handshake: 162.86 ms.", "Processing: 302.95 ms.", "Download: 7.68 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: openresty." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/adobe.json" }, { "label": "Developer documentation", "href": "https://www.bankofapis.com" }, { "label": "OpenAPI specification", "href": "https://s4r5s3t9.stackpathcdn.com/AdobeDocs/analytics-2.0-apis/master/docs/swagger.json" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/adobe/collection/35240-99b807d0-abac-481e-a509-d69785137b6b?ctx=documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Adobe recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1438 ms, with median latency at 622 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Adobe domain: stock.adobe.io.", "Operational state: stable.", "CASC score: 8.05.", "Pass rate: 100.00%.", "p95 latency: 1,438 ms.", "Developer documentation: https://www.bankofapis.com.", "Postman collection: https://www.postman.com/api-evangelist/workspace/adobe/collection/35240-99b807d0-abac-481e-a509-d69785137b6b?ctx=documentation.", "OpenAPI specification: https://s4r5s3t9.stackpathcdn.com/AdobeDocs/analytics-2.0-apis/master/docs/swagger.json." ], "primaryEntities": [ "APIContext", "Adobe", "stock.adobe.io", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/adobe.json" }, { "label": "Developer documentation", "href": "https://www.bankofapis.com" }, { "label": "OpenAPI specification", "href": "https://s4r5s3t9.stackpathcdn.com/AdobeDocs/analytics-2.0-apis/master/docs/swagger.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-adobe.json", "markdown": "https://apicontext.com/api-directory/corpinfra/adobe.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-adobe.html" } }, { "slug": "api-directory-corpinfra-auth0", "url": "https://apicontext.com/api-directory/corpinfra/auth0", "title": "Auth0 Operational Intelligence", "description": "Auth0 benchmark detail for apimetrics.auth0.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Auth0 Operational Intelligence", "href": "/api-directory/corpinfra/auth0" } ], "summary": "Auth0 is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.11 CASC score, 100.00% pass rate, 259 ms median latency, and 636 ms p95 latency.", "stats": [ { "value": "9.11", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "259 ms", "label": "median latency" }, { "value": "636 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Auth0 benchmark detail", "body": "Auth0 is measured as part of Corporate Infrastructure. This page summarizes operational signals for apimetrics.auth0.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: apimetrics.auth0.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 6.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 21 ms.", "TCP connection: 3.86 ms.", "TLS handshake: 9.09 ms.", "Processing: 239 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/auth0.json" }, { "label": "Developer documentation", "href": "https://auth0.com/docs/api" }, { "label": "Postman collection", "href": "https://www.postman.com/galactic-desert-2289/workspace/auth0-mhc-poc-s-public-workspace/collection/7808391-11ccbb48-3a79-43d3-977f-01f39c992a8c?ctx=documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Auth0 recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 636 ms, with median latency at 259 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Auth0 domain: apimetrics.auth0.com.", "Operational state: healthy.", "CASC score: 9.11.", "Pass rate: 100.00%.", "p95 latency: 636 ms.", "Developer documentation: https://auth0.com/docs/api.", "Postman collection: https://www.postman.com/galactic-desert-2289/workspace/auth0-mhc-poc-s-public-workspace/collection/7808391-11ccbb48-3a79-43d3-977f-01f39c992a8c?ctx=documentation." ], "primaryEntities": [ "APIContext", "Auth0", "apimetrics.auth0.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/auth0.json" }, { "label": "Developer documentation", "href": "https://auth0.com/docs/api" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-auth0.json", "markdown": "https://apicontext.com/api-directory/corpinfra/auth0.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-auth0.html" } }, { "slug": "api-directory-corpinfra-box", "url": "https://apicontext.com/api-directory/corpinfra/box", "title": "Box Operational Intelligence", "description": "Box benchmark detail for api.box.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Box Operational Intelligence", "href": "/api-directory/corpinfra/box" } ], "summary": "Box is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 8.98 CASC score, 100.00% pass rate, 300 ms median latency, and 832 ms p95 latency.", "stats": [ { "value": "8.98", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "300 ms", "label": "median latency" }, { "value": "832 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Box benchmark detail", "body": "Box is measured as part of Corporate Infrastructure. This page summarizes operational signals for api.box.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.box.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 4.32 ms.", "TCP connection: 4.91 ms.", "TLS handshake: 8.45 ms.", "Processing: 301.09 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Box.com.", "Nameserver: NSONE Inc.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/box.json" }, { "label": "Developer documentation", "href": "https://developer.box.com/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/box/box-openapi/en/openapi.json" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/box/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Box recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 832 ms, with median latency at 300 ms.", "Infrastructure fingerprinting identifies Box.com in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Box domain: api.box.com.", "Operational state: recovering.", "CASC score: 8.98.", "Pass rate: 100.00%.", "p95 latency: 832 ms.", "Developer documentation: https://developer.box.com/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/box/overview.", "OpenAPI specification: https://raw.githubusercontent.com/box/box-openapi/en/openapi.json." ], "primaryEntities": [ "APIContext", "Box", "api.box.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/box.json" }, { "label": "Developer documentation", "href": "https://developer.box.com/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/box/box-openapi/en/openapi.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-box.json", "markdown": "https://apicontext.com/api-directory/corpinfra/box.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-box.html" } }, { "slug": "api-directory-corpinfra-contentful", "url": "https://apicontext.com/api-directory/corpinfra/contentful", "title": "Contentful Operational Intelligence", "description": "Contentful benchmark detail for cdn.contentful.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Contentful Operational Intelligence", "href": "/api-directory/corpinfra/contentful" } ], "summary": "Contentful is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.20 CASC score, 99.98% pass rate, 33 ms median latency, and 304 ms p95 latency.", "stats": [ { "value": "9.20", "label": "CASC score" }, { "value": "99.98%", "label": "pass rate" }, { "value": "33 ms", "label": "median latency" }, { "value": "304 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Contentful benchmark detail", "body": "Contentful is measured as part of Corporate Infrastructure. This page summarizes operational signals for cdn.contentful.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: cdn.contentful.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 10.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 18.68 ms.", "TCP connection: 12.77 ms.", "TLS handshake: 15.59 ms.", "Processing: 14.18 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/contentful.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Contentful recorded 99.98% pass rate in the latest verified snapshot.", "The p95 latency signal is 304 ms, with median latency at 33 ms." ] } ], "keyFacts": [ "Contentful domain: cdn.contentful.com.", "Operational state: healthy.", "CASC score: 9.20.", "Pass rate: 99.98%.", "p95 latency: 304 ms." ], "primaryEntities": [ "APIContext", "Contentful", "cdn.contentful.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/contentful.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-contentful.json", "markdown": "https://apicontext.com/api-directory/corpinfra/contentful.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-contentful.html" } }, { "slug": "api-directory-corpinfra-docusign", "url": "https://apicontext.com/api-directory/corpinfra/docusign", "title": "Docusign Operational Intelligence", "description": "Docusign benchmark detail for demo.docusign.net, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Docusign Operational Intelligence", "href": "/api-directory/corpinfra/docusign" } ], "summary": "Docusign is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 8.86 CASC score, 100.00% pass rate, 1,021 ms median latency, and 1,550 ms p95 latency.", "stats": [ { "value": "8.86", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "1,021 ms", "label": "median latency" }, { "value": "1,550 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Docusign benchmark detail", "body": "Docusign is measured as part of Corporate Infrastructure. This page summarizes operational signals for demo.docusign.net, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: demo.docusign.net.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 39.27 ms.", "TCP connection: 145.55 ms.", "TLS handshake: 291 ms.", "Processing: 610.14 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Docusign, Inc.", "Nameserver: Docusign, Inc.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/docusign.json" }, { "label": "Developer documentation", "href": "https://developers.docusign.com/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/docusign/OpenAPI-Specifications/master/esignature.rest.swagger-v2.1.json" }, { "label": "Postman collection", "href": "https://www.postman.com/docusign/workspace/docusign-s-public-workspace/collection/14257714-4f84ce44-7fbe-46ea-9b0d-4c095e78cb22?ctx=documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Docusign recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1550 ms, with median latency at 1021 ms.", "Infrastructure fingerprinting identifies Docusign, Inc in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Docusign domain: demo.docusign.net.", "Operational state: healthy.", "CASC score: 8.86.", "Pass rate: 100.00%.", "p95 latency: 1,550 ms.", "Developer documentation: https://developers.docusign.com/.", "Postman collection: https://www.postman.com/docusign/workspace/docusign-s-public-workspace/collection/14257714-4f84ce44-7fbe-46ea-9b0d-4c095e78cb22?ctx=documentation.", "OpenAPI specification: https://raw.githubusercontent.com/docusign/OpenAPI-Specifications/master/esignature.rest.swagger-v2.1.json." ], "primaryEntities": [ "APIContext", "Docusign", "demo.docusign.net", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/docusign.json" }, { "label": "Developer documentation", "href": "https://developers.docusign.com/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/docusign/OpenAPI-Specifications/master/esignature.rest.swagger-v2.1.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-docusign.json", "markdown": "https://apicontext.com/api-directory/corpinfra/docusign.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-docusign.html" } }, { "slug": "api-directory-corpinfra-dropbox", "url": "https://apicontext.com/api-directory/corpinfra/dropbox", "title": "Dropbox Operational Intelligence", "description": "Dropbox benchmark detail for api.dropboxapi.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Dropbox Operational Intelligence", "href": "/api-directory/corpinfra/dropbox" } ], "summary": "Dropbox is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.02 CASC score, 99.98% pass rate, 434 ms median latency, and 907 ms p95 latency.", "stats": [ { "value": "9.02", "label": "CASC score" }, { "value": "99.98%", "label": "pass rate" }, { "value": "434 ms", "label": "median latency" }, { "value": "907 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Dropbox benchmark detail", "body": "Dropbox is measured as part of Corporate Infrastructure. This page summarizes operational signals for api.dropboxapi.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.dropboxapi.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 6.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 8.32 ms.", "TCP connection: 70.14 ms.", "TLS handshake: 71.73 ms.", "Processing: 362.18 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Dropbox, Inc..", "Nameserver: Dropbox, Inc..", "Server: envoy." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/dropbox.json" }, { "label": "Developer documentation", "href": "https://dropbox.tech/developers" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/stomakun/DropboxSwagger/master/swaggers/team_v2.json" }, { "label": "Postman collection", "href": "https://www.postman.com/dropbox-api/workspace/dropbox-s-public-workspace/collection/576034-3957ea99-234e-43e6-959d-adc7312b7a80?ctx=documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Dropbox recorded 99.98% pass rate in the latest verified snapshot.", "The p95 latency signal is 907 ms, with median latency at 434 ms.", "Infrastructure fingerprinting identifies Dropbox, Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Dropbox domain: api.dropboxapi.com.", "Operational state: healthy.", "CASC score: 9.02.", "Pass rate: 99.98%.", "p95 latency: 907 ms.", "Developer documentation: https://dropbox.tech/developers.", "Postman collection: https://www.postman.com/dropbox-api/workspace/dropbox-s-public-workspace/collection/576034-3957ea99-234e-43e6-959d-adc7312b7a80?ctx=documentation.", "OpenAPI specification: https://raw.githubusercontent.com/stomakun/DropboxSwagger/master/swaggers/team_v2.json." ], "primaryEntities": [ "APIContext", "Dropbox", "api.dropboxapi.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/dropbox.json" }, { "label": "Developer documentation", "href": "https://dropbox.tech/developers" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/stomakun/DropboxSwagger/master/swaggers/team_v2.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-dropbox.json", "markdown": "https://apicontext.com/api-directory/corpinfra/dropbox.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-dropbox.html" } }, { "slug": "api-directory-corpinfra-github", "url": "https://apicontext.com/api-directory/corpinfra/github", "title": "Github Operational Intelligence", "description": "Github benchmark detail for api.github.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Github Operational Intelligence", "href": "/api-directory/corpinfra/github" } ], "summary": "Github is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.10 CASC score, 100.00% pass rate, 259 ms median latency, and 569 ms p95 latency.", "stats": [ { "value": "9.10", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "259 ms", "label": "median latency" }, { "value": "569 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Github benchmark detail", "body": "Github is measured as part of Corporate Infrastructure. This page summarizes operational signals for api.github.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.github.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 10.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 2.91 ms.", "TCP connection: 9.23 ms.", "TLS handshake: 10.45 ms.", "Processing: 229.09 ms.", "Download: 1.32 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: GitHub, Inc..", "Nameserver: Amazon.com, Inc..", "Server: GitHub.com." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/github.json" }, { "label": "Developer documentation", "href": "https://developer.github.com/program/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Github recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 569 ms, with median latency at 259 ms.", "Infrastructure fingerprinting identifies GitHub, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Github domain: api.github.com.", "Operational state: recovering.", "CASC score: 9.10.", "Pass rate: 100.00%.", "p95 latency: 569 ms.", "Developer documentation: https://developer.github.com/program/." ], "primaryEntities": [ "APIContext", "Github", "api.github.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/github.json" }, { "label": "Developer documentation", "href": "https://developer.github.com/program/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-github.json", "markdown": "https://apicontext.com/api-directory/corpinfra/github.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-github.html" } }, { "slug": "api-directory-corpinfra-google-workspace", "url": "https://apicontext.com/api-directory/corpinfra/google-workspace", "title": "Google Workspace Operational Intelligence", "description": "Google Workspace benchmark detail for www.googleapis.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Google Workspace Operational Intelligence", "href": "/api-directory/corpinfra/google-workspace" } ], "summary": "Google Workspace is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.28 CASC score, 100.00% pass rate, 272 ms median latency, and 823 ms p95 latency.", "stats": [ { "value": "9.28", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "272 ms", "label": "median latency" }, { "value": "823 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Google Workspace benchmark detail", "body": "Google Workspace is measured as part of Corporate Infrastructure. This page summarizes operational signals for www.googleapis.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: www.googleapis.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 11.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 4 ms.", "TCP connection: 3.59 ms.", "TLS handshake: 48.05 ms.", "Processing: 302.09 ms.", "Download: 0.09 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Google LLC.", "Server: ESF." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/google-workspace.json" }, { "label": "Developer documentation", "href": "https://developers.google.com/custom-search" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/google/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Google Workspace recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 823 ms, with median latency at 272 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "Google Workspace domain: www.googleapis.com.", "Operational state: healthy.", "CASC score: 9.28.", "Pass rate: 100.00%.", "p95 latency: 823 ms.", "Developer documentation: https://developers.google.com/custom-search.", "Postman collection: https://www.postman.com/api-evangelist/workspace/google/overview." ], "primaryEntities": [ "APIContext", "Google Workspace", "www.googleapis.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/google-workspace.json" }, { "label": "Developer documentation", "href": "https://developers.google.com/custom-search" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-google-workspace.json", "markdown": "https://apicontext.com/api-directory/corpinfra/google-workspace.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-google-workspace.html" } }, { "slug": "api-directory-corpinfra-merge", "url": "https://apicontext.com/api-directory/corpinfra/merge", "title": "Merge Operational Intelligence", "description": "Merge benchmark detail for api.merge.dev, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Merge Operational Intelligence", "href": "/api-directory/corpinfra/merge" } ], "summary": "Merge is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 8.44 CASC score, 100.00% pass rate, 740 ms median latency, and 2,067 ms p95 latency.", "stats": [ { "value": "8.44", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "740 ms", "label": "median latency" }, { "value": "2,067 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Merge benchmark detail", "body": "Merge is measured as part of Corporate Infrastructure. This page summarizes operational signals for api.merge.dev, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.merge.dev.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 3.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 66 ms.", "TCP connection: 3.32 ms.", "TLS handshake: 8.27 ms.", "Processing: 747.45 ms.", "Download: 24.45 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/merge.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Merge recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 2067 ms, with median latency at 740 ms." ] } ], "keyFacts": [ "Merge domain: api.merge.dev.", "Operational state: stable.", "CASC score: 8.44.", "Pass rate: 100.00%.", "p95 latency: 2,067 ms." ], "primaryEntities": [ "APIContext", "Merge", "api.merge.dev", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/merge.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-merge.json", "markdown": "https://apicontext.com/api-directory/corpinfra/merge.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-merge.html" } }, { "slug": "api-directory-corpinfra-microsoft-graph-office", "url": "https://apicontext.com/api-directory/corpinfra/microsoft-graph-office", "title": "Microsoft Graph (Office) Operational Intelligence", "description": "Microsoft Graph (Office) benchmark detail for graph.microsoft.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Microsoft Graph (Office) Operational Intelligence", "href": "/api-directory/corpinfra/microsoft-graph-office" } ], "summary": "Microsoft Graph (Office) is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 8.93 CASC score, 100.00% pass rate, 312 ms median latency, and 1,131 ms p95 latency.", "stats": [ { "value": "8.93", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "312 ms", "label": "median latency" }, { "value": "1,131 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Microsoft Graph (Office) benchmark detail", "body": "Microsoft Graph (Office) is measured as part of Corporate Infrastructure. This page summarizes operational signals for graph.microsoft.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: graph.microsoft.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 16.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 2.45 ms.", "TCP connection: 7.77 ms.", "TLS handshake: 19.64 ms.", "Processing: 370.05 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Microsoft Corporation.", "Nameserver: Microsoft Corporation.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/microsoft-graph-office.json" }, { "label": "Developer documentation", "href": "https://developer.microsoft.com/en-us/graph" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/microsoftgraph/microsoft-graph-openapi/master/v1.0.json" }, { "label": "Postman collection", "href": "https://www.postman.com/microsoftgraph/workspace/microsoft-graph/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Microsoft Graph (Office) recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1131 ms, with median latency at 312 ms.", "Infrastructure fingerprinting identifies Microsoft Corporation in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Microsoft Graph (Office) domain: graph.microsoft.com.", "Operational state: healthy.", "CASC score: 8.93.", "Pass rate: 100.00%.", "p95 latency: 1,131 ms.", "Developer documentation: https://developer.microsoft.com/en-us/graph.", "Postman collection: https://www.postman.com/microsoftgraph/workspace/microsoft-graph/overview.", "OpenAPI specification: https://raw.githubusercontent.com/microsoftgraph/microsoft-graph-openapi/master/v1.0.json." ], "primaryEntities": [ "APIContext", "Microsoft Graph (Office)", "graph.microsoft.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/microsoft-graph-office.json" }, { "label": "Developer documentation", "href": "https://developer.microsoft.com/en-us/graph" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/microsoftgraph/microsoft-graph-openapi/master/v1.0.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-microsoft-graph-office.json", "markdown": "https://apicontext.com/api-directory/corpinfra/microsoft-graph-office.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-microsoft-graph-office.html" } }, { "slug": "api-directory-corpinfra-microsoft-graph-sharepoint", "url": "https://apicontext.com/api-directory/corpinfra/microsoft-graph-sharepoint", "title": "Microsoft Graph (Sharepoint) Operational Intelligence", "description": "Microsoft Graph (Sharepoint) benchmark detail for graph.microsoft.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Microsoft Graph (Sharepoint) Operational Intelligence", "href": "/api-directory/corpinfra/microsoft-graph-sharepoint" } ], "summary": "Microsoft Graph (Sharepoint) is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.11 CASC score, 100.00% pass rate, 692 ms median latency, and 1,219 ms p95 latency.", "stats": [ { "value": "9.11", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "692 ms", "label": "median latency" }, { "value": "1,219 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Microsoft Graph (Sharepoint) benchmark detail", "body": "Microsoft Graph (Sharepoint) is measured as part of Corporate Infrastructure. This page summarizes operational signals for graph.microsoft.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: graph.microsoft.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 6.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 2.45 ms.", "TCP connection: 6.27 ms.", "TLS handshake: 15.59 ms.", "Processing: 688.14 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Microsoft Corporation.", "Nameserver: Microsoft Corporation.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/microsoft-graph-sharepoint.json" }, { "label": "Developer documentation", "href": "https://developer.microsoft.com/en-us/graph" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/microsoftgraph/microsoft-graph-openapi/master/v1.0.json" }, { "label": "Postman collection", "href": "https://www.postman.com/microsoftgraph/workspace/microsoft-graph/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Microsoft Graph (Sharepoint) recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1219 ms, with median latency at 692 ms.", "Infrastructure fingerprinting identifies Microsoft Corporation in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Microsoft Graph (Sharepoint) domain: graph.microsoft.com.", "Operational state: recovering.", "CASC score: 9.11.", "Pass rate: 100.00%.", "p95 latency: 1,219 ms.", "Developer documentation: https://developer.microsoft.com/en-us/graph.", "Postman collection: https://www.postman.com/microsoftgraph/workspace/microsoft-graph/overview.", "OpenAPI specification: https://raw.githubusercontent.com/microsoftgraph/microsoft-graph-openapi/master/v1.0.json." ], "primaryEntities": [ "APIContext", "Microsoft Graph (Sharepoint)", "graph.microsoft.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/microsoft-graph-sharepoint.json" }, { "label": "Developer documentation", "href": "https://developer.microsoft.com/en-us/graph" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/microsoftgraph/microsoft-graph-openapi/master/v1.0.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-microsoft-graph-sharepoint.json", "markdown": "https://apicontext.com/api-directory/corpinfra/microsoft-graph-sharepoint.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-microsoft-graph-sharepoint.html" } }, { "slug": "api-directory-corpinfra-pubnub", "url": "https://apicontext.com/api-directory/corpinfra/pubnub", "title": "PubNub Operational Intelligence", "description": "PubNub benchmark detail for ps.pndsn.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "PubNub Operational Intelligence", "href": "/api-directory/corpinfra/pubnub" } ], "summary": "PubNub is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.39 CASC score, 100.00% pass rate, 209 ms median latency, and 802 ms p95 latency.", "stats": [ { "value": "9.39", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "209 ms", "label": "median latency" }, { "value": "802 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "PubNub benchmark detail", "body": "PubNub is measured as part of Corporate Infrastructure. This page summarizes operational signals for ps.pndsn.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: ps.pndsn.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 2.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 6.36 ms.", "TCP connection: 68.09 ms.", "TLS handshake: 136.41 ms.", "Processing: 88.64 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/pubnub.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "PubNub recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 802 ms, with median latency at 209 ms." ] } ], "keyFacts": [ "PubNub domain: ps.pndsn.com.", "Operational state: healthy.", "CASC score: 9.39.", "Pass rate: 100.00%.", "p95 latency: 802 ms." ], "primaryEntities": [ "APIContext", "PubNub", "ps.pndsn.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/pubnub.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-pubnub.json", "markdown": "https://apicontext.com/api-directory/corpinfra/pubnub.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-pubnub.html" } }, { "slug": "api-directory-corpinfra-radar", "url": "https://apicontext.com/api-directory/corpinfra/radar", "title": "Radar Operational Intelligence", "description": "Radar benchmark detail for api.radar.io, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Radar Operational Intelligence", "href": "/api-directory/corpinfra/radar" } ], "summary": "Radar is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.05 CASC score, 99.97% pass rate, 238 ms median latency, and 882 ms p95 latency.", "stats": [ { "value": "9.05", "label": "CASC score" }, { "value": "99.97%", "label": "pass rate" }, { "value": "238 ms", "label": "median latency" }, { "value": "882 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Radar benchmark detail", "body": "Radar is measured as part of Corporate Infrastructure. This page summarizes operational signals for api.radar.io, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.radar.io.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 39.5 ms.", "TCP connection: 3.27 ms.", "TLS handshake: 7.05 ms.", "Processing: 276.73 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/radar.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Radar recorded 99.97% pass rate in the latest verified snapshot.", "The p95 latency signal is 882 ms, with median latency at 238 ms." ] } ], "keyFacts": [ "Radar domain: api.radar.io.", "Operational state: healthy.", "CASC score: 9.05.", "Pass rate: 99.97%.", "p95 latency: 882 ms." ], "primaryEntities": [ "APIContext", "Radar", "api.radar.io", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/radar.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-radar.json", "markdown": "https://apicontext.com/api-directory/corpinfra/radar.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-radar.html" } }, { "slug": "api-directory-corpinfra-salesforce", "url": "https://apicontext.com/api-directory/corpinfra/salesforce", "title": "Salesforce Operational Intelligence", "description": "Salesforce benchmark detail for na1.salesforce.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Salesforce Operational Intelligence", "href": "/api-directory/corpinfra/salesforce" } ], "summary": "Salesforce is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.33 CASC score, 100.00% pass rate, 362 ms median latency, and 875 ms p95 latency.", "stats": [ { "value": "9.33", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "362 ms", "label": "median latency" }, { "value": "875 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Salesforce benchmark detail", "body": "Salesforce is measured as part of Corporate Infrastructure. This page summarizes operational signals for na1.salesforce.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: na1.salesforce.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 38.55 ms.", "TCP connection: 145.23 ms.", "TLS handshake: 147.5 ms.", "Processing: 149.27 ms.", "Download: 1 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Salesforce.com, Inc..", "Nameserver: Salesforce.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/salesforce.json" }, { "label": "Developer documentation", "href": "https://developer.salesforce.com/" }, { "label": "OpenAPI specification", "href": "http://resources.docs.salesforce.com/rel1/doc/en-us/static/misc/iot-connect-api-swagger-45.0.yaml" }, { "label": "Postman collection", "href": "https://www.postman.com/salesforce-developers/workspace/salesforce-developers/collection/12721794-67cb9baa-e0da-4986-957e-88d8734647e2?ctx=documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Salesforce recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 875 ms, with median latency at 362 ms.", "Infrastructure fingerprinting identifies Salesforce.com, Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Salesforce domain: na1.salesforce.com.", "Operational state: healthy.", "CASC score: 9.33.", "Pass rate: 100.00%.", "p95 latency: 875 ms.", "Developer documentation: https://developer.salesforce.com/.", "Postman collection: https://www.postman.com/salesforce-developers/workspace/salesforce-developers/collection/12721794-67cb9baa-e0da-4986-957e-88d8734647e2?ctx=documentation.", "OpenAPI specification: http://resources.docs.salesforce.com/rel1/doc/en-us/static/misc/iot-connect-api-swagger-45.0.yaml." ], "primaryEntities": [ "APIContext", "Salesforce", "na1.salesforce.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/salesforce.json" }, { "label": "Developer documentation", "href": "https://developer.salesforce.com/" }, { "label": "OpenAPI specification", "href": "http://resources.docs.salesforce.com/rel1/doc/en-us/static/misc/iot-connect-api-swagger-45.0.yaml" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-salesforce.json", "markdown": "https://apicontext.com/api-directory/corpinfra/salesforce.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-salesforce.html" } }, { "slug": "api-directory-corpinfra-sendgrid", "url": "https://apicontext.com/api-directory/corpinfra/sendgrid", "title": "Sendgrid Operational Intelligence", "description": "Sendgrid benchmark detail for api.sendgrid.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corpinfra", "href": "/api-directory/corpinfra" }, { "name": "Sendgrid Operational Intelligence", "href": "/api-directory/corpinfra/sendgrid" } ], "summary": "Sendgrid is a api-provider benchmark subject in Corporate Infrastructure. Latest snapshot metrics include 9.32 CASC score, 99.93% pass rate, 358 ms median latency, and 845 ms p95 latency.", "stats": [ { "value": "9.32", "label": "CASC score" }, { "value": "99.93%", "label": "pass rate" }, { "value": "358 ms", "label": "median latency" }, { "value": "845 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Sendgrid benchmark detail", "body": "Sendgrid is measured as part of Corporate Infrastructure. This page summarizes operational signals for api.sendgrid.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.sendgrid.com.", "Category: Corporate Infrastructure.", "Benchmark subject type: api-provider.", "Monitored count: 3.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 33.73 ms.", "TCP connection: 78.68 ms.", "TLS handshake: 80.64 ms.", "Processing: 304.45 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: SendGrid, Inc..", "Nameserver: Tiggee LLC.", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/sendgrid.json" }, { "label": "Developer documentation", "href": "https://sendgrid.com/docs/api-reference/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/sendgrid/sendgrid-oai/main/oai_stoplight.json" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/messaging/collection/35240-6135048e-d8f2-4063-a921-e9f54a73ef03?ctx=documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Sendgrid recorded 99.93% pass rate in the latest verified snapshot.", "The p95 latency signal is 845 ms, with median latency at 358 ms.", "Infrastructure fingerprinting identifies SendGrid, Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Sendgrid domain: api.sendgrid.com.", "Operational state: stable.", "CASC score: 9.32.", "Pass rate: 99.93%.", "p95 latency: 845 ms.", "Developer documentation: https://sendgrid.com/docs/api-reference/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/messaging/collection/35240-6135048e-d8f2-4063-a921-e9f54a73ef03?ctx=documentation.", "OpenAPI specification: https://raw.githubusercontent.com/sendgrid/sendgrid-oai/main/oai_stoplight.json." ], "primaryEntities": [ "APIContext", "Sendgrid", "api.sendgrid.com", "Corporate Infrastructure", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corpinfra/sendgrid.json" }, { "label": "Developer documentation", "href": "https://sendgrid.com/docs/api-reference/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/sendgrid/sendgrid-oai/main/oai_stoplight.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corpinfra-sendgrid.json", "markdown": "https://apicontext.com/api-directory/corpinfra/sendgrid.md", "html": "https://apicontext.com/ai/page/api-directory-corpinfra-sendgrid.html" } }, { "slug": "api-directory-corporatemessaging", "url": "https://apicontext.com/api-directory/corporatemessaging", "title": "Corporate Messaging Benchmark Intelligence", "description": "Latest verified snapshot covers 3 benchmark subjects in Corporate Messaging, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Corporate Messaging Benchmark Intelligence", "href": "/api-directory/corporatemessaging" } ], "summary": "Latest verified snapshot covers 3 benchmark subjects in Corporate Messaging, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "3", "label": "benchmark subjects" }, { "value": "8.90", "label": "average CASC" }, { "value": "409 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Corporate Messaging benchmark slice", "body": "Latest verified snapshot covers 3 benchmark subjects in Corporate Messaging, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "3 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 99.94%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Africa's Talking — 8.12 CASC, 99.85% pass, 1,891 ms p95", "href": "/api-directory/corporatemessaging/africa-s-talking" }, { "label": "Twilio — 9.44 CASC, 100.00% pass, 787 ms p95", "href": "/api-directory/corporatemessaging/twilio" }, { "label": "Vonage (formerly Nexmo) — 9.14 CASC, 99.97% pass, 1,251 ms p95", "href": "/api-directory/corporatemessaging/vonage-formerly-nexmo" } ] } ], "keyFacts": [ "3 benchmark subjects are included in Corporate Messaging.", "Average CASC score: 890.", "Average median latency: 409 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Corporate Messaging", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/corporatemessaging.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corporatemessaging.json", "markdown": "https://apicontext.com/api-directory/corporatemessaging.md", "html": "https://apicontext.com/ai/page/api-directory-corporatemessaging.html" } }, { "slug": "api-directory-corporatemessaging-africa-s-talking", "url": "https://apicontext.com/api-directory/corporatemessaging/africa-s-talking", "title": "Africa's Talking Operational Intelligence", "description": "Africa's Talking benchmark detail for api.sandbox.africastalking.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corporatemessaging", "href": "/api-directory/corporatemessaging" }, { "name": "Africa's Talking Operational Intelligence", "href": "/api-directory/corporatemessaging/africa-s-talking" } ], "summary": "Africa's Talking is a api-provider benchmark subject in Corporate Messaging. Latest snapshot metrics include 8.12 CASC score, 99.85% pass rate, 725 ms median latency, and 1,891 ms p95 latency.", "stats": [ { "value": "8.12", "label": "CASC score" }, { "value": "99.85%", "label": "pass rate" }, { "value": "725 ms", "label": "median latency" }, { "value": "1,891 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Africa's Talking benchmark detail", "body": "Africa's Talking is measured as part of Corporate Messaging. This page summarizes operational signals for api.sandbox.africastalking.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.sandbox.africastalking.com.", "Category: Corporate Messaging.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 123.23 ms.", "TCP connection: 151.32 ms.", "TLS handshake: 155.77 ms.", "Processing: 415.27 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Cloud Loadbalancing as a Service-LBaaS (LON) IP Space.", "Nameserver: NeuStar, Inc..", "Server: akka-http." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corporatemessaging/africa-s-talking.json" }, { "label": "Developer documentation", "href": "https://developers.africastalking.com/" }, { "label": "Postman collection", "href": "https://www.postman.com/africastalking/workspace/africa-s-talking-apis/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Africa's Talking recorded 99.85% pass rate in the latest verified snapshot.", "The p95 latency signal is 1891 ms, with median latency at 725 ms.", "Infrastructure fingerprinting identifies Cloud Loadbalancing as a Service-LBaaS (LON) IP Space in the observed delivery path." ] } ], "keyFacts": [ "Africa's Talking domain: api.sandbox.africastalking.com.", "Operational state: stable.", "CASC score: 8.12.", "Pass rate: 99.85%.", "p95 latency: 1,891 ms.", "Developer documentation: https://developers.africastalking.com/.", "Postman collection: https://www.postman.com/africastalking/workspace/africa-s-talking-apis/overview." ], "primaryEntities": [ "APIContext", "Africa's Talking", "api.sandbox.africastalking.com", "Corporate Messaging", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corporatemessaging/africa-s-talking.json" }, { "label": "Developer documentation", "href": "https://developers.africastalking.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corporatemessaging-africa-s-talking.json", "markdown": "https://apicontext.com/api-directory/corporatemessaging/africa-s-talking.md", "html": "https://apicontext.com/ai/page/api-directory-corporatemessaging-africa-s-talking.html" } }, { "slug": "api-directory-corporatemessaging-twilio", "url": "https://apicontext.com/api-directory/corporatemessaging/twilio", "title": "Twilio Operational Intelligence", "description": "Twilio benchmark detail for api.twilio.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corporatemessaging", "href": "/api-directory/corporatemessaging" }, { "name": "Twilio Operational Intelligence", "href": "/api-directory/corporatemessaging/twilio" } ], "summary": "Twilio is a api-provider benchmark subject in Corporate Messaging. Latest snapshot metrics include 9.44 CASC score, 100.00% pass rate, 241 ms median latency, and 787 ms p95 latency.", "stats": [ { "value": "9.44", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "241 ms", "label": "median latency" }, { "value": "787 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Twilio benchmark detail", "body": "Twilio is measured as part of Corporate Messaging. This page summarizes operational signals for api.twilio.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.twilio.com.", "Category: Corporate Messaging.", "Benchmark subject type: api-provider.", "Monitored count: 8.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 15.73 ms.", "TCP connection: 7.64 ms.", "TLS handshake: 10.5 ms.", "Processing: 233.68 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corporatemessaging/twilio.json" }, { "label": "Developer documentation", "href": "https://www.twilio.com/docs" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/twilio/twilio-oai/main/spec/json/twilio_api_v2010.json" }, { "label": "Postman collection", "href": "https://www.postman.com/twilio/workspace/twilio-api/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Twilio recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 787 ms, with median latency at 241 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Twilio domain: api.twilio.com.", "Operational state: healthy.", "CASC score: 9.44.", "Pass rate: 100.00%.", "p95 latency: 787 ms.", "Developer documentation: https://www.twilio.com/docs.", "Postman collection: https://www.postman.com/twilio/workspace/twilio-api/overview.", "OpenAPI specification: https://raw.githubusercontent.com/twilio/twilio-oai/main/spec/json/twilio_api_v2010.json." ], "primaryEntities": [ "APIContext", "Twilio", "api.twilio.com", "Corporate Messaging", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corporatemessaging/twilio.json" }, { "label": "Developer documentation", "href": "https://www.twilio.com/docs" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/twilio/twilio-oai/main/spec/json/twilio_api_v2010.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corporatemessaging-twilio.json", "markdown": "https://apicontext.com/api-directory/corporatemessaging/twilio.md", "html": "https://apicontext.com/ai/page/api-directory-corporatemessaging-twilio.html" } }, { "slug": "api-directory-corporatemessaging-vonage-formerly-nexmo", "url": "https://apicontext.com/api-directory/corporatemessaging/vonage-formerly-nexmo", "title": "Vonage (formerly Nexmo) Operational Intelligence", "description": "Vonage (formerly Nexmo) benchmark detail for rest.nexmo.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "corporatemessaging", "href": "/api-directory/corporatemessaging" }, { "name": "Vonage (formerly Nexmo) Operational Intelligence", "href": "/api-directory/corporatemessaging/vonage-formerly-nexmo" } ], "summary": "Vonage (formerly Nexmo) is a api-provider benchmark subject in Corporate Messaging. Latest snapshot metrics include 9.14 CASC score, 99.97% pass rate, 261 ms median latency, and 1,251 ms p95 latency.", "stats": [ { "value": "9.14", "label": "CASC score" }, { "value": "99.97%", "label": "pass rate" }, { "value": "261 ms", "label": "median latency" }, { "value": "1,251 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Vonage (formerly Nexmo) benchmark detail", "body": "Vonage (formerly Nexmo) is measured as part of Corporate Messaging. This page summarizes operational signals for rest.nexmo.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: rest.nexmo.com.", "Category: Corporate Messaging.", "Benchmark subject type: api-provider.", "Monitored count: 6.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 95.77 ms.", "TCP connection: 2.86 ms.", "TLS handshake: 100.41 ms.", "Processing: 94.41 ms.", "Download: 0.09 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Vonage Business Inc..", "Nameserver: Cloudflare, Inc..", "Server: envoy." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corporatemessaging/vonage-formerly-nexmo.json" }, { "label": "Developer documentation", "href": "https://developer.nexmo.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Vonage (formerly Nexmo) recorded 99.97% pass rate in the latest verified snapshot.", "The p95 latency signal is 1251 ms, with median latency at 261 ms.", "Infrastructure fingerprinting identifies Vonage Business Inc. in the observed delivery path." ] } ], "keyFacts": [ "Vonage (formerly Nexmo) domain: rest.nexmo.com.", "Operational state: healthy.", "CASC score: 9.14.", "Pass rate: 99.97%.", "p95 latency: 1,251 ms.", "Developer documentation: https://developer.nexmo.com/." ], "primaryEntities": [ "APIContext", "Vonage (formerly Nexmo)", "rest.nexmo.com", "Corporate Messaging", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/corporatemessaging/vonage-formerly-nexmo.json" }, { "label": "Developer documentation", "href": "https://developer.nexmo.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-corporatemessaging-vonage-formerly-nexmo.json", "markdown": "https://apicontext.com/api-directory/corporatemessaging/vonage-formerly-nexmo.md", "html": "https://apicontext.com/ai/page/api-directory-corporatemessaging-vonage-formerly-nexmo.html" } }, { "slug": "api-directory-covid19", "url": "https://apicontext.com/api-directory/covid19", "title": "COVID-19 Data Benchmark Intelligence", "description": "Latest verified snapshot covers 1 benchmark subjects in COVID-19 Data, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "COVID-19 Data Benchmark Intelligence", "href": "/api-directory/covid19" } ], "summary": "Latest verified snapshot covers 1 benchmark subjects in COVID-19 Data, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "1", "label": "benchmark subjects" }, { "value": "9.08", "label": "average CASC" }, { "value": "215 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "COVID-19 Data benchmark slice", "body": "Latest verified snapshot covers 1 benchmark subjects in COVID-19 Data, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "1 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 100.00%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "The COVID Tracking Project — 9.08 CASC, 100.00% pass, 611 ms p95", "href": "/api-directory/covid19/the-covid-tracking-project" } ] } ], "keyFacts": [ "1 benchmark subjects are included in COVID-19 Data.", "Average CASC score: 908.", "Average median latency: 215 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "COVID-19 Data", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/covid19.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-covid19.json", "markdown": "https://apicontext.com/api-directory/covid19.md", "html": "https://apicontext.com/ai/page/api-directory-covid19.html" } }, { "slug": "api-directory-covid19-the-covid-tracking-project", "url": "https://apicontext.com/api-directory/covid19/the-covid-tracking-project", "title": "The COVID Tracking Project Operational Intelligence", "description": "The COVID Tracking Project benchmark detail for api.covidtracking.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "covid19", "href": "/api-directory/covid19" }, { "name": "The COVID Tracking Project Operational Intelligence", "href": "/api-directory/covid19/the-covid-tracking-project" } ], "summary": "The COVID Tracking Project is a api-provider benchmark subject in COVID-19 Data. Latest snapshot metrics include 9.08 CASC score, 100.00% pass rate, 215 ms median latency, and 611 ms p95 latency.", "stats": [ { "value": "9.08", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "215 ms", "label": "median latency" }, { "value": "611 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "The COVID Tracking Project benchmark detail", "body": "The COVID Tracking Project is measured as part of COVID-19 Data. This page summarizes operational signals for api.covidtracking.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.covidtracking.com.", "Category: COVID-19 Data.", "Benchmark subject type: api-provider.", "Monitored count: 2.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 33.4 ms.", "TCP connection: 3.6 ms.", "TLS handshake: 10 ms.", "Processing: 186.6 ms.", "Download: 4.1 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Amazon.com, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/covid19/the-covid-tracking-project.json" }, { "label": "Developer documentation", "href": "https://covidtracking.com/" }, { "label": "Postman collection", "href": "https://www.postman.com/postman/workspace/covid-19/collection/12959542-9dc21a44-57b2-4e31-862e-1d7e9c95db44" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "The COVID Tracking Project recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 611 ms, with median latency at 215 ms.", "Infrastructure fingerprinting identifies Amazon.com, Inc. in the observed delivery path." ] } ], "keyFacts": [ "The COVID Tracking Project domain: api.covidtracking.com.", "Operational state: healthy.", "CASC score: 9.08.", "Pass rate: 100.00%.", "p95 latency: 611 ms.", "Developer documentation: https://covidtracking.com/.", "Postman collection: https://www.postman.com/postman/workspace/covid-19/collection/12959542-9dc21a44-57b2-4e31-862e-1d7e9c95db44." ], "primaryEntities": [ "APIContext", "The COVID Tracking Project", "api.covidtracking.com", "COVID-19 Data", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/covid19/the-covid-tracking-project.json" }, { "label": "Developer documentation", "href": "https://covidtracking.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-covid19-the-covid-tracking-project.json", "markdown": "https://apicontext.com/api-directory/covid19/the-covid-tracking-project.md", "html": "https://apicontext.com/ai/page/api-directory-covid19-the-covid-tracking-project.html" } }, { "slug": "api-directory-digitalgovernmentukgov", "url": "https://apicontext.com/api-directory/digitalgovernmentukgov", "title": "UK Digital Government Benchmark Intelligence", "description": "Latest verified snapshot covers 3 benchmark subjects in UK Digital Government, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "UK Digital Government Benchmark Intelligence", "href": "/api-directory/digitalgovernmentukgov" } ], "summary": "Latest verified snapshot covers 3 benchmark subjects in UK Digital Government, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "3", "label": "benchmark subjects" }, { "value": "8.75", "label": "average CASC" }, { "value": "109.33 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "UK Digital Government benchmark slice", "body": "Latest verified snapshot covers 3 benchmark subjects in UK Digital Government, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "3 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 99.98%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Police.UK — 8.38 CASC, 99.98% pass, 909 ms p95", "href": "/api-directory/digitalgovernmentukgov/police-uk" }, { "label": "DEFRA — 9.45 CASC, 99.95% pass, 1,202 ms p95", "href": "/api-directory/digitalgovernmentukgov/defra" }, { "label": "NHS — 8.43 CASC, 100.00% pass, 1,218 ms p95", "href": "/api-directory/digitalgovernmentukgov/nhs" } ] } ], "keyFacts": [ "3 benchmark subjects are included in UK Digital Government.", "Average CASC score: 875.33.", "Average median latency: 109.33 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "UK Digital Government", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/digitalgovernmentukgov.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-digitalgovernmentukgov.json", "markdown": "https://apicontext.com/api-directory/digitalgovernmentukgov.md", "html": "https://apicontext.com/ai/page/api-directory-digitalgovernmentukgov.html" } }, { "slug": "api-directory-digitalgovernmentukgov-defra", "url": "https://apicontext.com/api-directory/digitalgovernmentukgov/defra", "title": "DEFRA Operational Intelligence", "description": "DEFRA benchmark detail for environment.data.gov.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "digitalgovernmentukgov", "href": "/api-directory/digitalgovernmentukgov" }, { "name": "DEFRA Operational Intelligence", "href": "/api-directory/digitalgovernmentukgov/defra" } ], "summary": "DEFRA is a api-provider benchmark subject in UK Digital Government. Latest snapshot metrics include 9.45 CASC score, 99.95% pass rate, 103 ms median latency, and 1,202 ms p95 latency.", "stats": [ { "value": "9.45", "label": "CASC score" }, { "value": "99.95%", "label": "pass rate" }, { "value": "103 ms", "label": "median latency" }, { "value": "1,202 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "DEFRA benchmark detail", "body": "DEFRA is measured as part of UK Digital Government. This page summarizes operational signals for environment.data.gov.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: environment.data.gov.uk.", "Category: UK Digital Government.", "Benchmark subject type: api-provider.", "Monitored count: 3.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 5 ms.", "TCP connection: 6 ms.", "TLS handshake: 17.5 ms.", "Processing: 52.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/digitalgovernmentukgov/defra.json" }, { "label": "Developer documentation", "href": "https://environment.data.gov.uk/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "DEFRA recorded 99.95% pass rate in the latest verified snapshot.", "The p95 latency signal is 1202 ms, with median latency at 103 ms." ] } ], "keyFacts": [ "DEFRA domain: environment.data.gov.uk.", "Operational state: recovering.", "CASC score: 9.45.", "Pass rate: 99.95%.", "p95 latency: 1,202 ms.", "Developer documentation: https://environment.data.gov.uk/." ], "primaryEntities": [ "APIContext", "DEFRA", "environment.data.gov.uk", "UK Digital Government", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/digitalgovernmentukgov/defra.json" }, { "label": "Developer documentation", "href": "https://environment.data.gov.uk/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-digitalgovernmentukgov-defra.json", "markdown": "https://apicontext.com/api-directory/digitalgovernmentukgov/defra.md", "html": "https://apicontext.com/ai/page/api-directory-digitalgovernmentukgov-defra.html" } }, { "slug": "api-directory-digitalgovernmentukgov-nhs", "url": "https://apicontext.com/api-directory/digitalgovernmentukgov/nhs", "title": "NHS Operational Intelligence", "description": "NHS benchmark detail for digital.nhs.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "digitalgovernmentukgov", "href": "/api-directory/digitalgovernmentukgov" }, { "name": "NHS Operational Intelligence", "href": "/api-directory/digitalgovernmentukgov/nhs" } ], "summary": "NHS is a api-provider benchmark subject in UK Digital Government. Latest snapshot metrics include 8.43 CASC score, 100.00% pass rate, 128 ms median latency, and 1,218 ms p95 latency.", "stats": [ { "value": "8.43", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "128 ms", "label": "median latency" }, { "value": "1,218 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "NHS benchmark detail", "body": "NHS is measured as part of UK Digital Government. This page summarizes operational signals for digital.nhs.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: digital.nhs.uk.", "Category: UK Digital Government.", "Benchmark subject type: api-provider.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 5.67 ms.", "TCP connection: 7 ms.", "TLS handshake: 15.67 ms.", "Processing: 81.33 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: Amazon.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/digitalgovernmentukgov/nhs.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "NHS recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1218 ms, with median latency at 128 ms." ] } ], "keyFacts": [ "NHS domain: digital.nhs.uk.", "Operational state: stable.", "CASC score: 8.43.", "Pass rate: 100.00%.", "p95 latency: 1,218 ms." ], "primaryEntities": [ "APIContext", "NHS", "digital.nhs.uk", "UK Digital Government", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/digitalgovernmentukgov/nhs.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-digitalgovernmentukgov-nhs.json", "markdown": "https://apicontext.com/api-directory/digitalgovernmentukgov/nhs.md", "html": "https://apicontext.com/ai/page/api-directory-digitalgovernmentukgov-nhs.html" } }, { "slug": "api-directory-digitalgovernmentukgov-police-uk", "url": "https://apicontext.com/api-directory/digitalgovernmentukgov/police-uk", "title": "Police.UK Operational Intelligence", "description": "Police.UK benchmark detail for data.police.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "digitalgovernmentukgov", "href": "/api-directory/digitalgovernmentukgov" }, { "name": "Police.UK Operational Intelligence", "href": "/api-directory/digitalgovernmentukgov/police-uk" } ], "summary": "Police.UK is a api-provider benchmark subject in UK Digital Government. Latest snapshot metrics include 8.38 CASC score, 99.98% pass rate, 97 ms median latency, and 909 ms p95 latency.", "stats": [ { "value": "8.38", "label": "CASC score" }, { "value": "99.98%", "label": "pass rate" }, { "value": "97 ms", "label": "median latency" }, { "value": "909 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Police.UK benchmark detail", "body": "Police.UK is measured as part of UK Digital Government. This page summarizes operational signals for data.police.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: data.police.uk.", "Category: UK Digital Government.", "Benchmark subject type: api-provider.", "Monitored count: 7.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 51.25 ms.", "TCP connection: 10.25 ms.", "TLS handshake: 13.25 ms.", "Processing: 23.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/digitalgovernmentukgov/police-uk.json" }, { "label": "Developer documentation", "href": "https://data.police.uk/docs/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Police.UK recorded 99.98% pass rate in the latest verified snapshot.", "The p95 latency signal is 909 ms, with median latency at 97 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Police.UK domain: data.police.uk.", "Operational state: recovering.", "CASC score: 8.38.", "Pass rate: 99.98%.", "p95 latency: 909 ms.", "Developer documentation: https://data.police.uk/docs/." ], "primaryEntities": [ "APIContext", "Police.UK", "data.police.uk", "UK Digital Government", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/digitalgovernmentukgov/police-uk.json" }, { "label": "Developer documentation", "href": "https://data.police.uk/docs/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-digitalgovernmentukgov-police-uk.json", "markdown": "https://apicontext.com/api-directory/digitalgovernmentukgov/police-uk.md", "html": "https://apicontext.com/ai/page/api-directory-digitalgovernmentukgov-police-uk.html" } }, { "slug": "api-directory-enterprisemessaging", "url": "https://apicontext.com/api-directory/enterprisemessaging", "title": "Enterprise Messaging Benchmark Intelligence", "description": "Latest verified snapshot covers 3 benchmark subjects in Enterprise Messaging, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Enterprise Messaging Benchmark Intelligence", "href": "/api-directory/enterprisemessaging" } ], "summary": "Latest verified snapshot covers 3 benchmark subjects in Enterprise Messaging, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "3", "label": "benchmark subjects" }, { "value": "9.03", "label": "average CASC" }, { "value": "371.33 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Enterprise Messaging benchmark slice", "body": "Latest verified snapshot covers 3 benchmark subjects in Enterprise Messaging, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "3 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 99.98%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Cisco — 8.83 CASC, 99.95% pass, 7,207 ms p95", "href": "/api-directory/enterprisemessaging/cisco" }, { "label": "Slack — 9.37 CASC, 100.00% pass, 479 ms p95", "href": "/api-directory/enterprisemessaging/slack" }, { "label": "Zoom — 8.88 CASC, 100.00% pass, 912 ms p95", "href": "/api-directory/enterprisemessaging/zoom" } ] } ], "keyFacts": [ "3 benchmark subjects are included in Enterprise Messaging.", "Average CASC score: 902.67.", "Average median latency: 371.33 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Enterprise Messaging", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/enterprisemessaging.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-enterprisemessaging.json", "markdown": "https://apicontext.com/api-directory/enterprisemessaging.md", "html": "https://apicontext.com/ai/page/api-directory-enterprisemessaging.html" } }, { "slug": "api-directory-enterprisemessaging-cisco", "url": "https://apicontext.com/api-directory/enterprisemessaging/cisco", "title": "Cisco Operational Intelligence", "description": "Cisco benchmark detail for api.ciscospark.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "enterprisemessaging", "href": "/api-directory/enterprisemessaging" }, { "name": "Cisco Operational Intelligence", "href": "/api-directory/enterprisemessaging/cisco" } ], "summary": "Cisco is a api-provider benchmark subject in Enterprise Messaging. Latest snapshot metrics include 8.83 CASC score, 99.95% pass rate, 589 ms median latency, and 7,207 ms p95 latency.", "stats": [ { "value": "8.83", "label": "CASC score" }, { "value": "99.95%", "label": "pass rate" }, { "value": "589 ms", "label": "median latency" }, { "value": "7,207 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Cisco benchmark detail", "body": "Cisco is measured as part of Enterprise Messaging. This page summarizes operational signals for api.ciscospark.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.ciscospark.com.", "Category: Enterprise Messaging.", "Benchmark subject type: api-provider.", "Monitored count: 9.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 14.41 ms.", "TCP connection: 80.55 ms.", "TLS handshake: 161.68 ms.", "Processing: 418.18 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Cisco Webex LLC.", "Nameserver: Amazon.com, Inc..", "Server: Redacted." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/enterprisemessaging/cisco.json" }, { "label": "Developer documentation", "href": "https://developer.webex.com/" }, { "label": "OpenAPI specification", "href": "https://api.apis.guru/v2/specs/cisco.com/0.0.3/swagger.json" }, { "label": "Postman collection", "href": "https://www.postman.com/ciscodevnet/workspace/cisco-devnet-s-public-workspace/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Cisco recorded 99.95% pass rate in the latest verified snapshot.", "The p95 latency signal is 7207 ms, with median latency at 589 ms.", "Infrastructure fingerprinting identifies Cisco Webex LLC in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Cisco domain: api.ciscospark.com.", "Operational state: stable.", "CASC score: 8.83.", "Pass rate: 99.95%.", "p95 latency: 7,207 ms.", "Developer documentation: https://developer.webex.com/.", "Postman collection: https://www.postman.com/ciscodevnet/workspace/cisco-devnet-s-public-workspace/overview.", "OpenAPI specification: https://api.apis.guru/v2/specs/cisco.com/0.0.3/swagger.json." ], "primaryEntities": [ "APIContext", "Cisco", "api.ciscospark.com", "Enterprise Messaging", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/enterprisemessaging/cisco.json" }, { "label": "Developer documentation", "href": "https://developer.webex.com/" }, { "label": "OpenAPI specification", "href": "https://api.apis.guru/v2/specs/cisco.com/0.0.3/swagger.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-enterprisemessaging-cisco.json", "markdown": "https://apicontext.com/api-directory/enterprisemessaging/cisco.md", "html": "https://apicontext.com/ai/page/api-directory-enterprisemessaging-cisco.html" } }, { "slug": "api-directory-enterprisemessaging-slack", "url": "https://apicontext.com/api-directory/enterprisemessaging/slack", "title": "Slack Operational Intelligence", "description": "Slack benchmark detail for slack.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "enterprisemessaging", "href": "/api-directory/enterprisemessaging" }, { "name": "Slack Operational Intelligence", "href": "/api-directory/enterprisemessaging/slack" } ], "summary": "Slack is a api-provider benchmark subject in Enterprise Messaging. Latest snapshot metrics include 9.37 CASC score, 100.00% pass rate, 237 ms median latency, and 479 ms p95 latency.", "stats": [ { "value": "9.37", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "237 ms", "label": "median latency" }, { "value": "479 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Slack benchmark detail", "body": "Slack is measured as part of Enterprise Messaging. This page summarizes operational signals for slack.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: slack.com.", "Category: Enterprise Messaging.", "Benchmark subject type: api-provider.", "Monitored count: 11.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 7 ms.", "TCP connection: 11.18 ms.", "TLS handshake: 13.18 ms.", "Processing: 190.09 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon.com, Inc..", "Nameserver: Amazon.com, Inc..", "Server: Apache." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/enterprisemessaging/slack.json" }, { "label": "Developer documentation", "href": "https://api.slack.com/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/slackapi/slack-api-specs/master/web-api/slack_web_openapi_v2.json" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/slack/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Slack recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 479 ms, with median latency at 237 ms.", "Infrastructure fingerprinting identifies Amazon.com, Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Slack domain: slack.com.", "Operational state: healthy.", "CASC score: 9.37.", "Pass rate: 100.00%.", "p95 latency: 479 ms.", "Developer documentation: https://api.slack.com/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/slack/overview.", "OpenAPI specification: https://raw.githubusercontent.com/slackapi/slack-api-specs/master/web-api/slack_web_openapi_v2.json." ], "primaryEntities": [ "APIContext", "Slack", "slack.com", "Enterprise Messaging", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/enterprisemessaging/slack.json" }, { "label": "Developer documentation", "href": "https://api.slack.com/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/slackapi/slack-api-specs/master/web-api/slack_web_openapi_v2.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-enterprisemessaging-slack.json", "markdown": "https://apicontext.com/api-directory/enterprisemessaging/slack.md", "html": "https://apicontext.com/ai/page/api-directory-enterprisemessaging-slack.html" } }, { "slug": "api-directory-enterprisemessaging-zoom", "url": "https://apicontext.com/api-directory/enterprisemessaging/zoom", "title": "Zoom Operational Intelligence", "description": "Zoom benchmark detail for api.zoom.us, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "enterprisemessaging", "href": "/api-directory/enterprisemessaging" }, { "name": "Zoom Operational Intelligence", "href": "/api-directory/enterprisemessaging/zoom" } ], "summary": "Zoom is a api-provider benchmark subject in Enterprise Messaging. Latest snapshot metrics include 8.88 CASC score, 100.00% pass rate, 288 ms median latency, and 912 ms p95 latency.", "stats": [ { "value": "8.88", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "288 ms", "label": "median latency" }, { "value": "912 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Zoom benchmark detail", "body": "Zoom is measured as part of Enterprise Messaging. This page summarizes operational signals for api.zoom.us, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.zoom.us.", "Category: Enterprise Messaging.", "Benchmark subject type: api-provider.", "Monitored count: 7.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 7.32 ms.", "TCP connection: 3.64 ms.", "TLS handshake: 9.27 ms.", "Processing: 245.18 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Zoom Video Communications, Inc.", "Nameserver: Amazon.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/enterprisemessaging/zoom.json" }, { "label": "Developer documentation", "href": "https://marketplace.zoom.us/docs/api-reference/zoom-api" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Zoom recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 912 ms, with median latency at 288 ms.", "Infrastructure fingerprinting identifies Zoom Video Communications, Inc in the observed delivery path." ] } ], "keyFacts": [ "Zoom domain: api.zoom.us.", "Operational state: healthy.", "CASC score: 8.88.", "Pass rate: 100.00%.", "p95 latency: 912 ms.", "Developer documentation: https://marketplace.zoom.us/docs/api-reference/zoom-api." ], "primaryEntities": [ "APIContext", "Zoom", "api.zoom.us", "Enterprise Messaging", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/enterprisemessaging/zoom.json" }, { "label": "Developer documentation", "href": "https://marketplace.zoom.us/docs/api-reference/zoom-api" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-enterprisemessaging-zoom.json", "markdown": "https://apicontext.com/api-directory/enterprisemessaging/zoom.md", "html": "https://apicontext.com/ai/page/api-directory-enterprisemessaging-zoom.html" } }, { "slug": "api-directory-exchanges", "url": "https://apicontext.com/api-directory/exchanges", "title": "Cryptocurrency Exchanges Benchmark Intelligence", "description": "Latest verified snapshot covers 11 benchmark subjects in Cryptocurrency Exchanges, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Cryptocurrency Exchanges Benchmark Intelligence", "href": "/api-directory/exchanges" } ], "summary": "Latest verified snapshot covers 11 benchmark subjects in Cryptocurrency Exchanges, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "11", "label": "benchmark subjects" }, { "value": "9.21", "label": "average CASC" }, { "value": "298.45 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Cryptocurrency Exchanges benchmark slice", "body": "Latest verified snapshot covers 11 benchmark subjects in Cryptocurrency Exchanges, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "11 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 99.82%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Bitfinex — 9.29 CASC, 99.97% pass, 598 ms p95", "href": "/api-directory/exchanges/bitfinex" }, { "label": "Bancor Network — 8.82 CASC, 100.00% pass, 1,760 ms p95", "href": "/api-directory/exchanges/bancor-network" }, { "label": "Gemini — 8.85 CASC, 100.00% pass, 1,383 ms p95", "href": "/api-directory/exchanges/gemini" }, { "label": "Coinbase — 9.12 CASC, 100.00% pass, 551 ms p95", "href": "/api-directory/exchanges/coinbase" }, { "label": "Binance — 9.26 CASC, 100.00% pass, 564 ms p95", "href": "/api-directory/exchanges/binance" }, { "label": "Coincheck — 9.26 CASC, 100.00% pass, 1,009 ms p95", "href": "/api-directory/exchanges/coincheck" }, { "label": "KuCoin — 9.43 CASC, 100.00% pass, 588 ms p95", "href": "/api-directory/exchanges/kucoin" }, { "label": "Binance US — 9.28 CASC, 100.00% pass, 1,123 ms p95", "href": "/api-directory/exchanges/binance-us" }, { "label": "Bitstamp — 9.14 CASC, 98.8% pass, 1,087 ms p95", "href": "/api-directory/exchanges/bitstamp" }, { "label": "OKEx — 9.34 CASC, 99.31% pass, 388 ms p95", "href": "/api-directory/exchanges/okex" }, { "label": "Kraken — 9.50 CASC, 99.88% pass, 426 ms p95", "href": "/api-directory/exchanges/kraken" } ] } ], "keyFacts": [ "11 benchmark subjects are included in Cryptocurrency Exchanges.", "Average CASC score: 920.82.", "Average median latency: 298.45 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/exchanges.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges.json", "markdown": "https://apicontext.com/api-directory/exchanges.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges.html" } }, { "slug": "api-directory-exchanges-bancor-network", "url": "https://apicontext.com/api-directory/exchanges/bancor-network", "title": "Bancor Network Operational Intelligence", "description": "Bancor Network benchmark detail for api-v2.bancor.network, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "Bancor Network Operational Intelligence", "href": "/api-directory/exchanges/bancor-network" } ], "summary": "Bancor Network is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 8.82 CASC score, 100.00% pass rate, 355 ms median latency, and 1,760 ms p95 latency.", "stats": [ { "value": "8.82", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "355 ms", "label": "median latency" }, { "value": "1,760 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Bancor Network benchmark detail", "body": "Bancor Network is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for api-v2.bancor.network, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api-v2.bancor.network.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 61.73 ms.", "TCP connection: 5.55 ms.", "TLS handshake: 10.68 ms.", "Processing: 500.59 ms.", "Download: 0.14 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/bancor-network.json" }, { "label": "Developer documentation", "href": "https://docs.bancor.network/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Bancor Network recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1760 ms, with median latency at 355 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Bancor Network domain: api-v2.bancor.network.", "Operational state: healthy.", "CASC score: 8.82.", "Pass rate: 100.00%.", "p95 latency: 1,760 ms.", "Developer documentation: https://docs.bancor.network/." ], "primaryEntities": [ "APIContext", "Bancor Network", "api-v2.bancor.network", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/bancor-network.json" }, { "label": "Developer documentation", "href": "https://docs.bancor.network/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-bancor-network.json", "markdown": "https://apicontext.com/api-directory/exchanges/bancor-network.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-bancor-network.html" } }, { "slug": "api-directory-exchanges-binance", "url": "https://apicontext.com/api-directory/exchanges/binance", "title": "Binance Operational Intelligence", "description": "Binance benchmark detail for api.binance.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "Binance Operational Intelligence", "href": "/api-directory/exchanges/binance" } ], "summary": "Binance is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 9.26 CASC score, 100.00% pass rate, 243 ms median latency, and 564 ms p95 latency.", "stats": [ { "value": "9.26", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "243 ms", "label": "median latency" }, { "value": "564 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Binance benchmark detail", "body": "Binance is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for api.binance.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.binance.com.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 42.33 ms.", "TCP connection: 2.78 ms.", "TLS handshake: 5.67 ms.", "Processing: 185.94 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: amazon_cloudfront_cdn.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/binance.json" }, { "label": "Developer documentation", "href": "https://developers.binance.com/docs/binance-apis/apis.html" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/binance-exchange/binance-api-swagger/master/spot_api.yaml" }, { "label": "Postman collection", "href": "https://www.postman.com/api-noob/workspace/binance-apis/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Binance recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 564 ms, with median latency at 243 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Binance domain: api.binance.com.", "Operational state: healthy.", "CASC score: 9.26.", "Pass rate: 100.00%.", "p95 latency: 564 ms.", "Developer documentation: https://developers.binance.com/docs/binance-apis/apis.html.", "Postman collection: https://www.postman.com/api-noob/workspace/binance-apis/overview.", "OpenAPI specification: https://raw.githubusercontent.com/binance-exchange/binance-api-swagger/master/spot_api.yaml." ], "primaryEntities": [ "APIContext", "Binance", "api.binance.com", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/binance.json" }, { "label": "Developer documentation", "href": "https://developers.binance.com/docs/binance-apis/apis.html" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/binance-exchange/binance-api-swagger/master/spot_api.yaml" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-binance.json", "markdown": "https://apicontext.com/api-directory/exchanges/binance.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-binance.html" } }, { "slug": "api-directory-exchanges-binance-us", "url": "https://apicontext.com/api-directory/exchanges/binance-us", "title": "Binance US Operational Intelligence", "description": "Binance US benchmark detail for api.binance.us, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "Binance US Operational Intelligence", "href": "/api-directory/exchanges/binance-us" } ], "summary": "Binance US is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 9.28 CASC score, 100.00% pass rate, 389 ms median latency, and 1,123 ms p95 latency.", "stats": [ { "value": "9.28", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "389 ms", "label": "median latency" }, { "value": "1,123 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Binance US benchmark detail", "body": "Binance US is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for api.binance.us, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.binance.us.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 59.95 ms.", "TCP connection: 3.36 ms.", "TLS handshake: 6.55 ms.", "Processing: 409.59 ms.", "Download: 9 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: amazon_cloudfront_cdn.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/binance-us.json" }, { "label": "Developer documentation", "href": "https://developers.binance.com/docs/binance-apis/apis.html" }, { "label": "OpenAPI specification", "href": "https://docs.kraken.com/rest/" }, { "label": "Postman collection", "href": "https://www.postman.com/solar-capsule-443692/workspace/crypto-apis/request/581196-780dccaf-3dea-4664-9ddb-3dc2a093be2c" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Binance US recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1123 ms, with median latency at 389 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Binance US domain: api.binance.us.", "Operational state: healthy.", "CASC score: 9.28.", "Pass rate: 100.00%.", "p95 latency: 1,123 ms.", "Developer documentation: https://developers.binance.com/docs/binance-apis/apis.html.", "Postman collection: https://www.postman.com/solar-capsule-443692/workspace/crypto-apis/request/581196-780dccaf-3dea-4664-9ddb-3dc2a093be2c.", "OpenAPI specification: https://docs.kraken.com/rest/." ], "primaryEntities": [ "APIContext", "Binance US", "api.binance.us", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/binance-us.json" }, { "label": "Developer documentation", "href": "https://developers.binance.com/docs/binance-apis/apis.html" }, { "label": "OpenAPI specification", "href": "https://docs.kraken.com/rest/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-binance-us.json", "markdown": "https://apicontext.com/api-directory/exchanges/binance-us.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-binance-us.html" } }, { "slug": "api-directory-exchanges-bitfinex", "url": "https://apicontext.com/api-directory/exchanges/bitfinex", "title": "Bitfinex Operational Intelligence", "description": "Bitfinex benchmark detail for api-pub.bitfinex.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "Bitfinex Operational Intelligence", "href": "/api-directory/exchanges/bitfinex" } ], "summary": "Bitfinex is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 9.29 CASC score, 99.97% pass rate, 233 ms median latency, and 598 ms p95 latency.", "stats": [ { "value": "9.29", "label": "CASC score" }, { "value": "99.97%", "label": "pass rate" }, { "value": "233 ms", "label": "median latency" }, { "value": "598 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Bitfinex benchmark detail", "body": "Bitfinex is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for api-pub.bitfinex.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api-pub.bitfinex.com.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 77.41 ms.", "TCP connection: 3.27 ms.", "TLS handshake: 7.45 ms.", "Processing: 192.73 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/bitfinex.json" }, { "label": "Developer documentation", "href": "https://docs.bitfinex.com/docs/introduction" }, { "label": "Postman collection", "href": "https://www.postman.com/solar-capsule-443692/workspace/crypto-apis/request/581196-b99cfa8d-bc67-4018-96db-a0fbc9a5b8da" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Bitfinex recorded 99.97% pass rate in the latest verified snapshot.", "The p95 latency signal is 598 ms, with median latency at 233 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Bitfinex domain: api-pub.bitfinex.com.", "Operational state: healthy.", "CASC score: 9.29.", "Pass rate: 99.97%.", "p95 latency: 598 ms.", "Developer documentation: https://docs.bitfinex.com/docs/introduction.", "Postman collection: https://www.postman.com/solar-capsule-443692/workspace/crypto-apis/request/581196-b99cfa8d-bc67-4018-96db-a0fbc9a5b8da." ], "primaryEntities": [ "APIContext", "Bitfinex", "api-pub.bitfinex.com", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/bitfinex.json" }, { "label": "Developer documentation", "href": "https://docs.bitfinex.com/docs/introduction" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-bitfinex.json", "markdown": "https://apicontext.com/api-directory/exchanges/bitfinex.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-bitfinex.html" } }, { "slug": "api-directory-exchanges-bitstamp", "url": "https://apicontext.com/api-directory/exchanges/bitstamp", "title": "Bitstamp Operational Intelligence", "description": "Bitstamp benchmark detail for www.bitstamp.net, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "Bitstamp Operational Intelligence", "href": "/api-directory/exchanges/bitstamp" } ], "summary": "Bitstamp is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 9.14 CASC score, 98.8% pass rate, 222 ms median latency, and 1,087 ms p95 latency.", "stats": [ { "value": "9.14", "label": "CASC score" }, { "value": "98.8%", "label": "pass rate" }, { "value": "222 ms", "label": "median latency" }, { "value": "1,087 ms", "label": "p95 latency" }, { "value": "degraded", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Bitstamp benchmark detail", "body": "Bitstamp is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for www.bitstamp.net, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: www.bitstamp.net.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 45.68 ms.", "TCP connection: 6.09 ms.", "TLS handshake: 8.59 ms.", "Processing: 180.91 ms.", "Download: 0.09 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: imperva_cdn.", "Hosting provider: Incapsula Inc.", "Nameserver: Incapsula Inc.", "Server: Apache." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/bitstamp.json" }, { "label": "Developer documentation", "href": "https://www.bitstamp.net/api/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Bitstamp recorded 98.85% pass rate in the latest verified snapshot.", "The p95 latency signal is 1087 ms, with median latency at 222 ms.", "Infrastructure fingerprinting identifies Incapsula Inc in the observed delivery path." ] } ], "keyFacts": [ "Bitstamp domain: www.bitstamp.net.", "Operational state: degraded.", "CASC score: 9.14.", "Pass rate: 98.8%.", "p95 latency: 1,087 ms.", "Developer documentation: https://www.bitstamp.net/api/." ], "primaryEntities": [ "APIContext", "Bitstamp", "www.bitstamp.net", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/bitstamp.json" }, { "label": "Developer documentation", "href": "https://www.bitstamp.net/api/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-bitstamp.json", "markdown": "https://apicontext.com/api-directory/exchanges/bitstamp.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-bitstamp.html" } }, { "slug": "api-directory-exchanges-coinbase", "url": "https://apicontext.com/api-directory/exchanges/coinbase", "title": "Coinbase Operational Intelligence", "description": "Coinbase benchmark detail for api.coinbase.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "Coinbase Operational Intelligence", "href": "/api-directory/exchanges/coinbase" } ], "summary": "Coinbase is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 9.12 CASC score, 100.00% pass rate, 117 ms median latency, and 551 ms p95 latency.", "stats": [ { "value": "9.12", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "117 ms", "label": "median latency" }, { "value": "551 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Coinbase benchmark detail", "body": "Coinbase is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for api.coinbase.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.coinbase.com.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 51.27 ms.", "TCP connection: 3.82 ms.", "TLS handshake: 7.09 ms.", "Processing: 137.18 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/coinbase.json" }, { "label": "Developer documentation", "href": "https://developers.coinbase.com/api/v2" }, { "label": "OpenAPI specification", "href": "https://www.postman.com/api-evangelist/workspace/blockchain/api/71975c40-8ace-4b85-bcfa-7187de4a2e8f?version=a8ce208c-d355-4c0a-93d5-b40acdae0dda&tab=define" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/blockchain/collection/35240-ec28091e-f6f6-43a6-824d-f11b2c097b73?ctx=documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Coinbase recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 551 ms, with median latency at 117 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Coinbase domain: api.coinbase.com.", "Operational state: healthy.", "CASC score: 9.12.", "Pass rate: 100.00%.", "p95 latency: 551 ms.", "Developer documentation: https://developers.coinbase.com/api/v2.", "Postman collection: https://www.postman.com/api-evangelist/workspace/blockchain/collection/35240-ec28091e-f6f6-43a6-824d-f11b2c097b73?ctx=documentation.", "OpenAPI specification: https://www.postman.com/api-evangelist/workspace/blockchain/api/71975c40-8ace-4b85-bcfa-7187de4a2e8f?version=a8ce208c-d355-4c0a-93d5-b40acdae0dda&tab=define." ], "primaryEntities": [ "APIContext", "Coinbase", "api.coinbase.com", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/coinbase.json" }, { "label": "Developer documentation", "href": "https://developers.coinbase.com/api/v2" }, { "label": "OpenAPI specification", "href": "https://www.postman.com/api-evangelist/workspace/blockchain/api/71975c40-8ace-4b85-bcfa-7187de4a2e8f?version=a8ce208c-d355-4c0a-93d5-b40acdae0dda&tab=define" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-coinbase.json", "markdown": "https://apicontext.com/api-directory/exchanges/coinbase.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-coinbase.html" } }, { "slug": "api-directory-exchanges-coincheck", "url": "https://apicontext.com/api-directory/exchanges/coincheck", "title": "Coincheck Operational Intelligence", "description": "Coincheck benchmark detail for coincheck.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "Coincheck Operational Intelligence", "href": "/api-directory/exchanges/coincheck" } ], "summary": "Coincheck is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 9.26 CASC score, 100.00% pass rate, 518 ms median latency, and 1,009 ms p95 latency.", "stats": [ { "value": "9.26", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "518 ms", "label": "median latency" }, { "value": "1,009 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Coincheck benchmark detail", "body": "Coincheck is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for coincheck.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: coincheck.com.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 113.43 ms.", "TCP connection: 38.57 ms.", "TLS handshake: 42.1 ms.", "Processing: 469.48 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: amazon_cloudfront_cdn.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/coincheck.json" }, { "label": "Developer documentation", "href": "https://coincheck.com/documents/exchange/api" }, { "label": "Postman collection", "href": "https://www.postman.com/solar-capsule-443692/workspace/crypto-apis/request/581196-e0593efb-ee5f-4dd0-8111-08ae4dd4883a" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Coincheck recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1009 ms, with median latency at 518 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Coincheck domain: coincheck.com.", "Operational state: healthy.", "CASC score: 9.26.", "Pass rate: 100.00%.", "p95 latency: 1,009 ms.", "Developer documentation: https://coincheck.com/documents/exchange/api.", "Postman collection: https://www.postman.com/solar-capsule-443692/workspace/crypto-apis/request/581196-e0593efb-ee5f-4dd0-8111-08ae4dd4883a." ], "primaryEntities": [ "APIContext", "Coincheck", "coincheck.com", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/coincheck.json" }, { "label": "Developer documentation", "href": "https://coincheck.com/documents/exchange/api" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-coincheck.json", "markdown": "https://apicontext.com/api-directory/exchanges/coincheck.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-coincheck.html" } }, { "slug": "api-directory-exchanges-gemini", "url": "https://apicontext.com/api-directory/exchanges/gemini", "title": "Gemini Operational Intelligence", "description": "Gemini benchmark detail for api.gemini.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "Gemini Operational Intelligence", "href": "/api-directory/exchanges/gemini" } ], "summary": "Gemini is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 8.85 CASC score, 100.00% pass rate, 526 ms median latency, and 1,383 ms p95 latency.", "stats": [ { "value": "8.85", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "526 ms", "label": "median latency" }, { "value": "1,383 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Gemini benchmark detail", "body": "Gemini is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for api.gemini.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.gemini.com.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 96.41 ms.", "TCP connection: 134 ms.", "TLS handshake: 269.73 ms.", "Processing: 164.36 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon.com, Inc..", "Nameserver: Amazon.com, Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/gemini.json" }, { "label": "Developer documentation", "href": "https://docs.gemini.com/rest-api/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Gemini recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1383 ms, with median latency at 526 ms.", "Infrastructure fingerprinting identifies Amazon.com, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Gemini domain: api.gemini.com.", "Operational state: healthy.", "CASC score: 8.85.", "Pass rate: 100.00%.", "p95 latency: 1,383 ms.", "Developer documentation: https://docs.gemini.com/rest-api/." ], "primaryEntities": [ "APIContext", "Gemini", "api.gemini.com", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/gemini.json" }, { "label": "Developer documentation", "href": "https://docs.gemini.com/rest-api/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-gemini.json", "markdown": "https://apicontext.com/api-directory/exchanges/gemini.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-gemini.html" } }, { "slug": "api-directory-exchanges-kraken", "url": "https://apicontext.com/api-directory/exchanges/kraken", "title": "Kraken Operational Intelligence", "description": "Kraken benchmark detail for api.kraken.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "Kraken Operational Intelligence", "href": "/api-directory/exchanges/kraken" } ], "summary": "Kraken is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 9.50 CASC score, 99.88% pass rate, 182 ms median latency, and 426 ms p95 latency.", "stats": [ { "value": "9.50", "label": "CASC score" }, { "value": "99.88%", "label": "pass rate" }, { "value": "182 ms", "label": "median latency" }, { "value": "426 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Kraken benchmark detail", "body": "Kraken is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for api.kraken.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.kraken.com.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 22.27 ms.", "TCP connection: 3.64 ms.", "TLS handshake: 7.18 ms.", "Processing: 184.59 ms.", "Download: 0.27 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/kraken.json" }, { "label": "Developer documentation", "href": "https://www.kraken.com/en-gb/features/api" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Kraken recorded 99.88% pass rate in the latest verified snapshot.", "The p95 latency signal is 426 ms, with median latency at 182 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Kraken domain: api.kraken.com.", "Operational state: stable.", "CASC score: 9.50.", "Pass rate: 99.88%.", "p95 latency: 426 ms.", "Developer documentation: https://www.kraken.com/en-gb/features/api." ], "primaryEntities": [ "APIContext", "Kraken", "api.kraken.com", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/kraken.json" }, { "label": "Developer documentation", "href": "https://www.kraken.com/en-gb/features/api" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-kraken.json", "markdown": "https://apicontext.com/api-directory/exchanges/kraken.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-kraken.html" } }, { "slug": "api-directory-exchanges-kucoin", "url": "https://apicontext.com/api-directory/exchanges/kucoin", "title": "KuCoin Operational Intelligence", "description": "KuCoin benchmark detail for api.kucoin.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "KuCoin Operational Intelligence", "href": "/api-directory/exchanges/kucoin" } ], "summary": "KuCoin is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 9.43 CASC score, 100.00% pass rate, 270 ms median latency, and 588 ms p95 latency.", "stats": [ { "value": "9.43", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "270 ms", "label": "median latency" }, { "value": "588 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "KuCoin benchmark detail", "body": "KuCoin is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for api.kucoin.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.kucoin.com.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 95.91 ms.", "TCP connection: 3.68 ms.", "TLS handshake: 7.14 ms.", "Processing: 212.36 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/kucoin.json" }, { "label": "Developer documentation", "href": "https://docs.kucoin.com/" }, { "label": "Postman collection", "href": "https://www.postman.com/solar-capsule-443692/workspace/crypto-apis/request/581196-7af98792-9801-4f0f-9854-3b2957fe4021" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "KuCoin recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 588 ms, with median latency at 270 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path." ] } ], "keyFacts": [ "KuCoin domain: api.kucoin.com.", "Operational state: healthy.", "CASC score: 9.43.", "Pass rate: 100.00%.", "p95 latency: 588 ms.", "Developer documentation: https://docs.kucoin.com/.", "Postman collection: https://www.postman.com/solar-capsule-443692/workspace/crypto-apis/request/581196-7af98792-9801-4f0f-9854-3b2957fe4021." ], "primaryEntities": [ "APIContext", "KuCoin", "api.kucoin.com", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/kucoin.json" }, { "label": "Developer documentation", "href": "https://docs.kucoin.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-kucoin.json", "markdown": "https://apicontext.com/api-directory/exchanges/kucoin.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-kucoin.html" } }, { "slug": "api-directory-exchanges-okex", "url": "https://apicontext.com/api-directory/exchanges/okex", "title": "OKEx Operational Intelligence", "description": "OKEx benchmark detail for www.okx.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "exchanges", "href": "/api-directory/exchanges" }, { "name": "OKEx Operational Intelligence", "href": "/api-directory/exchanges/okex" } ], "summary": "OKEx is a api-provider benchmark subject in Cryptocurrency Exchanges. Latest snapshot metrics include 9.34 CASC score, 99.31% pass rate, 228 ms median latency, and 388 ms p95 latency.", "stats": [ { "value": "9.34", "label": "CASC score" }, { "value": "99.31%", "label": "pass rate" }, { "value": "228 ms", "label": "median latency" }, { "value": "388 ms", "label": "p95 latency" }, { "value": "degraded", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "OKEx benchmark detail", "body": "OKEx is measured as part of Cryptocurrency Exchanges. This page summarizes operational signals for www.okx.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: www.okx.com.", "Category: Cryptocurrency Exchanges.", "Benchmark subject type: api-provider.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 29.82 ms.", "TCP connection: 3.59 ms.", "TLS handshake: 6.73 ms.", "Processing: 203.36 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/okex.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "OKEx recorded 99.31% pass rate in the latest verified snapshot.", "The p95 latency signal is 388 ms, with median latency at 228 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path." ] } ], "keyFacts": [ "OKEx domain: www.okx.com.", "Operational state: degraded.", "CASC score: 9.34.", "Pass rate: 99.31%.", "p95 latency: 388 ms." ], "primaryEntities": [ "APIContext", "OKEx", "www.okx.com", "Cryptocurrency Exchanges", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/exchanges/okex.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-exchanges-okex.json", "markdown": "https://apicontext.com/api-directory/exchanges/okex.md", "html": "https://apicontext.com/ai/page/api-directory-exchanges-okex.html" } }, { "slug": "api-directory-fintech", "url": "https://apicontext.com/api-directory/fintech", "title": "Fintech Benchmark Intelligence", "description": "Latest verified snapshot covers 14 benchmark subjects in Fintech, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Fintech Benchmark Intelligence", "href": "/api-directory/fintech" } ], "summary": "Latest verified snapshot covers 14 benchmark subjects in Fintech, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "14", "label": "benchmark subjects" }, { "value": "9.04", "label": "average CASC" }, { "value": "440.21 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Fintech benchmark slice", "body": "Latest verified snapshot covers 14 benchmark subjects in Fintech, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "14 subjects are normalized in this category.", "Benchmark subject type: banking-api.", "Average pass rate: 99.97%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Finicity — 9.38 CASC, 99.99% pass, 855 ms p95", "href": "/api-directory/fintech/finicity" }, { "label": "Belvo — 9.00 CASC, 99.70% pass, 1,491 ms p95", "href": "/api-directory/fintech/belvo" }, { "label": "Modern Treasury — 9.09 CASC, 100.00% pass, 1,219 ms p95", "href": "/api-directory/fintech/modern-treasury" }, { "label": "Stripe — 8.81 CASC, 100.00% pass, 798 ms p95", "href": "/api-directory/fintech/stripe" }, { "label": "Truelayer — 9.00 CASC, 100.00% pass, 1,551 ms p95", "href": "/api-directory/fintech/truelayer" }, { "label": "Stripe (Sandbox) — 8.92 CASC, 100.00% pass, 694 ms p95", "href": "/api-directory/fintech/stripe-sandbox" }, { "label": "Paypal (Sandbox) — 9.11 CASC, 99.95% pass, 1,423 ms p95", "href": "/api-directory/fintech/paypal-sandbox" }, { "label": "Yapily — 8.70 CASC, 100.00% pass, 674 ms p95", "href": "/api-directory/fintech/yapily" }, { "label": "Plaid — 8.93 CASC, 100.00% pass, 2,132 ms p95", "href": "/api-directory/fintech/plaid" }, { "label": "Intuit — 8.92 CASC, 99.99% pass, 849 ms p95", "href": "/api-directory/fintech/intuit" }, { "label": "Wise APIs (Sandbox) — 9.36 CASC, 100.00% pass, 570 ms p95", "href": "/api-directory/fintech/wise-apis-sandbox" }, { "label": "Plaid (Sandbox) — 8.87 CASC, 99.95% pass, 2,541 ms p95", "href": "/api-directory/fintech/plaid-sandbox" }, { "label": "Railsbank — 8.98 CASC, 100.00% pass, 3,106 ms p95", "href": "/api-directory/fintech/railsbank" }, { "label": "Yapily — 9.42 CASC, 100.00% pass, 249 ms p95", "href": "/api-directory/fintech/yapily-2" } ] } ], "keyFacts": [ "14 benchmark subjects are included in Fintech.", "Average CASC score: 903.5.", "Average median latency: 440.21 ms.", "Benchmark subject type: banking-api.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Fintech", "Benchmark Intelligence", "Operational Intelligence", "banking-api" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/fintech.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech.json", "markdown": "https://apicontext.com/api-directory/fintech.md", "html": "https://apicontext.com/ai/page/api-directory-fintech.html" } }, { "slug": "api-directory-fintech-belvo", "url": "https://apicontext.com/api-directory/fintech/belvo", "title": "Belvo Operational Intelligence", "description": "Belvo benchmark detail for sandbox.belvo.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Belvo Operational Intelligence", "href": "/api-directory/fintech/belvo" } ], "summary": "Belvo is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 9.00 CASC score, 99.70% pass rate, 537 ms median latency, and 1,491 ms p95 latency.", "stats": [ { "value": "9.00", "label": "CASC score" }, { "value": "99.70%", "label": "pass rate" }, { "value": "537 ms", "label": "median latency" }, { "value": "1,491 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Belvo benchmark detail", "body": "Belvo is measured as part of Fintech. This page summarizes operational signals for sandbox.belvo.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: sandbox.belvo.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 7.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 21.86 ms.", "TCP connection: 3.18 ms.", "TLS handshake: 9.32 ms.", "Processing: 592.09 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/belvo.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Belvo recorded 99.7% pass rate in the latest verified snapshot.", "The p95 latency signal is 1491 ms, with median latency at 537 ms." ] } ], "keyFacts": [ "Belvo domain: sandbox.belvo.com.", "Operational state: stable.", "CASC score: 9.00.", "Pass rate: 99.70%.", "p95 latency: 1,491 ms." ], "primaryEntities": [ "APIContext", "Belvo", "sandbox.belvo.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/belvo.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-belvo.json", "markdown": "https://apicontext.com/api-directory/fintech/belvo.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-belvo.html" } }, { "slug": "api-directory-fintech-finicity", "url": "https://apicontext.com/api-directory/fintech/finicity", "title": "Finicity Operational Intelligence", "description": "Finicity benchmark detail for api.finicity.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Finicity Operational Intelligence", "href": "/api-directory/fintech/finicity" } ], "summary": "Finicity is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 9.38 CASC score, 99.99% pass rate, 270 ms median latency, and 855 ms p95 latency.", "stats": [ { "value": "9.38", "label": "CASC score" }, { "value": "99.99%", "label": "pass rate" }, { "value": "270 ms", "label": "median latency" }, { "value": "855 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Finicity benchmark detail", "body": "Finicity is measured as part of Fintech. This page summarizes operational signals for api.finicity.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.finicity.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 6.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 24.33 ms.", "TCP connection: 6.67 ms.", "TLS handshake: 9.33 ms.", "Processing: 262 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: imperva_cdn.", "Hosting provider: Incapsula Inc.", "Nameserver: Incapsula Inc.", "Server: openresty." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/finicity.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Finicity recorded 99.99% pass rate in the latest verified snapshot.", "The p95 latency signal is 855 ms, with median latency at 270 ms.", "Infrastructure fingerprinting identifies Incapsula Inc in the observed delivery path." ] } ], "keyFacts": [ "Finicity domain: api.finicity.com.", "Operational state: healthy.", "CASC score: 9.38.", "Pass rate: 99.99%.", "p95 latency: 855 ms." ], "primaryEntities": [ "APIContext", "Finicity", "api.finicity.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/finicity.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-finicity.json", "markdown": "https://apicontext.com/api-directory/fintech/finicity.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-finicity.html" } }, { "slug": "api-directory-fintech-intuit", "url": "https://apicontext.com/api-directory/fintech/intuit", "title": "Intuit Operational Intelligence", "description": "Intuit benchmark detail for creditkarma.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Intuit Operational Intelligence", "href": "/api-directory/fintech/intuit" } ], "summary": "Intuit is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 8.92 CASC score, 99.99% pass rate, 336 ms median latency, and 849 ms p95 latency.", "stats": [ { "value": "8.92", "label": "CASC score" }, { "value": "99.99%", "label": "pass rate" }, { "value": "336 ms", "label": "median latency" }, { "value": "849 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Intuit benchmark detail", "body": "Intuit is measured as part of Fintech. This page summarizes operational signals for creditkarma.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: creditkarma.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 2.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 25.5 ms.", "TCP connection: 3.41 ms.", "TLS handshake: 6.68 ms.", "Processing: 347.68 ms.", "Download: 24.73 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon.com, Inc..", "Nameserver: Amazon.com, Inc..", "Server: envoy." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/intuit.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Intuit recorded 99.99% pass rate in the latest verified snapshot.", "The p95 latency signal is 849 ms, with median latency at 336 ms.", "Infrastructure fingerprinting identifies Amazon.com, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Intuit domain: creditkarma.com.", "Operational state: healthy.", "CASC score: 8.92.", "Pass rate: 99.99%.", "p95 latency: 849 ms." ], "primaryEntities": [ "APIContext", "Intuit", "creditkarma.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/intuit.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-intuit.json", "markdown": "https://apicontext.com/api-directory/fintech/intuit.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-intuit.html" } }, { "slug": "api-directory-fintech-modern-treasury", "url": "https://apicontext.com/api-directory/fintech/modern-treasury", "title": "Modern Treasury Operational Intelligence", "description": "Modern Treasury benchmark detail for app.moderntreasury.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Modern Treasury Operational Intelligence", "href": "/api-directory/fintech/modern-treasury" } ], "summary": "Modern Treasury is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 9.09 CASC score, 100.00% pass rate, 613 ms median latency, and 1,219 ms p95 latency.", "stats": [ { "value": "9.09", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "613 ms", "label": "median latency" }, { "value": "1,219 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Modern Treasury benchmark detail", "body": "Modern Treasury is measured as part of Fintech. This page summarizes operational signals for app.moderntreasury.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: app.moderntreasury.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 9.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 33.32 ms.", "TCP connection: 5.14 ms.", "TLS handshake: 293.64 ms.", "Processing: 287.09 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/modern-treasury.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Modern Treasury recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1219 ms, with median latency at 613 ms." ] } ], "keyFacts": [ "Modern Treasury domain: app.moderntreasury.com.", "Operational state: healthy.", "CASC score: 9.09.", "Pass rate: 100.00%.", "p95 latency: 1,219 ms." ], "primaryEntities": [ "APIContext", "Modern Treasury", "app.moderntreasury.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/modern-treasury.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-modern-treasury.json", "markdown": "https://apicontext.com/api-directory/fintech/modern-treasury.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-modern-treasury.html" } }, { "slug": "api-directory-fintech-paypal-sandbox", "url": "https://apicontext.com/api-directory/fintech/paypal-sandbox", "title": "Paypal (Sandbox) Operational Intelligence", "description": "Paypal (Sandbox) benchmark detail for api.sandbox.paypal.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Paypal (Sandbox) Operational Intelligence", "href": "/api-directory/fintech/paypal-sandbox" } ], "summary": "Paypal (Sandbox) is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 9.11 CASC score, 99.95% pass rate, 592 ms median latency, and 1,423 ms p95 latency.", "stats": [ { "value": "9.11", "label": "CASC score" }, { "value": "99.95%", "label": "pass rate" }, { "value": "592 ms", "label": "median latency" }, { "value": "1,423 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Paypal (Sandbox) benchmark detail", "body": "Paypal (Sandbox) is measured as part of Fintech. This page summarizes operational signals for api.sandbox.paypal.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.sandbox.paypal.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 3.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 30.86 ms.", "TCP connection: 95.33 ms.", "TLS handshake: 192.14 ms.", "Processing: 353.33 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: PayPal, Inc..", "Nameserver: PayPal, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/paypal-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.paypal.com/docs/api/overview/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/jayavaidy/PayPalFinalProject/master/Histcyclopedia.yaml" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/paypal/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Paypal (Sandbox) recorded 99.95% pass rate in the latest verified snapshot.", "The p95 latency signal is 1423 ms, with median latency at 592 ms.", "Infrastructure fingerprinting identifies PayPal, Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Paypal (Sandbox) domain: api.sandbox.paypal.com.", "Operational state: healthy.", "CASC score: 9.11.", "Pass rate: 99.95%.", "p95 latency: 1,423 ms.", "Developer documentation: https://developer.paypal.com/docs/api/overview/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/paypal/overview.", "OpenAPI specification: https://raw.githubusercontent.com/jayavaidy/PayPalFinalProject/master/Histcyclopedia.yaml." ], "primaryEntities": [ "APIContext", "Paypal (Sandbox)", "api.sandbox.paypal.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/paypal-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.paypal.com/docs/api/overview/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/jayavaidy/PayPalFinalProject/master/Histcyclopedia.yaml" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-paypal-sandbox.json", "markdown": "https://apicontext.com/api-directory/fintech/paypal-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-paypal-sandbox.html" } }, { "slug": "api-directory-fintech-plaid", "url": "https://apicontext.com/api-directory/fintech/plaid", "title": "Plaid Operational Intelligence", "description": "Plaid benchmark detail for sandbox.plaid.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Plaid Operational Intelligence", "href": "/api-directory/fintech/plaid" } ], "summary": "Plaid is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 8.93 CASC score, 100.00% pass rate, 880 ms median latency, and 2,132 ms p95 latency.", "stats": [ { "value": "8.93", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "880 ms", "label": "median latency" }, { "value": "2,132 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Plaid benchmark detail", "body": "Plaid is measured as part of Fintech. This page summarizes operational signals for sandbox.plaid.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: sandbox.plaid.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 80 ms.", "TCP connection: 137.82 ms.", "TLS handshake: 274.86 ms.", "Processing: 416.27 ms.", "Download: 77.09 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/plaid.json" }, { "label": "Developer documentation", "href": "https://plaid.com/docs/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/plaid/plaid-openapi/master/2020-09-14.yml" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/plaid/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Plaid recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 2132 ms, with median latency at 880 ms.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Plaid domain: sandbox.plaid.com.", "Operational state: healthy.", "CASC score: 8.93.", "Pass rate: 100.00%.", "p95 latency: 2,132 ms.", "Developer documentation: https://plaid.com/docs/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/plaid/overview.", "OpenAPI specification: https://raw.githubusercontent.com/plaid/plaid-openapi/master/2020-09-14.yml." ], "primaryEntities": [ "APIContext", "Plaid", "sandbox.plaid.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/plaid.json" }, { "label": "Developer documentation", "href": "https://plaid.com/docs/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/plaid/plaid-openapi/master/2020-09-14.yml" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-plaid.json", "markdown": "https://apicontext.com/api-directory/fintech/plaid.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-plaid.html" } }, { "slug": "api-directory-fintech-plaid-sandbox", "url": "https://apicontext.com/api-directory/fintech/plaid-sandbox", "title": "Plaid (Sandbox) Operational Intelligence", "description": "Plaid (Sandbox) benchmark detail for sandbox.plaid.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Plaid (Sandbox) Operational Intelligence", "href": "/api-directory/fintech/plaid-sandbox" } ], "summary": "Plaid (Sandbox) is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 8.87 CASC score, 99.95% pass rate, 1,049 ms median latency, and 2,541 ms p95 latency.", "stats": [ { "value": "8.87", "label": "CASC score" }, { "value": "99.95%", "label": "pass rate" }, { "value": "1,049 ms", "label": "median latency" }, { "value": "2,541 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Plaid (Sandbox) benchmark detail", "body": "Plaid (Sandbox) is measured as part of Fintech. This page summarizes operational signals for sandbox.plaid.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: sandbox.plaid.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 3.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 69.59 ms.", "TCP connection: 138.32 ms.", "TLS handshake: 275.77 ms.", "Processing: 370.23 ms.", "Download: 180.14 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/plaid-sandbox.json" }, { "label": "Developer documentation", "href": "https://plaid.com/docs/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/plaid/plaid-openapi/master/2020-09-14.yml" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/plaid/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Plaid (Sandbox) recorded 99.95% pass rate in the latest verified snapshot.", "The p95 latency signal is 2541 ms, with median latency at 1049 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Plaid (Sandbox) domain: sandbox.plaid.com.", "Operational state: healthy.", "CASC score: 8.87.", "Pass rate: 99.95%.", "p95 latency: 2,541 ms.", "Developer documentation: https://plaid.com/docs/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/plaid/overview.", "OpenAPI specification: https://raw.githubusercontent.com/plaid/plaid-openapi/master/2020-09-14.yml." ], "primaryEntities": [ "APIContext", "Plaid (Sandbox)", "sandbox.plaid.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/plaid-sandbox.json" }, { "label": "Developer documentation", "href": "https://plaid.com/docs/" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/plaid/plaid-openapi/master/2020-09-14.yml" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-plaid-sandbox.json", "markdown": "https://apicontext.com/api-directory/fintech/plaid-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-plaid-sandbox.html" } }, { "slug": "api-directory-fintech-railsbank", "url": "https://apicontext.com/api-directory/fintech/railsbank", "title": "Railsbank Operational Intelligence", "description": "Railsbank benchmark detail for play.railsbank.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Railsbank Operational Intelligence", "href": "/api-directory/fintech/railsbank" } ], "summary": "Railsbank is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 8.98 CASC score, 100.00% pass rate, 148 ms median latency, and 3,106 ms p95 latency.", "stats": [ { "value": "8.98", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "148 ms", "label": "median latency" }, { "value": "3,106 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Railsbank benchmark detail", "body": "Railsbank is measured as part of Fintech. This page summarizes operational signals for play.railsbank.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: play.railsbank.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 9.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 16 ms.", "TCP connection: 12.25 ms.", "TLS handshake: 27.25 ms.", "Processing: 65.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/railsbank.json" }, { "label": "Developer documentation", "href": "https://docs.railsbank.com/api/endusers" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Railsbank recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 3106 ms, with median latency at 148 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Railsbank domain: play.railsbank.com.", "Operational state: healthy.", "CASC score: 8.98.", "Pass rate: 100.00%.", "p95 latency: 3,106 ms.", "Developer documentation: https://docs.railsbank.com/api/endusers." ], "primaryEntities": [ "APIContext", "Railsbank", "play.railsbank.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/railsbank.json" }, { "label": "Developer documentation", "href": "https://docs.railsbank.com/api/endusers" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-railsbank.json", "markdown": "https://apicontext.com/api-directory/fintech/railsbank.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-railsbank.html" } }, { "slug": "api-directory-fintech-stripe", "url": "https://apicontext.com/api-directory/fintech/stripe", "title": "Stripe Operational Intelligence", "description": "Stripe benchmark detail for api.stripe.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Stripe Operational Intelligence", "href": "/api-directory/fintech/stripe" } ], "summary": "Stripe is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 8.81 CASC score, 100.00% pass rate, 339 ms median latency, and 798 ms p95 latency.", "stats": [ { "value": "8.81", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "339 ms", "label": "median latency" }, { "value": "798 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Stripe benchmark detail", "body": "Stripe is measured as part of Fintech. This page summarizes operational signals for api.stripe.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.stripe.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 28.77 ms.", "TCP connection: 52.41 ms.", "TLS handshake: 54.09 ms.", "Processing: 311.64 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/stripe.json" }, { "label": "Developer documentation", "href": "https://stripe.com/docs/api" }, { "label": "OpenAPI specification", "href": "https://github.com/stripe/openapi/tree/master/openapi" }, { "label": "Postman collection", "href": "https://www.postman.com/stripedev/workspace/stripe-developers/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Stripe recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 798 ms, with median latency at 339 ms.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Stripe domain: api.stripe.com.", "Operational state: stable.", "CASC score: 8.81.", "Pass rate: 100.00%.", "p95 latency: 798 ms.", "Developer documentation: https://stripe.com/docs/api.", "Postman collection: https://www.postman.com/stripedev/workspace/stripe-developers/overview.", "OpenAPI specification: https://github.com/stripe/openapi/tree/master/openapi." ], "primaryEntities": [ "APIContext", "Stripe", "api.stripe.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/stripe.json" }, { "label": "Developer documentation", "href": "https://stripe.com/docs/api" }, { "label": "OpenAPI specification", "href": "https://github.com/stripe/openapi/tree/master/openapi" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-stripe.json", "markdown": "https://apicontext.com/api-directory/fintech/stripe.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-stripe.html" } }, { "slug": "api-directory-fintech-stripe-sandbox", "url": "https://apicontext.com/api-directory/fintech/stripe-sandbox", "title": "Stripe (Sandbox) Operational Intelligence", "description": "Stripe (Sandbox) benchmark detail for api.stripe.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Stripe (Sandbox) Operational Intelligence", "href": "/api-directory/fintech/stripe-sandbox" } ], "summary": "Stripe (Sandbox) is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 8.92 CASC score, 100.00% pass rate, 308 ms median latency, and 694 ms p95 latency.", "stats": [ { "value": "8.92", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "308 ms", "label": "median latency" }, { "value": "694 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Stripe (Sandbox) benchmark detail", "body": "Stripe (Sandbox) is measured as part of Fintech. This page summarizes operational signals for api.stripe.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.stripe.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 3.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 23.18 ms.", "TCP connection: 51.05 ms.", "TLS handshake: 52.73 ms.", "Processing: 250.64 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/stripe-sandbox.json" }, { "label": "Developer documentation", "href": "https://stripe.com/docs/api" }, { "label": "OpenAPI specification", "href": "https://github.com/stripe/openapi/tree/master/openapi" }, { "label": "Postman collection", "href": "https://www.postman.com/stripedev/workspace/stripe-developers/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Stripe (Sandbox) recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 694 ms, with median latency at 308 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Stripe (Sandbox) domain: api.stripe.com.", "Operational state: recovering.", "CASC score: 8.92.", "Pass rate: 100.00%.", "p95 latency: 694 ms.", "Developer documentation: https://stripe.com/docs/api.", "Postman collection: https://www.postman.com/stripedev/workspace/stripe-developers/overview.", "OpenAPI specification: https://github.com/stripe/openapi/tree/master/openapi." ], "primaryEntities": [ "APIContext", "Stripe (Sandbox)", "api.stripe.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/stripe-sandbox.json" }, { "label": "Developer documentation", "href": "https://stripe.com/docs/api" }, { "label": "OpenAPI specification", "href": "https://github.com/stripe/openapi/tree/master/openapi" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-stripe-sandbox.json", "markdown": "https://apicontext.com/api-directory/fintech/stripe-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-stripe-sandbox.html" } }, { "slug": "api-directory-fintech-truelayer", "url": "https://apicontext.com/api-directory/fintech/truelayer", "title": "Truelayer Operational Intelligence", "description": "Truelayer benchmark detail for api.truelayer.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Truelayer Operational Intelligence", "href": "/api-directory/fintech/truelayer" } ], "summary": "Truelayer is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 9.00 CASC score, 100.00% pass rate, 406 ms median latency, and 1,551 ms p95 latency.", "stats": [ { "value": "9.00", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "406 ms", "label": "median latency" }, { "value": "1,551 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Truelayer benchmark detail", "body": "Truelayer is measured as part of Fintech. This page summarizes operational signals for api.truelayer.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.truelayer.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 9.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 37.41 ms.", "TCP connection: 3.86 ms.", "TLS handshake: 9.14 ms.", "Processing: 500.32 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/truelayer.json" }, { "label": "Developer documentation", "href": "https://truelayer.com/data-api/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Truelayer recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1551 ms, with median latency at 406 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Truelayer domain: api.truelayer.com.", "Operational state: healthy.", "CASC score: 9.00.", "Pass rate: 100.00%.", "p95 latency: 1,551 ms.", "Developer documentation: https://truelayer.com/data-api/." ], "primaryEntities": [ "APIContext", "Truelayer", "api.truelayer.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/truelayer.json" }, { "label": "Developer documentation", "href": "https://truelayer.com/data-api/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-truelayer.json", "markdown": "https://apicontext.com/api-directory/fintech/truelayer.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-truelayer.html" } }, { "slug": "api-directory-fintech-wise-apis-sandbox", "url": "https://apicontext.com/api-directory/fintech/wise-apis-sandbox", "title": "Wise APIs (Sandbox) Operational Intelligence", "description": "Wise APIs (Sandbox) benchmark detail for api.sandbox.transferwise.tech, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Wise APIs (Sandbox) Operational Intelligence", "href": "/api-directory/fintech/wise-apis-sandbox" } ], "summary": "Wise APIs (Sandbox) is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 9.36 CASC score, 100.00% pass rate, 273 ms median latency, and 570 ms p95 latency.", "stats": [ { "value": "9.36", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "273 ms", "label": "median latency" }, { "value": "570 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Wise APIs (Sandbox) benchmark detail", "body": "Wise APIs (Sandbox) is measured as part of Fintech. This page summarizes operational signals for api.sandbox.transferwise.tech, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.sandbox.transferwise.tech.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 56.27 ms.", "TCP connection: 2.95 ms.", "TLS handshake: 8.86 ms.", "Processing: 233.05 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: cloudflare_cdn.", "Hosting provider: Cloudflare, Inc..", "Nameserver: Cloudflare, Inc..", "Server: cloudflare." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/wise-apis-sandbox.json" }, { "label": "Developer documentation", "href": "https://api-docs.transferwise.com/#transferwise-api" }, { "label": "Postman collection", "href": "https://www.postman.com/transferwise/workspace/transferwise-s-public-workspace/collection/11101962-4e25cb7a-e16b-4355-9e4c-9ad7335d7e3c?ctx=documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Wise APIs (Sandbox) recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 570 ms, with median latency at 273 ms.", "Infrastructure fingerprinting identifies Cloudflare, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Wise APIs (Sandbox) domain: api.sandbox.transferwise.tech.", "Operational state: healthy.", "CASC score: 9.36.", "Pass rate: 100.00%.", "p95 latency: 570 ms.", "Developer documentation: https://api-docs.transferwise.com/#transferwise-api.", "Postman collection: https://www.postman.com/transferwise/workspace/transferwise-s-public-workspace/collection/11101962-4e25cb7a-e16b-4355-9e4c-9ad7335d7e3c?ctx=documentation." ], "primaryEntities": [ "APIContext", "Wise APIs (Sandbox)", "api.sandbox.transferwise.tech", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/wise-apis-sandbox.json" }, { "label": "Developer documentation", "href": "https://api-docs.transferwise.com/#transferwise-api" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-wise-apis-sandbox.json", "markdown": "https://apicontext.com/api-directory/fintech/wise-apis-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-wise-apis-sandbox.html" } }, { "slug": "api-directory-fintech-yapily", "url": "https://apicontext.com/api-directory/fintech/yapily", "title": "Yapily Operational Intelligence", "description": "Yapily benchmark detail for api.yapily.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Yapily Operational Intelligence", "href": "/api-directory/fintech/yapily" } ], "summary": "Yapily is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 8.70 CASC score, 100.00% pass rate, 308 ms median latency, and 674 ms p95 latency.", "stats": [ { "value": "8.70", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "308 ms", "label": "median latency" }, { "value": "674 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Yapily benchmark detail", "body": "Yapily is measured as part of Fintech. This page summarizes operational signals for api.yapily.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.yapily.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 109.5 ms.", "TCP connection: 5.95 ms.", "TLS handshake: 10.25 ms.", "Processing: 233.3 ms.", "Download: 9.05 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/yapily.json" }, { "label": "Developer documentation", "href": "https://docs.yapily.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Yapily recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 674 ms, with median latency at 308 ms." ] } ], "keyFacts": [ "Yapily domain: api.yapily.com.", "Operational state: healthy.", "CASC score: 8.70.", "Pass rate: 100.00%.", "p95 latency: 674 ms.", "Developer documentation: https://docs.yapily.com/." ], "primaryEntities": [ "APIContext", "Yapily", "api.yapily.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/yapily.json" }, { "label": "Developer documentation", "href": "https://docs.yapily.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-yapily.json", "markdown": "https://apicontext.com/api-directory/fintech/yapily.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-yapily.html" } }, { "slug": "api-directory-fintech-yapily-2", "url": "https://apicontext.com/api-directory/fintech/yapily-2", "title": "Yapily Operational Intelligence", "description": "Yapily benchmark detail for api.yapily.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "fintech", "href": "/api-directory/fintech" }, { "name": "Yapily Operational Intelligence", "href": "/api-directory/fintech/yapily-2" } ], "summary": "Yapily is a banking-api benchmark subject in Fintech. Latest snapshot metrics include 9.42 CASC score, 100.00% pass rate, 104 ms median latency, and 249 ms p95 latency.", "stats": [ { "value": "9.42", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "104 ms", "label": "median latency" }, { "value": "249 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Yapily benchmark detail", "body": "Yapily is measured as part of Fintech. This page summarizes operational signals for api.yapily.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.yapily.com.", "Category: Fintech.", "Benchmark subject type: banking-api.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 9.75 ms.", "TCP connection: 2.75 ms.", "TLS handshake: 6.75 ms.", "Processing: 76.25 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Google LLC.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/yapily-2.json" }, { "label": "Developer documentation", "href": "https://docs.yapily.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Yapily recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 249 ms, with median latency at 104 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "Yapily domain: api.yapily.com.", "Operational state: healthy.", "CASC score: 9.42.", "Pass rate: 100.00%.", "p95 latency: 249 ms.", "Developer documentation: https://docs.yapily.com/." ], "primaryEntities": [ "APIContext", "Yapily", "api.yapily.com", "Fintech", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/fintech/yapily-2.json" }, { "label": "Developer documentation", "href": "https://docs.yapily.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-fintech-yapily-2.json", "markdown": "https://apicontext.com/api-directory/fintech/yapily-2.md", "html": "https://apicontext.com/ai/page/api-directory-fintech-yapily-2.html" } }, { "slug": "api-directory-ipgeolocators", "url": "https://apicontext.com/api-directory/ipgeolocators", "title": "IP Geolocation Benchmark Intelligence", "description": "Latest verified snapshot covers 3 benchmark subjects in IP Geolocation, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "IP Geolocation Benchmark Intelligence", "href": "/api-directory/ipgeolocators" } ], "summary": "Latest verified snapshot covers 3 benchmark subjects in IP Geolocation, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "3", "label": "benchmark subjects" }, { "value": "9.41", "label": "average CASC" }, { "value": "102.33 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "IP Geolocation benchmark slice", "body": "Latest verified snapshot covers 3 benchmark subjects in IP Geolocation, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "3 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 99.99%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "ipgeolocator — 9.42 CASC, 99.96% pass, 404 ms p95", "href": "/api-directory/ipgeolocators/ipgeolocator" }, { "label": "ipwhois — 9.38 CASC, 100.00% pass, 255 ms p95", "href": "/api-directory/ipgeolocators/ipwhois" }, { "label": "ipdata — 9.43 CASC, 100.00% pass, 373 ms p95", "href": "/api-directory/ipgeolocators/ipdata" } ] } ], "keyFacts": [ "3 benchmark subjects are included in IP Geolocation.", "Average CASC score: 941.", "Average median latency: 102.33 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "IP Geolocation", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/ipgeolocators.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ipgeolocators.json", "markdown": "https://apicontext.com/api-directory/ipgeolocators.md", "html": "https://apicontext.com/ai/page/api-directory-ipgeolocators.html" } }, { "slug": "api-directory-ipgeolocators-ipdata", "url": "https://apicontext.com/api-directory/ipgeolocators/ipdata", "title": "ipdata Operational Intelligence", "description": "ipdata benchmark detail for api.ipdata.co, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ipgeolocators", "href": "/api-directory/ipgeolocators" }, { "name": "ipdata Operational Intelligence", "href": "/api-directory/ipgeolocators/ipdata" } ], "summary": "ipdata is a api-provider benchmark subject in IP Geolocation. Latest snapshot metrics include 9.43 CASC score, 100.00% pass rate, 125 ms median latency, and 373 ms p95 latency.", "stats": [ { "value": "9.43", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "125 ms", "label": "median latency" }, { "value": "373 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "ipdata benchmark detail", "body": "ipdata is measured as part of IP Geolocation. This page summarizes operational signals for api.ipdata.co, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.ipdata.co.", "Category: IP Geolocation.", "Benchmark subject type: api-provider.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 62.29 ms.", "TCP connection: 17.76 ms.", "TLS handshake: 19.95 ms.", "Processing: 62.33 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ipgeolocators/ipdata.json" }, { "label": "Developer documentation", "href": "https://docs.ipdata.co/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "ipdata recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 373 ms, with median latency at 125 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "ipdata domain: api.ipdata.co.", "Operational state: healthy.", "CASC score: 9.43.", "Pass rate: 100.00%.", "p95 latency: 373 ms.", "Developer documentation: https://docs.ipdata.co/." ], "primaryEntities": [ "APIContext", "ipdata", "api.ipdata.co", "IP Geolocation", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ipgeolocators/ipdata.json" }, { "label": "Developer documentation", "href": "https://docs.ipdata.co/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ipgeolocators-ipdata.json", "markdown": "https://apicontext.com/api-directory/ipgeolocators/ipdata.md", "html": "https://apicontext.com/ai/page/api-directory-ipgeolocators-ipdata.html" } }, { "slug": "api-directory-ipgeolocators-ipgeolocator", "url": "https://apicontext.com/api-directory/ipgeolocators/ipgeolocator", "title": "ipgeolocator Operational Intelligence", "description": "ipgeolocator benchmark detail for api.ipgeolocation.io, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ipgeolocators", "href": "/api-directory/ipgeolocators" }, { "name": "ipgeolocator Operational Intelligence", "href": "/api-directory/ipgeolocators/ipgeolocator" } ], "summary": "ipgeolocator is a api-provider benchmark subject in IP Geolocation. Latest snapshot metrics include 9.42 CASC score, 99.96% pass rate, 113 ms median latency, and 404 ms p95 latency.", "stats": [ { "value": "9.42", "label": "CASC score" }, { "value": "99.96%", "label": "pass rate" }, { "value": "113 ms", "label": "median latency" }, { "value": "404 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "ipgeolocator benchmark detail", "body": "ipgeolocator is measured as part of IP Geolocation. This page summarizes operational signals for api.ipgeolocation.io, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.ipgeolocation.io.", "Category: IP Geolocation.", "Benchmark subject type: api-provider.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 29.32 ms.", "TCP connection: 56.68 ms.", "TLS handshake: 60.18 ms.", "Processing: 56.86 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Cloudflare, Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ipgeolocators/ipgeolocator.json" }, { "label": "Developer documentation", "href": "https://ipgeolocation.io/documentation.html" }, { "label": "Postman collection", "href": "https://www.postman.com/bigdatacloud/workspace/bigdatacloud-api-s-public-workspace/collection/10684407-3369ce87-fd01-423c-a38f-335da4db520b?ctx=documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "ipgeolocator recorded 99.96% pass rate in the latest verified snapshot.", "The p95 latency signal is 404 ms, with median latency at 113 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "ipgeolocator domain: api.ipgeolocation.io.", "Operational state: healthy.", "CASC score: 9.42.", "Pass rate: 99.96%.", "p95 latency: 404 ms.", "Developer documentation: https://ipgeolocation.io/documentation.html.", "Postman collection: https://www.postman.com/bigdatacloud/workspace/bigdatacloud-api-s-public-workspace/collection/10684407-3369ce87-fd01-423c-a38f-335da4db520b?ctx=documentation." ], "primaryEntities": [ "APIContext", "ipgeolocator", "api.ipgeolocation.io", "IP Geolocation", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ipgeolocators/ipgeolocator.json" }, { "label": "Developer documentation", "href": "https://ipgeolocation.io/documentation.html" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ipgeolocators-ipgeolocator.json", "markdown": "https://apicontext.com/api-directory/ipgeolocators/ipgeolocator.md", "html": "https://apicontext.com/ai/page/api-directory-ipgeolocators-ipgeolocator.html" } }, { "slug": "api-directory-ipgeolocators-ipwhois", "url": "https://apicontext.com/api-directory/ipgeolocators/ipwhois", "title": "ipwhois Operational Intelligence", "description": "ipwhois benchmark detail for ipwhois.app, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ipgeolocators", "href": "/api-directory/ipgeolocators" }, { "name": "ipwhois Operational Intelligence", "href": "/api-directory/ipgeolocators/ipwhois" } ], "summary": "ipwhois is a api-provider benchmark subject in IP Geolocation. Latest snapshot metrics include 9.38 CASC score, 100.00% pass rate, 69 ms median latency, and 255 ms p95 latency.", "stats": [ { "value": "9.38", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "69 ms", "label": "median latency" }, { "value": "255 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "ipwhois benchmark detail", "body": "ipwhois is measured as part of IP Geolocation. This page summarizes operational signals for ipwhois.app, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: ipwhois.app.", "Category: IP Geolocation.", "Benchmark subject type: api-provider.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 72.68 ms.", "TCP connection: 3.32 ms.", "TLS handshake: 0 ms.", "Processing: 16.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: OVH US LLC.", "Nameserver: not available.", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ipgeolocators/ipwhois.json" }, { "label": "Developer documentation", "href": "https://ipwhois.io/documentation" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "ipwhois recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 255 ms, with median latency at 69 ms.", "Infrastructure fingerprinting identifies OVH US LLC in the observed delivery path." ] } ], "keyFacts": [ "ipwhois domain: ipwhois.app.", "Operational state: healthy.", "CASC score: 9.38.", "Pass rate: 100.00%.", "p95 latency: 255 ms.", "Developer documentation: https://ipwhois.io/documentation." ], "primaryEntities": [ "APIContext", "ipwhois", "ipwhois.app", "IP Geolocation", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ipgeolocators/ipwhois.json" }, { "label": "Developer documentation", "href": "https://ipwhois.io/documentation" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ipgeolocators-ipwhois.json", "markdown": "https://apicontext.com/api-directory/ipgeolocators/ipwhois.md", "html": "https://apicontext.com/ai/page/api-directory-ipgeolocators-ipwhois.html" } }, { "slug": "api-directory-mbienz", "url": "https://apicontext.com/api-directory/mbienz", "title": "New Zealand Government Benchmark Intelligence", "description": "Latest verified snapshot covers 2 benchmark subjects in New Zealand Government, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "New Zealand Government Benchmark Intelligence", "href": "/api-directory/mbienz" } ], "summary": "Latest verified snapshot covers 2 benchmark subjects in New Zealand Government, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "2", "label": "benchmark subjects" }, { "value": "7.44", "label": "average CASC" }, { "value": "594 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "New Zealand Government benchmark slice", "body": "Latest verified snapshot covers 2 benchmark subjects in New Zealand Government, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "2 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 99.14%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "MBIE Sandbox — 7.02 CASC, 98.5% pass, 5,111 ms p95", "href": "/api-directory/mbienz/mbie-sandbox" }, { "label": "MBIE Production — 7.86 CASC, 99.82% pass, 2,577 ms p95", "href": "/api-directory/mbienz/mbie-production" } ] } ], "keyFacts": [ "2 benchmark subjects are included in New Zealand Government.", "Average CASC score: 744.", "Average median latency: 594 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "New Zealand Government", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/mbienz.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-mbienz.json", "markdown": "https://apicontext.com/api-directory/mbienz.md", "html": "https://apicontext.com/ai/page/api-directory-mbienz.html" } }, { "slug": "api-directory-mbienz-mbie-production", "url": "https://apicontext.com/api-directory/mbienz/mbie-production", "title": "MBIE Production Operational Intelligence", "description": "MBIE Production benchmark detail for api.business.govt.nz, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "mbienz", "href": "/api-directory/mbienz" }, { "name": "MBIE Production Operational Intelligence", "href": "/api-directory/mbienz/mbie-production" } ], "summary": "MBIE Production is a api-provider benchmark subject in New Zealand Government. Latest snapshot metrics include 7.86 CASC score, 99.82% pass rate, 509 ms median latency, and 2,577 ms p95 latency.", "stats": [ { "value": "7.86", "label": "CASC score" }, { "value": "99.82%", "label": "pass rate" }, { "value": "509 ms", "label": "median latency" }, { "value": "2,577 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "MBIE Production benchmark detail", "body": "MBIE Production is measured as part of New Zealand Government. This page summarizes operational signals for api.business.govt.nz, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.business.govt.nz.", "Category: New Zealand Government.", "Benchmark subject type: api-provider.", "Monitored count: 12.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 5.5 ms.", "TCP connection: 3 ms.", "TLS handshake: 11 ms.", "Processing: 430 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/mbienz/mbie-production.json" }, { "label": "Developer documentation", "href": "https://api.business.govt.nz/api/welcome" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "MBIE Production recorded 99.82% pass rate in the latest verified snapshot.", "The p95 latency signal is 2577 ms, with median latency at 509 ms." ] } ], "keyFacts": [ "MBIE Production domain: api.business.govt.nz.", "Operational state: stable.", "CASC score: 7.86.", "Pass rate: 99.82%.", "p95 latency: 2,577 ms.", "Developer documentation: https://api.business.govt.nz/api/welcome." ], "primaryEntities": [ "APIContext", "MBIE Production", "api.business.govt.nz", "New Zealand Government", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/mbienz/mbie-production.json" }, { "label": "Developer documentation", "href": "https://api.business.govt.nz/api/welcome" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-mbienz-mbie-production.json", "markdown": "https://apicontext.com/api-directory/mbienz/mbie-production.md", "html": "https://apicontext.com/ai/page/api-directory-mbienz-mbie-production.html" } }, { "slug": "api-directory-mbienz-mbie-sandbox", "url": "https://apicontext.com/api-directory/mbienz/mbie-sandbox", "title": "MBIE Sandbox Operational Intelligence", "description": "MBIE Sandbox benchmark detail for api.business.govt.nz, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "mbienz", "href": "/api-directory/mbienz" }, { "name": "MBIE Sandbox Operational Intelligence", "href": "/api-directory/mbienz/mbie-sandbox" } ], "summary": "MBIE Sandbox is a api-provider benchmark subject in New Zealand Government. Latest snapshot metrics include 7.02 CASC score, 98.5% pass rate, 679 ms median latency, and 5,111 ms p95 latency.", "stats": [ { "value": "7.02", "label": "CASC score" }, { "value": "98.5%", "label": "pass rate" }, { "value": "679 ms", "label": "median latency" }, { "value": "5,111 ms", "label": "p95 latency" }, { "value": "degraded", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "MBIE Sandbox benchmark detail", "body": "MBIE Sandbox is measured as part of New Zealand Government. This page summarizes operational signals for api.business.govt.nz, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.business.govt.nz.", "Category: New Zealand Government.", "Benchmark subject type: api-provider.", "Monitored count: 6.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 31.75 ms.", "TCP connection: 2.75 ms.", "TLS handshake: 13.75 ms.", "Processing: 510 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/mbienz/mbie-sandbox.json" }, { "label": "Developer documentation", "href": "https://api.business.govt.nz/api/welcome" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "MBIE Sandbox recorded 98.46% pass rate in the latest verified snapshot.", "The p95 latency signal is 5111 ms, with median latency at 679 ms." ] } ], "keyFacts": [ "MBIE Sandbox domain: api.business.govt.nz.", "Operational state: degraded.", "CASC score: 7.02.", "Pass rate: 98.5%.", "p95 latency: 5,111 ms.", "Developer documentation: https://api.business.govt.nz/api/welcome." ], "primaryEntities": [ "APIContext", "MBIE Sandbox ", "api.business.govt.nz", "New Zealand Government", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/mbienz/mbie-sandbox.json" }, { "label": "Developer documentation", "href": "https://api.business.govt.nz/api/welcome" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-mbienz-mbie-sandbox.json", "markdown": "https://apicontext.com/api-directory/mbienz/mbie-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-mbienz-mbie-sandbox.html" } }, { "slug": "api-directory-openbankinguk", "url": "https://apicontext.com/api-directory/openbankinguk", "title": "Open Banking UK Benchmark Intelligence", "description": "Latest verified snapshot covers 7 benchmark subjects in Open Banking UK, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Open Banking UK Benchmark Intelligence", "href": "/api-directory/openbankinguk" } ], "summary": "Latest verified snapshot covers 7 benchmark subjects in Open Banking UK, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "7", "label": "benchmark subjects" }, { "value": "8.63", "label": "average CASC" }, { "value": "718.14 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Open Banking UK benchmark slice", "body": "Latest verified snapshot covers 7 benchmark subjects in Open Banking UK, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "7 subjects are normalized in this category.", "Benchmark subject type: banking-api.", "Average pass rate: 99.69%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Bank of Ireland Sandbox — 7.93 CASC, 97.9% pass, 2,734 ms p95", "href": "/api-directory/openbankinguk/bank-of-ireland-sandbox" }, { "label": "Barclays Personal Sandbox — 7.26 CASC, 100.00% pass, 1,651 ms p95", "href": "/api-directory/openbankinguk/barclays-personal-sandbox" }, { "label": "Allied Irish Bank Sandbox — 8.94 CASC, 99.97% pass, 592 ms p95", "href": "/api-directory/openbankinguk/allied-irish-bank-sandbox" }, { "label": "RBS Sandbox — 9.50 CASC, 100.00% pass, 413 ms p95", "href": "/api-directory/openbankinguk/rbs-sandbox" }, { "label": "Danske Sandbox — 8.20 CASC, 100.00% pass, 797 ms p95", "href": "/api-directory/openbankinguk/danske-sandbox" }, { "label": "OBIE Sandbox — 9.26 CASC, 100.00% pass, 958 ms p95", "href": "/api-directory/openbankinguk/obie-sandbox" }, { "label": "Monzo Bank Sandbox — 9.30 CASC, 100.00% pass, 465 ms p95", "href": "/api-directory/openbankinguk/monzo-bank-sandbox" } ] } ], "keyFacts": [ "7 benchmark subjects are included in Open Banking UK.", "Average CASC score: 862.71.", "Average median latency: 718.14 ms.", "Benchmark subject type: banking-api.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Open Banking UK", "Benchmark Intelligence", "Operational Intelligence", "banking-api" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/openbankinguk.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankinguk.json", "markdown": "https://apicontext.com/api-directory/openbankinguk.md", "html": "https://apicontext.com/ai/page/api-directory-openbankinguk.html" } }, { "slug": "api-directory-openbankinguk-allied-irish-bank-sandbox", "url": "https://apicontext.com/api-directory/openbankinguk/allied-irish-bank-sandbox", "title": "Allied Irish Bank Sandbox Operational Intelligence", "description": "Allied Irish Bank Sandbox benchmark detail for sandbox.aibgb.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankinguk", "href": "/api-directory/openbankinguk" }, { "name": "Allied Irish Bank Sandbox Operational Intelligence", "href": "/api-directory/openbankinguk/allied-irish-bank-sandbox" } ], "summary": "Allied Irish Bank Sandbox is a banking-api benchmark subject in Open Banking UK. Latest snapshot metrics include 8.94 CASC score, 99.97% pass rate, 325 ms median latency, and 592 ms p95 latency.", "stats": [ { "value": "8.94", "label": "CASC score" }, { "value": "99.97%", "label": "pass rate" }, { "value": "325 ms", "label": "median latency" }, { "value": "592 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Allied Irish Bank Sandbox benchmark detail", "body": "Allied Irish Bank Sandbox is measured as part of Open Banking UK. This page summarizes operational signals for sandbox.aibgb.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: sandbox.aibgb.co.uk.", "Category: Open Banking UK.", "Benchmark subject type: banking-api.", "Monitored count: 11.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 12.75 ms.", "TCP connection: 25.75 ms.", "TLS handshake: 70 ms.", "Processing: 203.25 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/allied-irish-bank-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.aibgb.co.uk" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Allied Irish Bank Sandbox recorded 99.97% pass rate in the latest verified snapshot.", "The p95 latency signal is 592 ms, with median latency at 325 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Allied Irish Bank Sandbox domain: sandbox.aibgb.co.uk.", "Operational state: recovering.", "CASC score: 8.94.", "Pass rate: 99.97%.", "p95 latency: 592 ms.", "Developer documentation: https://developer.aibgb.co.uk." ], "primaryEntities": [ "APIContext", "Allied Irish Bank Sandbox", "sandbox.aibgb.co.uk", "Open Banking UK", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/allied-irish-bank-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.aibgb.co.uk" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankinguk-allied-irish-bank-sandbox.json", "markdown": "https://apicontext.com/api-directory/openbankinguk/allied-irish-bank-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-openbankinguk-allied-irish-bank-sandbox.html" } }, { "slug": "api-directory-openbankinguk-bank-of-ireland-sandbox", "url": "https://apicontext.com/api-directory/openbankinguk/bank-of-ireland-sandbox", "title": "Bank of Ireland Sandbox Operational Intelligence", "description": "Bank of Ireland Sandbox benchmark detail for api-sandbox.bankofireland.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankinguk", "href": "/api-directory/openbankinguk" }, { "name": "Bank of Ireland Sandbox Operational Intelligence", "href": "/api-directory/openbankinguk/bank-of-ireland-sandbox" } ], "summary": "Bank of Ireland Sandbox is a banking-api benchmark subject in Open Banking UK. Latest snapshot metrics include 7.93 CASC score, 97.9% pass rate, 2,431 ms median latency, and 2,734 ms p95 latency.", "stats": [ { "value": "7.93", "label": "CASC score" }, { "value": "97.9%", "label": "pass rate" }, { "value": "2,431 ms", "label": "median latency" }, { "value": "2,734 ms", "label": "p95 latency" }, { "value": "degraded", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Bank of Ireland Sandbox benchmark detail", "body": "Bank of Ireland Sandbox is measured as part of Open Banking UK. This page summarizes operational signals for api-sandbox.bankofireland.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api-sandbox.bankofireland.com.", "Category: Open Banking UK.", "Benchmark subject type: banking-api.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 83.25 ms.", "TCP connection: 23.5 ms.", "TLS handshake: 2,065.25 ms.", "Processing: 284.25 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: NeuStar, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/bank-of-ireland-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.bankofireland.com" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Bank of Ireland Sandbox recorded 97.87% pass rate in the latest verified snapshot.", "The p95 latency signal is 2734 ms, with median latency at 2431 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Bank of Ireland Sandbox domain: api-sandbox.bankofireland.com.", "Operational state: degraded.", "CASC score: 7.93.", "Pass rate: 97.9%.", "p95 latency: 2,734 ms.", "Developer documentation: https://developer.bankofireland.com." ], "primaryEntities": [ "APIContext", "Bank of Ireland Sandbox", "api-sandbox.bankofireland.com", "Open Banking UK", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/bank-of-ireland-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.bankofireland.com" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankinguk-bank-of-ireland-sandbox.json", "markdown": "https://apicontext.com/api-directory/openbankinguk/bank-of-ireland-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-openbankinguk-bank-of-ireland-sandbox.html" } }, { "slug": "api-directory-openbankinguk-barclays-personal-sandbox", "url": "https://apicontext.com/api-directory/openbankinguk/barclays-personal-sandbox", "title": "Barclays Personal Sandbox Operational Intelligence", "description": "Barclays Personal Sandbox benchmark detail for sandbox.api.barclays, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankinguk", "href": "/api-directory/openbankinguk" }, { "name": "Barclays Personal Sandbox Operational Intelligence", "href": "/api-directory/openbankinguk/barclays-personal-sandbox" } ], "summary": "Barclays Personal Sandbox is a banking-api benchmark subject in Open Banking UK. Latest snapshot metrics include 7.26 CASC score, 100.00% pass rate, 636 ms median latency, and 1,651 ms p95 latency.", "stats": [ { "value": "7.26", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "636 ms", "label": "median latency" }, { "value": "1,651 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Barclays Personal Sandbox benchmark detail", "body": "Barclays Personal Sandbox is measured as part of Open Banking UK. This page summarizes operational signals for sandbox.api.barclays, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: sandbox.api.barclays.", "Category: Open Banking UK.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 25.75 ms.", "TCP connection: 3.5 ms.", "TLS handshake: 70 ms.", "Processing: 310.25 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/barclays-personal-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-a61c3ef7-7014-4a58-b942-d60e53d5afe2" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Barclays Personal Sandbox recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1651 ms, with median latency at 636 ms." ] } ], "keyFacts": [ "Barclays Personal Sandbox domain: sandbox.api.barclays.", "Operational state: stable.", "CASC score: 7.26.", "Pass rate: 100.00%.", "p95 latency: 1,651 ms.", "Developer documentation: https://developer.barclays.com/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-a61c3ef7-7014-4a58-b942-d60e53d5afe2." ], "primaryEntities": [ "APIContext", "Barclays Personal Sandbox", "sandbox.api.barclays", "Open Banking UK", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/barclays-personal-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankinguk-barclays-personal-sandbox.json", "markdown": "https://apicontext.com/api-directory/openbankinguk/barclays-personal-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-openbankinguk-barclays-personal-sandbox.html" } }, { "slug": "api-directory-openbankinguk-danske-sandbox", "url": "https://apicontext.com/api-directory/openbankinguk/danske-sandbox", "title": "Danske Sandbox Operational Intelligence", "description": "Danske Sandbox benchmark detail for sandbox-obp-api.danskebank.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankinguk", "href": "/api-directory/openbankinguk" }, { "name": "Danske Sandbox Operational Intelligence", "href": "/api-directory/openbankinguk/danske-sandbox" } ], "summary": "Danske Sandbox is a banking-api benchmark subject in Open Banking UK. Latest snapshot metrics include 8.20 CASC score, 100.00% pass rate, 582 ms median latency, and 797 ms p95 latency.", "stats": [ { "value": "8.20", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "582 ms", "label": "median latency" }, { "value": "797 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Danske Sandbox benchmark detail", "body": "Danske Sandbox is measured as part of Open Banking UK. This page summarizes operational signals for sandbox-obp-api.danskebank.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: sandbox-obp-api.danskebank.com.", "Category: Open Banking UK.", "Benchmark subject type: banking-api.", "Monitored count: 2.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 9.75 ms.", "TCP connection: 32 ms.", "TLS handshake: 36.25 ms.", "Processing: 468.75 ms.", "Download: 1 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: NeuStar, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/danske-sandbox.json" }, { "label": "Developer documentation", "href": "https://developers.danskebank.com/api_products/danske_bank_apis" }, { "label": "OpenAPI specification", "href": "https://developers.danskebank.com/api_products/danske_bank_apis/od?view=reference" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-337c6ef5-76c9-4d52-ad7b-041075dc4de5" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Danske Sandbox recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 797 ms, with median latency at 582 ms.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Danske Sandbox domain: sandbox-obp-api.danskebank.com.", "Operational state: stable.", "CASC score: 8.20.", "Pass rate: 100.00%.", "p95 latency: 797 ms.", "Developer documentation: https://developers.danskebank.com/api_products/danske_bank_apis.", "Postman collection: https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-337c6ef5-76c9-4d52-ad7b-041075dc4de5.", "OpenAPI specification: https://developers.danskebank.com/api_products/danske_bank_apis/od?view=reference." ], "primaryEntities": [ "APIContext", "Danske Sandbox", "sandbox-obp-api.danskebank.com", "Open Banking UK", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/danske-sandbox.json" }, { "label": "Developer documentation", "href": "https://developers.danskebank.com/api_products/danske_bank_apis" }, { "label": "OpenAPI specification", "href": "https://developers.danskebank.com/api_products/danske_bank_apis/od?view=reference" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankinguk-danske-sandbox.json", "markdown": "https://apicontext.com/api-directory/openbankinguk/danske-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-openbankinguk-danske-sandbox.html" } }, { "slug": "api-directory-openbankinguk-monzo-bank-sandbox", "url": "https://apicontext.com/api-directory/openbankinguk/monzo-bank-sandbox", "title": "Monzo Bank Sandbox Operational Intelligence", "description": "Monzo Bank Sandbox benchmark detail for openbanking.s101.nonprod-ffs.io, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankinguk", "href": "/api-directory/openbankinguk" }, { "name": "Monzo Bank Sandbox Operational Intelligence", "href": "/api-directory/openbankinguk/monzo-bank-sandbox" } ], "summary": "Monzo Bank Sandbox is a banking-api benchmark subject in Open Banking UK. Latest snapshot metrics include 9.30 CASC score, 100.00% pass rate, 250 ms median latency, and 465 ms p95 latency.", "stats": [ { "value": "9.30", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "250 ms", "label": "median latency" }, { "value": "465 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Monzo Bank Sandbox benchmark detail", "body": "Monzo Bank Sandbox is measured as part of Open Banking UK. This page summarizes operational signals for openbanking.s101.nonprod-ffs.io, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: openbanking.s101.nonprod-ffs.io.", "Category: Open Banking UK.", "Benchmark subject type: banking-api.", "Monitored count: 11.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 8.25 ms.", "TCP connection: 24 ms.", "TLS handshake: 28.5 ms.", "Processing: 173.75 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon.com, Inc..", "Nameserver: Amazon.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/monzo-bank-sandbox.json" }, { "label": "Developer documentation", "href": "https://monzo.com/docs" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Monzo Bank Sandbox recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 465 ms, with median latency at 250 ms.", "Infrastructure fingerprinting identifies Amazon.com, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Monzo Bank Sandbox domain: openbanking.s101.nonprod-ffs.io.", "Operational state: healthy.", "CASC score: 9.30.", "Pass rate: 100.00%.", "p95 latency: 465 ms.", "Developer documentation: https://monzo.com/docs." ], "primaryEntities": [ "APIContext", "Monzo Bank Sandbox", "openbanking.s101.nonprod-ffs.io", "Open Banking UK", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/monzo-bank-sandbox.json" }, { "label": "Developer documentation", "href": "https://monzo.com/docs" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankinguk-monzo-bank-sandbox.json", "markdown": "https://apicontext.com/api-directory/openbankinguk/monzo-bank-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-openbankinguk-monzo-bank-sandbox.html" } }, { "slug": "api-directory-openbankinguk-obie-sandbox", "url": "https://apicontext.com/api-directory/openbankinguk/obie-sandbox", "title": "OBIE Sandbox Operational Intelligence", "description": "OBIE Sandbox benchmark detail for matls-sso.openbankingtest.org.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankinguk", "href": "/api-directory/openbankinguk" }, { "name": "OBIE Sandbox Operational Intelligence", "href": "/api-directory/openbankinguk/obie-sandbox" } ], "summary": "OBIE Sandbox is a banking-api benchmark subject in Open Banking UK. Latest snapshot metrics include 9.26 CASC score, 100.00% pass rate, 639 ms median latency, and 958 ms p95 latency.", "stats": [ { "value": "9.26", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "639 ms", "label": "median latency" }, { "value": "958 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "OBIE Sandbox benchmark detail", "body": "OBIE Sandbox is measured as part of Open Banking UK. This page summarizes operational signals for matls-sso.openbankingtest.org.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: matls-sso.openbankingtest.org.uk.", "Category: Open Banking UK.", "Benchmark subject type: banking-api.", "Monitored count: 5.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 22.5 ms.", "TCP connection: 23.5 ms.", "TLS handshake: 52 ms.", "Processing: 513.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: hidden." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/obie-sandbox.json" }, { "label": "Developer documentation", "href": "https://standards.openbanking.org.uk/api-specifications/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "OBIE Sandbox recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 958 ms, with median latency at 639 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "OBIE Sandbox domain: matls-sso.openbankingtest.org.uk.", "Operational state: healthy.", "CASC score: 9.26.", "Pass rate: 100.00%.", "p95 latency: 958 ms.", "Developer documentation: https://standards.openbanking.org.uk/api-specifications/." ], "primaryEntities": [ "APIContext", "OBIE Sandbox", "matls-sso.openbankingtest.org.uk", "Open Banking UK", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/obie-sandbox.json" }, { "label": "Developer documentation", "href": "https://standards.openbanking.org.uk/api-specifications/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankinguk-obie-sandbox.json", "markdown": "https://apicontext.com/api-directory/openbankinguk/obie-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-openbankinguk-obie-sandbox.html" } }, { "slug": "api-directory-openbankinguk-rbs-sandbox", "url": "https://apicontext.com/api-directory/openbankinguk/rbs-sandbox", "title": "RBS Sandbox Operational Intelligence", "description": "RBS Sandbox benchmark detail for ob.rbs.useinfinite.io, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankinguk", "href": "/api-directory/openbankinguk" }, { "name": "RBS Sandbox Operational Intelligence", "href": "/api-directory/openbankinguk/rbs-sandbox" } ], "summary": "RBS Sandbox is a banking-api benchmark subject in Open Banking UK. Latest snapshot metrics include 9.50 CASC score, 100.00% pass rate, 164 ms median latency, and 413 ms p95 latency.", "stats": [ { "value": "9.50", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "164 ms", "label": "median latency" }, { "value": "413 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "RBS Sandbox benchmark detail", "body": "RBS Sandbox is measured as part of Open Banking UK. This page summarizes operational signals for ob.rbs.useinfinite.io, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: ob.rbs.useinfinite.io.", "Category: Open Banking UK.", "Benchmark subject type: banking-api.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 36.25 ms.", "TCP connection: 25.25 ms.", "TLS handshake: 59.25 ms.", "Processing: 46.25 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/rbs-sandbox.json" }, { "label": "Developer documentation", "href": "https://www.bankofapis.com" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "RBS Sandbox recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 413 ms, with median latency at 164 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "RBS Sandbox domain: ob.rbs.useinfinite.io.", "Operational state: recovering.", "CASC score: 9.50.", "Pass rate: 100.00%.", "p95 latency: 413 ms.", "Developer documentation: https://www.bankofapis.com." ], "primaryEntities": [ "APIContext", "RBS Sandbox", "ob.rbs.useinfinite.io", "Open Banking UK", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankinguk/rbs-sandbox.json" }, { "label": "Developer documentation", "href": "https://www.bankofapis.com" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankinguk-rbs-sandbox.json", "markdown": "https://apicontext.com/api-directory/openbankinguk/rbs-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-openbankinguk-rbs-sandbox.html" } }, { "slug": "api-directory-openbankingukproduction", "url": "https://apicontext.com/api-directory/openbankingukproduction", "title": "Open Banking UK Production Benchmark Intelligence", "description": "Latest verified snapshot covers 21 benchmark subjects in Open Banking UK Production, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Open Banking UK Production Benchmark Intelligence", "href": "/api-directory/openbankingukproduction" } ], "summary": "Latest verified snapshot covers 21 benchmark subjects in Open Banking UK Production, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "21", "label": "benchmark subjects" }, { "value": "9.05", "label": "average CASC" }, { "value": "357.81 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Open Banking UK Production benchmark slice", "body": "Latest verified snapshot covers 21 benchmark subjects in Open Banking UK Production, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "21 subjects are normalized in this category.", "Benchmark subject type: banking-api.", "Average pass rate: 99.75%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Cater Allen Private Bank — 8.09 CASC, 97.5% pass, 765 ms p95", "href": "/api-directory/openbankingukproduction/cater-allen-private-bank" }, { "label": "Zempler Bank — 9.37 CASC, 100.00% pass, 467 ms p95", "href": "/api-directory/openbankingukproduction/zempler-bank" }, { "label": "Monzo Bank — 9.32 CASC, 100.00% pass, 382 ms p95", "href": "/api-directory/openbankingukproduction/monzo-bank" }, { "label": "Bank of Ireland (UK) Plc — 9.44 CASC, 99.59% pass, 447 ms p95", "href": "/api-directory/openbankingukproduction/bank-of-ireland-uk-plc" }, { "label": "Vanquis Bank — 8.72 CASC, 99.85% pass, 2,240 ms p95", "href": "/api-directory/openbankingukproduction/vanquis-bank" }, { "label": "Capital One — 8.21 CASC, 99.14% pass, 1,214 ms p95", "href": "/api-directory/openbankingukproduction/capital-one" }, { "label": "Barclays Personal — 9.30 CASC, 99.89% pass, 626 ms p95", "href": "/api-directory/openbankingukproduction/barclays-personal" }, { "label": "TSB — 8.84 CASC, 99.59% pass, 869 ms p95", "href": "/api-directory/openbankingukproduction/tsb" }, { "label": "Virgin Money — 9.44 CASC, 99.96% pass, 697 ms p95", "href": "/api-directory/openbankingukproduction/virgin-money" }, { "label": "OBIE Directory — 9.14 CASC, 99.94% pass, 2,075 ms p95", "href": "/api-directory/openbankingukproduction/obie-directory" }, { "label": "Tide Platform Ltd — 9.54 CASC, 100.00% pass, 331 ms p95", "href": "/api-directory/openbankingukproduction/tide-platform-ltd" }, { "label": "HSBC Bank (Personal) — 9.03 CASC, 99.93% pass, 760 ms p95", "href": "/api-directory/openbankingukproduction/hsbc-bank-personal" }, { "label": "NewDay - Amazon Mastercard — 9.28 CASC, 100.00% pass, 549 ms p95", "href": "/api-directory/openbankingukproduction/newday-amazon-mastercard" }, { "label": "Creation Cards — 9.52 CASC, 100.00% pass, 445 ms p95", "href": "/api-directory/openbankingukproduction/creation-cards" }, { "label": "Yorkshire Building Society — 8.12 CASC, 99.46% pass, 1,803 ms p95", "href": "/api-directory/openbankingukproduction/yorkshire-building-society" }, { "label": "Cumberland Building Society — 8.45 CASC, 100.00% pass, 1,122 ms p95", "href": "/api-directory/openbankingukproduction/cumberland-building-society" }, { "label": "HSBC Bank (Business) — 8.92 CASC, 99.98% pass, 754 ms p95", "href": "/api-directory/openbankingukproduction/hsbc-bank-business" }, { "label": "Barclays Business — 9.25 CASC, 99.85% pass, 632 ms p95", "href": "/api-directory/openbankingukproduction/barclays-business" }, { "label": "NewDay - Aqua — 9.20 CASC, 100.00% pass, 556 ms p95", "href": "/api-directory/openbankingukproduction/newday-aqua" }, { "label": "Starling Bank — 9.38 CASC, 100.00% pass, 298 ms p95", "href": "/api-directory/openbankingukproduction/starling-bank" }, { "label": "Revolut — 9.42 CASC, 100.00% pass, 207 ms p95", "href": "/api-directory/openbankingukproduction/revolut" } ] } ], "keyFacts": [ "21 benchmark subjects are included in Open Banking UK Production.", "Average CASC score: 904.67.", "Average median latency: 357.81 ms.", "Benchmark subject type: banking-api.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Open Banking UK Production", "Benchmark Intelligence", "Operational Intelligence", "banking-api" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/openbankingukproduction.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction.html" } }, { "slug": "api-directory-openbankingukproduction-bank-of-ireland-uk-plc", "url": "https://apicontext.com/api-directory/openbankingukproduction/bank-of-ireland-uk-plc", "title": "Bank of Ireland (UK) Plc Operational Intelligence", "description": "Bank of Ireland (UK) Plc benchmark detail for api.obapi.bankofireland.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Bank of Ireland (UK) Plc Operational Intelligence", "href": "/api-directory/openbankingukproduction/bank-of-ireland-uk-plc" } ], "summary": "Bank of Ireland (UK) Plc is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.44 CASC score, 99.59% pass rate, 296 ms median latency, and 447 ms p95 latency.", "stats": [ { "value": "9.44", "label": "CASC score" }, { "value": "99.59%", "label": "pass rate" }, { "value": "296 ms", "label": "median latency" }, { "value": "447 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Bank of Ireland (UK) Plc benchmark detail", "body": "Bank of Ireland (UK) Plc is measured as part of Open Banking UK Production. This page summarizes operational signals for api.obapi.bankofireland.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.obapi.bankofireland.com.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 12.5 ms.", "TCP connection: 24.75 ms.", "TLS handshake: 66.5 ms.", "Processing: 198.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/bank-of-ireland-uk-plc.json" }, { "label": "Developer documentation", "href": "https://developer.bankofireland.com" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Bank of Ireland (UK) Plc recorded 99.59% pass rate in the latest verified snapshot.", "The p95 latency signal is 447 ms, with median latency at 296 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Bank of Ireland (UK) Plc domain: api.obapi.bankofireland.com.", "Operational state: stable.", "CASC score: 9.44.", "Pass rate: 99.59%.", "p95 latency: 447 ms.", "Developer documentation: https://developer.bankofireland.com." ], "primaryEntities": [ "APIContext", "Bank of Ireland (UK) Plc", "api.obapi.bankofireland.com", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/bank-of-ireland-uk-plc.json" }, { "label": "Developer documentation", "href": "https://developer.bankofireland.com" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-bank-of-ireland-uk-plc.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/bank-of-ireland-uk-plc.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-bank-of-ireland-uk-plc.html" } }, { "slug": "api-directory-openbankingukproduction-barclays-business", "url": "https://apicontext.com/api-directory/openbankingukproduction/barclays-business", "title": "Barclays Business Operational Intelligence", "description": "Barclays Business benchmark detail for telesto.api.barclays, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Barclays Business Operational Intelligence", "href": "/api-directory/openbankingukproduction/barclays-business" } ], "summary": "Barclays Business is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.25 CASC score, 99.85% pass rate, 288 ms median latency, and 632 ms p95 latency.", "stats": [ { "value": "9.25", "label": "CASC score" }, { "value": "99.85%", "label": "pass rate" }, { "value": "288 ms", "label": "median latency" }, { "value": "632 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Barclays Business benchmark detail", "body": "Barclays Business is measured as part of Open Banking UK Production. This page summarizes operational signals for telesto.api.barclays, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: telesto.api.barclays.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 33.25 ms.", "TCP connection: 21.5 ms.", "TLS handshake: 85 ms.", "Processing: 124 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Barclays Bank Plc..", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/barclays-business.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Barclays Business recorded 99.85% pass rate in the latest verified snapshot.", "The p95 latency signal is 632 ms, with median latency at 288 ms.", "Infrastructure fingerprinting identifies Barclays Bank Plc. in the observed delivery path." ] } ], "keyFacts": [ "Barclays Business domain: telesto.api.barclays.", "Operational state: stable.", "CASC score: 9.25.", "Pass rate: 99.85%.", "p95 latency: 632 ms.", "Developer documentation: https://developer.barclays.com/." ], "primaryEntities": [ "APIContext", "Barclays Business", "telesto.api.barclays", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/barclays-business.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-barclays-business.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/barclays-business.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-barclays-business.html" } }, { "slug": "api-directory-openbankingukproduction-barclays-personal", "url": "https://apicontext.com/api-directory/openbankingukproduction/barclays-personal", "title": "Barclays Personal Operational Intelligence", "description": "Barclays Personal benchmark detail for telesto.api.barclays, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Barclays Personal Operational Intelligence", "href": "/api-directory/openbankingukproduction/barclays-personal" } ], "summary": "Barclays Personal is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.30 CASC score, 99.89% pass rate, 284 ms median latency, and 626 ms p95 latency.", "stats": [ { "value": "9.30", "label": "CASC score" }, { "value": "99.89%", "label": "pass rate" }, { "value": "284 ms", "label": "median latency" }, { "value": "626 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Barclays Personal benchmark detail", "body": "Barclays Personal is measured as part of Open Banking UK Production. This page summarizes operational signals for telesto.api.barclays, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: telesto.api.barclays.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 35.5 ms.", "TCP connection: 21.75 ms.", "TLS handshake: 82.25 ms.", "Processing: 124.25 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Google LLC.", "Server: Google Frontend." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/barclays-personal.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Barclays Personal recorded 99.89% pass rate in the latest verified snapshot.", "The p95 latency signal is 626 ms, with median latency at 284 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "Barclays Personal domain: telesto.api.barclays.", "Operational state: stable.", "CASC score: 9.30.", "Pass rate: 99.89%.", "p95 latency: 626 ms.", "Developer documentation: https://developer.barclays.com/." ], "primaryEntities": [ "APIContext", "Barclays Personal", "telesto.api.barclays", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/barclays-personal.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-barclays-personal.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/barclays-personal.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-barclays-personal.html" } }, { "slug": "api-directory-openbankingukproduction-capital-one", "url": "https://apicontext.com/api-directory/openbankingukproduction/capital-one", "title": "Capital One Operational Intelligence", "description": "Capital One benchmark detail for open-banking.capitalone.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Capital One Operational Intelligence", "href": "/api-directory/openbankingukproduction/capital-one" } ], "summary": "Capital One is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 8.21 CASC score, 99.14% pass rate, 327 ms median latency, and 1,214 ms p95 latency.", "stats": [ { "value": "8.21", "label": "CASC score" }, { "value": "99.14%", "label": "pass rate" }, { "value": "327 ms", "label": "median latency" }, { "value": "1,214 ms", "label": "p95 latency" }, { "value": "degraded", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Capital One benchmark detail", "body": "Capital One is measured as part of Open Banking UK Production. This page summarizes operational signals for open-banking.capitalone.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: open-banking.capitalone.co.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 12 ms.", "TCP connection: 2.25 ms.", "TLS handshake: 23.75 ms.", "Processing: 235 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Akamai Technologies, Inc..", "Nameserver: Akamai Technologies, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/capital-one.json" }, { "label": "Developer documentation", "href": "https://developer.capitalone.co.uk/api" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Capital One recorded 99.14% pass rate in the latest verified snapshot.", "The p95 latency signal is 1214 ms, with median latency at 327 ms.", "Infrastructure fingerprinting identifies Akamai Technologies, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Capital One domain: open-banking.capitalone.co.uk.", "Operational state: degraded.", "CASC score: 8.21.", "Pass rate: 99.14%.", "p95 latency: 1,214 ms.", "Developer documentation: https://developer.capitalone.co.uk/api." ], "primaryEntities": [ "APIContext", "Capital One", "open-banking.capitalone.co.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/capital-one.json" }, { "label": "Developer documentation", "href": "https://developer.capitalone.co.uk/api" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-capital-one.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/capital-one.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-capital-one.html" } }, { "slug": "api-directory-openbankingukproduction-cater-allen-private-bank", "url": "https://apicontext.com/api-directory/openbankingukproduction/cater-allen-private-bank", "title": "Cater Allen Private Bank Operational Intelligence", "description": "Cater Allen Private Bank benchmark detail for developer.caterallen.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Cater Allen Private Bank Operational Intelligence", "href": "/api-directory/openbankingukproduction/cater-allen-private-bank" } ], "summary": "Cater Allen Private Bank is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 8.09 CASC score, 97.5% pass rate, 319 ms median latency, and 765 ms p95 latency.", "stats": [ { "value": "8.09", "label": "CASC score" }, { "value": "97.5%", "label": "pass rate" }, { "value": "319 ms", "label": "median latency" }, { "value": "765 ms", "label": "p95 latency" }, { "value": "degraded", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Cater Allen Private Bank benchmark detail", "body": "Cater Allen Private Bank is measured as part of Open Banking UK Production. This page summarizes operational signals for developer.caterallen.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: developer.caterallen.co.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 3.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 41.75 ms.", "TCP connection: 17.75 ms.", "TLS handshake: 50.75 ms.", "Processing: 186 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: Apache." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/cater-allen-private-bank.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Cater Allen Private Bank recorded 97.5% pass rate in the latest verified snapshot.", "The p95 latency signal is 765 ms, with median latency at 319 ms." ] } ], "keyFacts": [ "Cater Allen Private Bank domain: developer.caterallen.co.uk.", "Operational state: degraded.", "CASC score: 8.09.", "Pass rate: 97.5%.", "p95 latency: 765 ms." ], "primaryEntities": [ "APIContext", "Cater Allen Private Bank", "developer.caterallen.co.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/cater-allen-private-bank.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-cater-allen-private-bank.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/cater-allen-private-bank.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-cater-allen-private-bank.html" } }, { "slug": "api-directory-openbankingukproduction-creation-cards", "url": "https://apicontext.com/api-directory/openbankingukproduction/creation-cards", "title": "Creation Cards Operational Intelligence", "description": "Creation Cards benchmark detail for api-psd2.creation.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Creation Cards Operational Intelligence", "href": "/api-directory/openbankingukproduction/creation-cards" } ], "summary": "Creation Cards is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.52 CASC score, 100.00% pass rate, 214 ms median latency, and 445 ms p95 latency.", "stats": [ { "value": "9.52", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "214 ms", "label": "median latency" }, { "value": "445 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Creation Cards benchmark detail", "body": "Creation Cards is measured as part of Open Banking UK Production. This page summarizes operational signals for api-psd2.creation.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api-psd2.creation.co.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 27 ms.", "TCP connection: 24.25 ms.", "TLS handshake: 29.75 ms.", "Processing: 120 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: BNP-PARIBAS-PF.", "Nameserver: BNP-PARIBAS-PF.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/creation-cards.json" }, { "label": "Developer documentation", "href": "https://developers.creation.co.uk" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Creation Cards recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 445 ms, with median latency at 214 ms.", "Infrastructure fingerprinting identifies BNP-PARIBAS-PF in the observed delivery path." ] } ], "keyFacts": [ "Creation Cards domain: api-psd2.creation.co.uk.", "Operational state: healthy.", "CASC score: 9.52.", "Pass rate: 100.00%.", "p95 latency: 445 ms.", "Developer documentation: https://developers.creation.co.uk." ], "primaryEntities": [ "APIContext", "Creation Cards", "api-psd2.creation.co.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/creation-cards.json" }, { "label": "Developer documentation", "href": "https://developers.creation.co.uk" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-creation-cards.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/creation-cards.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-creation-cards.html" } }, { "slug": "api-directory-openbankingukproduction-cumberland-building-society", "url": "https://apicontext.com/api-directory/openbankingukproduction/cumberland-building-society", "title": "Cumberland Building Society Operational Intelligence", "description": "Cumberland Building Society benchmark detail for tppopenbanking.cumberland.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Cumberland Building Society Operational Intelligence", "href": "/api-directory/openbankingukproduction/cumberland-building-society" } ], "summary": "Cumberland Building Society is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 8.45 CASC score, 100.00% pass rate, 614 ms median latency, and 1,122 ms p95 latency.", "stats": [ { "value": "8.45", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "614 ms", "label": "median latency" }, { "value": "1,122 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Cumberland Building Society benchmark detail", "body": "Cumberland Building Society is measured as part of Open Banking UK Production. This page summarizes operational signals for tppopenbanking.cumberland.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: tppopenbanking.cumberland.co.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 3.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 25.75 ms.", "TCP connection: 4.25 ms.", "TLS handshake: 114 ms.", "Processing: 395.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Incapsula Inc.", "Nameserver: Incapsula Inc.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/cumberland-building-society.json" }, { "label": "Developer documentation", "href": "https://www.cumberland.co.uk/developers/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Cumberland Building Society recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1122 ms, with median latency at 614 ms.", "Infrastructure fingerprinting identifies Incapsula Inc in the observed delivery path." ] } ], "keyFacts": [ "Cumberland Building Society domain: tppopenbanking.cumberland.co.uk.", "Operational state: recovering.", "CASC score: 8.45.", "Pass rate: 100.00%.", "p95 latency: 1,122 ms.", "Developer documentation: https://www.cumberland.co.uk/developers/." ], "primaryEntities": [ "APIContext", "Cumberland Building Society", "tppopenbanking.cumberland.co.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/cumberland-building-society.json" }, { "label": "Developer documentation", "href": "https://www.cumberland.co.uk/developers/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-cumberland-building-society.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/cumberland-building-society.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-cumberland-building-society.html" } }, { "slug": "api-directory-openbankingukproduction-hsbc-bank-business", "url": "https://apicontext.com/api-directory/openbankingukproduction/hsbc-bank-business", "title": "HSBC Bank (Business) Operational Intelligence", "description": "HSBC Bank (Business) benchmark detail for api.ob.business.hsbc.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "HSBC Bank (Business) Operational Intelligence", "href": "/api-directory/openbankingukproduction/hsbc-bank-business" } ], "summary": "HSBC Bank (Business) is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 8.92 CASC score, 99.98% pass rate, 412 ms median latency, and 754 ms p95 latency.", "stats": [ { "value": "8.92", "label": "CASC score" }, { "value": "99.98%", "label": "pass rate" }, { "value": "412 ms", "label": "median latency" }, { "value": "754 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "HSBC Bank (Business) benchmark detail", "body": "HSBC Bank (Business) is measured as part of Open Banking UK Production. This page summarizes operational signals for api.ob.business.hsbc.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.ob.business.hsbc.co.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 9.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 27.75 ms.", "TCP connection: 25.75 ms.", "TLS handshake: 54.25 ms.", "Processing: 290 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/hsbc-bank-business.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "HSBC Bank (Business) recorded 99.98% pass rate in the latest verified snapshot.", "The p95 latency signal is 754 ms, with median latency at 412 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "HSBC Bank (Business) domain: api.ob.business.hsbc.co.uk.", "Operational state: healthy.", "CASC score: 8.92.", "Pass rate: 99.98%.", "p95 latency: 754 ms.", "Developer documentation: https://develop.hsbc.com/." ], "primaryEntities": [ "APIContext", "HSBC Bank (Business)", "api.ob.business.hsbc.co.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/hsbc-bank-business.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-hsbc-bank-business.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/hsbc-bank-business.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-hsbc-bank-business.html" } }, { "slug": "api-directory-openbankingukproduction-hsbc-bank-personal", "url": "https://apicontext.com/api-directory/openbankingukproduction/hsbc-bank-personal", "title": "HSBC Bank (Personal) Operational Intelligence", "description": "HSBC Bank (Personal) benchmark detail for api.ob.hsbc.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "HSBC Bank (Personal) Operational Intelligence", "href": "/api-directory/openbankingukproduction/hsbc-bank-personal" } ], "summary": "HSBC Bank (Personal) is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.03 CASC score, 99.93% pass rate, 383 ms median latency, and 760 ms p95 latency.", "stats": [ { "value": "9.03", "label": "CASC score" }, { "value": "99.93%", "label": "pass rate" }, { "value": "383 ms", "label": "median latency" }, { "value": "760 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "HSBC Bank (Personal) benchmark detail", "body": "HSBC Bank (Personal) is measured as part of Open Banking UK Production. This page summarizes operational signals for api.ob.hsbc.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.ob.hsbc.co.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 9.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 27.75 ms.", "TCP connection: 22.75 ms.", "TLS handshake: 48.75 ms.", "Processing: 267.25 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/hsbc-bank-personal.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "HSBC Bank (Personal) recorded 99.93% pass rate in the latest verified snapshot.", "The p95 latency signal is 760 ms, with median latency at 383 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "HSBC Bank (Personal) domain: api.ob.hsbc.co.uk.", "Operational state: stable.", "CASC score: 9.03.", "Pass rate: 99.93%.", "p95 latency: 760 ms.", "Developer documentation: https://develop.hsbc.com/." ], "primaryEntities": [ "APIContext", "HSBC Bank (Personal)", "api.ob.hsbc.co.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/hsbc-bank-personal.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-hsbc-bank-personal.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/hsbc-bank-personal.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-hsbc-bank-personal.html" } }, { "slug": "api-directory-openbankingukproduction-monzo-bank", "url": "https://apicontext.com/api-directory/openbankingukproduction/monzo-bank", "title": "Monzo Bank Operational Intelligence", "description": "Monzo Bank benchmark detail for openbanking.monzo.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Monzo Bank Operational Intelligence", "href": "/api-directory/openbankingukproduction/monzo-bank" } ], "summary": "Monzo Bank is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.32 CASC score, 100.00% pass rate, 234 ms median latency, and 382 ms p95 latency.", "stats": [ { "value": "9.32", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "234 ms", "label": "median latency" }, { "value": "382 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Monzo Bank benchmark detail", "body": "Monzo Bank is measured as part of Open Banking UK Production. This page summarizes operational signals for openbanking.monzo.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: openbanking.monzo.com.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 11.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 12.25 ms.", "TCP connection: 25.75 ms.", "TLS handshake: 30.25 ms.", "Processing: 160 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/monzo-bank.json" }, { "label": "Developer documentation", "href": "https://monzo.com/docs" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Monzo Bank recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 382 ms, with median latency at 234 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Monzo Bank domain: openbanking.monzo.com.", "Operational state: healthy.", "CASC score: 9.32.", "Pass rate: 100.00%.", "p95 latency: 382 ms.", "Developer documentation: https://monzo.com/docs." ], "primaryEntities": [ "APIContext", "Monzo Bank", "openbanking.monzo.com", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/monzo-bank.json" }, { "label": "Developer documentation", "href": "https://monzo.com/docs" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-monzo-bank.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/monzo-bank.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-monzo-bank.html" } }, { "slug": "api-directory-openbankingukproduction-newday-amazon-mastercard", "url": "https://apicontext.com/api-directory/openbankingukproduction/newday-amazon-mastercard", "title": "NewDay - Amazon Mastercard Operational Intelligence", "description": "NewDay - Amazon Mastercard benchmark detail for api.newdaycards.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "NewDay - Amazon Mastercard Operational Intelligence", "href": "/api-directory/openbankingukproduction/newday-amazon-mastercard" } ], "summary": "NewDay - Amazon Mastercard is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.28 CASC score, 100.00% pass rate, 214 ms median latency, and 549 ms p95 latency.", "stats": [ { "value": "9.28", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "214 ms", "label": "median latency" }, { "value": "549 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "NewDay - Amazon Mastercard benchmark detail", "body": "NewDay - Amazon Mastercard is measured as part of Open Banking UK Production. This page summarizes operational signals for api.newdaycards.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.newdaycards.com.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 30.5 ms.", "TCP connection: 14.25 ms.", "TLS handshake: 36.5 ms.", "Processing: 110.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Microsoft Corporation.", "Nameserver: Microsoft Corporation.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/newday-amazon-mastercard.json" }, { "label": "Developer documentation", "href": "https://developer.newdaycards.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "NewDay - Amazon Mastercard recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 549 ms, with median latency at 214 ms.", "Infrastructure fingerprinting identifies Microsoft Corporation in the observed delivery path." ] } ], "keyFacts": [ "NewDay - Amazon Mastercard domain: api.newdaycards.com.", "Operational state: healthy.", "CASC score: 9.28.", "Pass rate: 100.00%.", "p95 latency: 549 ms.", "Developer documentation: https://developer.newdaycards.com/." ], "primaryEntities": [ "APIContext", "NewDay - Amazon Mastercard", "api.newdaycards.com", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/newday-amazon-mastercard.json" }, { "label": "Developer documentation", "href": "https://developer.newdaycards.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-newday-amazon-mastercard.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/newday-amazon-mastercard.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-newday-amazon-mastercard.html" } }, { "slug": "api-directory-openbankingukproduction-newday-aqua", "url": "https://apicontext.com/api-directory/openbankingukproduction/newday-aqua", "title": "NewDay - Aqua Operational Intelligence", "description": "NewDay - Aqua benchmark detail for api.newdaycards.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "NewDay - Aqua Operational Intelligence", "href": "/api-directory/openbankingukproduction/newday-aqua" } ], "summary": "NewDay - Aqua is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.20 CASC score, 100.00% pass rate, 222 ms median latency, and 556 ms p95 latency.", "stats": [ { "value": "9.20", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "222 ms", "label": "median latency" }, { "value": "556 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "NewDay - Aqua benchmark detail", "body": "NewDay - Aqua is measured as part of Open Banking UK Production. This page summarizes operational signals for api.newdaycards.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.newdaycards.com.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 31.75 ms.", "TCP connection: 15.25 ms.", "TLS handshake: 38 ms.", "Processing: 110.75 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Microsoft Corporation.", "Nameserver: Microsoft Corporation.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/newday-aqua.json" }, { "label": "Developer documentation", "href": "https://developer.newdaycards.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "NewDay - Aqua recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 556 ms, with median latency at 222 ms.", "Infrastructure fingerprinting identifies Microsoft Corporation in the observed delivery path." ] } ], "keyFacts": [ "NewDay - Aqua domain: api.newdaycards.com.", "Operational state: healthy.", "CASC score: 9.20.", "Pass rate: 100.00%.", "p95 latency: 556 ms.", "Developer documentation: https://developer.newdaycards.com/." ], "primaryEntities": [ "APIContext", "NewDay - Aqua", "api.newdaycards.com", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/newday-aqua.json" }, { "label": "Developer documentation", "href": "https://developer.newdaycards.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-newday-aqua.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/newday-aqua.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-newday-aqua.html" } }, { "slug": "api-directory-openbankingukproduction-obie-directory", "url": "https://apicontext.com/api-directory/openbankingukproduction/obie-directory", "title": "OBIE Directory Operational Intelligence", "description": "OBIE Directory benchmark detail for matls-api.openbanking.org.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "OBIE Directory Operational Intelligence", "href": "/api-directory/openbankingukproduction/obie-directory" } ], "summary": "OBIE Directory is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.14 CASC score, 99.94% pass rate, 632 ms median latency, and 2,075 ms p95 latency.", "stats": [ { "value": "9.14", "label": "CASC score" }, { "value": "99.94%", "label": "pass rate" }, { "value": "632 ms", "label": "median latency" }, { "value": "2,075 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "OBIE Directory benchmark detail", "body": "OBIE Directory is measured as part of Open Banking UK Production. This page summarizes operational signals for matls-api.openbanking.org.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: matls-api.openbanking.org.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 18.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 12.5 ms.", "TCP connection: 22.5 ms.", "TLS handshake: 49 ms.", "Processing: 519.75 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: hidden." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/obie-directory.json" }, { "label": "Developer documentation", "href": "https://standards.openbanking.org.uk/api-specifications/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "OBIE Directory recorded 99.94% pass rate in the latest verified snapshot.", "The p95 latency signal is 2075 ms, with median latency at 632 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "OBIE Directory domain: matls-api.openbanking.org.uk.", "Operational state: stable.", "CASC score: 9.14.", "Pass rate: 99.94%.", "p95 latency: 2,075 ms.", "Developer documentation: https://standards.openbanking.org.uk/api-specifications/." ], "primaryEntities": [ "APIContext", "OBIE Directory", "matls-api.openbanking.org.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/obie-directory.json" }, { "label": "Developer documentation", "href": "https://standards.openbanking.org.uk/api-specifications/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-obie-directory.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/obie-directory.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-obie-directory.html" } }, { "slug": "api-directory-openbankingukproduction-revolut", "url": "https://apicontext.com/api-directory/openbankingukproduction/revolut", "title": "Revolut Operational Intelligence", "description": "Revolut benchmark detail for oba-auth.revolut.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Revolut Operational Intelligence", "href": "/api-directory/openbankingukproduction/revolut" } ], "summary": "Revolut is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.42 CASC score, 100.00% pass rate, 73 ms median latency, and 207 ms p95 latency.", "stats": [ { "value": "9.42", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "73 ms", "label": "median latency" }, { "value": "207 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Revolut benchmark detail", "body": "Revolut is measured as part of Open Banking UK Production. This page summarizes operational signals for oba-auth.revolut.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: oba-auth.revolut.com.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 7 ms.", "TCP connection: 2.5 ms.", "TLS handshake: 23 ms.", "Processing: 34 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Google LLC.", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/revolut.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Revolut recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 207 ms, with median latency at 73 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "Revolut domain: oba-auth.revolut.com.", "Operational state: healthy.", "CASC score: 9.42.", "Pass rate: 100.00%.", "p95 latency: 207 ms." ], "primaryEntities": [ "APIContext", "Revolut", "oba-auth.revolut.com", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/revolut.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-revolut.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/revolut.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-revolut.html" } }, { "slug": "api-directory-openbankingukproduction-starling-bank", "url": "https://apicontext.com/api-directory/openbankingukproduction/starling-bank", "title": "Starling Bank Operational Intelligence", "description": "Starling Bank benchmark detail for api-openbanking.starlingbank.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Starling Bank Operational Intelligence", "href": "/api-directory/openbankingukproduction/starling-bank" } ], "summary": "Starling Bank is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.38 CASC score, 100.00% pass rate, 113 ms median latency, and 298 ms p95 latency.", "stats": [ { "value": "9.38", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "113 ms", "label": "median latency" }, { "value": "298 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Starling Bank benchmark detail", "body": "Starling Bank is measured as part of Open Banking UK Production. This page summarizes operational signals for api-openbanking.starlingbank.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api-openbanking.starlingbank.com.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 17 ms.", "TCP connection: 23.25 ms.", "TLS handshake: 27.25 ms.", "Processing: 32.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/starling-bank.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Starling Bank recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 298 ms, with median latency at 113 ms." ] } ], "keyFacts": [ "Starling Bank domain: api-openbanking.starlingbank.com.", "Operational state: healthy.", "CASC score: 9.38.", "Pass rate: 100.00%.", "p95 latency: 298 ms." ], "primaryEntities": [ "APIContext", "Starling Bank", "api-openbanking.starlingbank.com", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/starling-bank.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-starling-bank.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/starling-bank.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-starling-bank.html" } }, { "slug": "api-directory-openbankingukproduction-tide-platform-ltd", "url": "https://apicontext.com/api-directory/openbankingukproduction/tide-platform-ltd", "title": "Tide Platform Ltd Operational Intelligence", "description": "Tide Platform Ltd benchmark detail for rs1.openbanking.api.tide.co, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Tide Platform Ltd Operational Intelligence", "href": "/api-directory/openbankingukproduction/tide-platform-ltd" } ], "summary": "Tide Platform Ltd is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.54 CASC score, 100.00% pass rate, 155 ms median latency, and 331 ms p95 latency.", "stats": [ { "value": "9.54", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "155 ms", "label": "median latency" }, { "value": "331 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Tide Platform Ltd benchmark detail", "body": "Tide Platform Ltd is measured as part of Open Banking UK Production. This page summarizes operational signals for rs1.openbanking.api.tide.co, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: rs1.openbanking.api.tide.co.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 19.5 ms.", "TCP connection: 20.25 ms.", "TLS handshake: 61.25 ms.", "Processing: 53 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/tide-platform-ltd.json" }, { "label": "Developer documentation", "href": "https://bitbucket.org/tideaccount/developer-portal/src/master/README.md" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Tide Platform Ltd recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 331 ms, with median latency at 155 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Tide Platform Ltd domain: rs1.openbanking.api.tide.co.", "Operational state: healthy.", "CASC score: 9.54.", "Pass rate: 100.00%.", "p95 latency: 331 ms.", "Developer documentation: https://bitbucket.org/tideaccount/developer-portal/src/master/README.md." ], "primaryEntities": [ "APIContext", "Tide Platform Ltd", "rs1.openbanking.api.tide.co", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/tide-platform-ltd.json" }, { "label": "Developer documentation", "href": "https://bitbucket.org/tideaccount/developer-portal/src/master/README.md" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-tide-platform-ltd.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/tide-platform-ltd.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-tide-platform-ltd.html" } }, { "slug": "api-directory-openbankingukproduction-tsb", "url": "https://apicontext.com/api-directory/openbankingukproduction/tsb", "title": "TSB Operational Intelligence", "description": "TSB benchmark detail for apis.tsb.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "TSB Operational Intelligence", "href": "/api-directory/openbankingukproduction/tsb" } ], "summary": "TSB is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 8.84 CASC score, 99.59% pass rate, 380 ms median latency, and 869 ms p95 latency.", "stats": [ { "value": "8.84", "label": "CASC score" }, { "value": "99.59%", "label": "pass rate" }, { "value": "380 ms", "label": "median latency" }, { "value": "869 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "TSB benchmark detail", "body": "TSB is measured as part of Open Banking UK Production. This page summarizes operational signals for apis.tsb.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: apis.tsb.co.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 7 ms.", "TCP connection: 23 ms.", "TLS handshake: 50.75 ms.", "Processing: 263 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: server." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/tsb.json" }, { "label": "Developer documentation", "href": "https://apis.developer.tsb.co.uk" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "TSB recorded 99.59% pass rate in the latest verified snapshot.", "The p95 latency signal is 869 ms, with median latency at 380 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "TSB domain: apis.tsb.co.uk.", "Operational state: stable.", "CASC score: 8.84.", "Pass rate: 99.59%.", "p95 latency: 869 ms.", "Developer documentation: https://apis.developer.tsb.co.uk." ], "primaryEntities": [ "APIContext", "TSB", "apis.tsb.co.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/tsb.json" }, { "label": "Developer documentation", "href": "https://apis.developer.tsb.co.uk" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-tsb.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/tsb.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-tsb.html" } }, { "slug": "api-directory-openbankingukproduction-vanquis-bank", "url": "https://apicontext.com/api-directory/openbankingukproduction/vanquis-bank", "title": "Vanquis Bank Operational Intelligence", "description": "Vanquis Bank benchmark detail for mtls.data.openbanking.vanquis.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Vanquis Bank Operational Intelligence", "href": "/api-directory/openbankingukproduction/vanquis-bank" } ], "summary": "Vanquis Bank is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 8.72 CASC score, 99.85% pass rate, 555 ms median latency, and 2,240 ms p95 latency.", "stats": [ { "value": "8.72", "label": "CASC score" }, { "value": "99.85%", "label": "pass rate" }, { "value": "555 ms", "label": "median latency" }, { "value": "2,240 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Vanquis Bank benchmark detail", "body": "Vanquis Bank is measured as part of Open Banking UK Production. This page summarizes operational signals for mtls.data.openbanking.vanquis.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: mtls.data.openbanking.vanquis.co.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 10.75 ms.", "TCP connection: 16.5 ms.", "TLS handshake: 37 ms.", "Processing: 504 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Google LLC.", "Server: Google Frontend." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/vanquis-bank.json" }, { "label": "Developer documentation", "href": "https://www.vanquis.co.uk/developer-portal" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Vanquis Bank recorded 99.85% pass rate in the latest verified snapshot.", "The p95 latency signal is 2240 ms, with median latency at 555 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "Vanquis Bank domain: mtls.data.openbanking.vanquis.co.uk.", "Operational state: recovering.", "CASC score: 8.72.", "Pass rate: 99.85%.", "p95 latency: 2,240 ms.", "Developer documentation: https://www.vanquis.co.uk/developer-portal." ], "primaryEntities": [ "APIContext", "Vanquis Bank", "mtls.data.openbanking.vanquis.co.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/vanquis-bank.json" }, { "label": "Developer documentation", "href": "https://www.vanquis.co.uk/developer-portal" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-vanquis-bank.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/vanquis-bank.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-vanquis-bank.html" } }, { "slug": "api-directory-openbankingukproduction-virgin-money", "url": "https://apicontext.com/api-directory/openbankingukproduction/virgin-money", "title": "Virgin Money Operational Intelligence", "description": "Virgin Money benchmark detail for api.openbanking.virginmoney.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Virgin Money Operational Intelligence", "href": "/api-directory/openbankingukproduction/virgin-money" } ], "summary": "Virgin Money is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.44 CASC score, 99.96% pass rate, 320 ms median latency, and 697 ms p95 latency.", "stats": [ { "value": "9.44", "label": "CASC score" }, { "value": "99.96%", "label": "pass rate" }, { "value": "320 ms", "label": "median latency" }, { "value": "697 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Virgin Money benchmark detail", "body": "Virgin Money is measured as part of Open Banking UK Production. This page summarizes operational signals for api.openbanking.virginmoney.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.openbanking.virginmoney.com.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 65.5 ms.", "TCP connection: 29 ms.", "TLS handshake: 63.5 ms.", "Processing: 173.75 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: Oracle Corporation.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/virgin-money.json" }, { "label": "Developer documentation", "href": "https://developer.virginmoney.com/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Virgin Money recorded 99.96% pass rate in the latest verified snapshot.", "The p95 latency signal is 697 ms, with median latency at 320 ms." ] } ], "keyFacts": [ "Virgin Money domain: api.openbanking.virginmoney.com.", "Operational state: healthy.", "CASC score: 9.44.", "Pass rate: 99.96%.", "p95 latency: 697 ms.", "Developer documentation: https://developer.virginmoney.com/." ], "primaryEntities": [ "APIContext", "Virgin Money", "api.openbanking.virginmoney.com", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/virgin-money.json" }, { "label": "Developer documentation", "href": "https://developer.virginmoney.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-virgin-money.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/virgin-money.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-virgin-money.html" } }, { "slug": "api-directory-openbankingukproduction-yorkshire-building-society", "url": "https://apicontext.com/api-directory/openbankingukproduction/yorkshire-building-society", "title": "Yorkshire Building Society Operational Intelligence", "description": "Yorkshire Building Society benchmark detail for ob-ybs.api.ybs.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Yorkshire Building Society Operational Intelligence", "href": "/api-directory/openbankingukproduction/yorkshire-building-society" } ], "summary": "Yorkshire Building Society is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 8.12 CASC score, 99.46% pass rate, 1,282 ms median latency, and 1,803 ms p95 latency.", "stats": [ { "value": "8.12", "label": "CASC score" }, { "value": "99.46%", "label": "pass rate" }, { "value": "1,282 ms", "label": "median latency" }, { "value": "1,803 ms", "label": "p95 latency" }, { "value": "degraded", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Yorkshire Building Society benchmark detail", "body": "Yorkshire Building Society is measured as part of Open Banking UK Production. This page summarizes operational signals for ob-ybs.api.ybs.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: ob-ybs.api.ybs.co.uk.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 15.75 ms.", "TCP connection: 22.25 ms.", "TLS handshake: 59 ms.", "Processing: 1,143.5 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: Oracle-HTTP-Server-11g." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/yorkshire-building-society.json" }, { "label": "Developer documentation", "href": "https://developers.ybs.co.uk" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Yorkshire Building Society recorded 99.46% pass rate in the latest verified snapshot.", "The p95 latency signal is 1803 ms, with median latency at 1282 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Yorkshire Building Society domain: ob-ybs.api.ybs.co.uk.", "Operational state: degraded.", "CASC score: 8.12.", "Pass rate: 99.46%.", "p95 latency: 1,803 ms.", "Developer documentation: https://developers.ybs.co.uk." ], "primaryEntities": [ "APIContext", "Yorkshire Building Society", "ob-ybs.api.ybs.co.uk", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/yorkshire-building-society.json" }, { "label": "Developer documentation", "href": "https://developers.ybs.co.uk" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-yorkshire-building-society.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/yorkshire-building-society.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-yorkshire-building-society.html" } }, { "slug": "api-directory-openbankingukproduction-zempler-bank", "url": "https://apicontext.com/api-directory/openbankingukproduction/zempler-bank", "title": "Zempler Bank Operational Intelligence", "description": "Zempler Bank benchmark detail for matls.api.ob.zempler.tech, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "openbankingukproduction", "href": "/api-directory/openbankingukproduction" }, { "name": "Zempler Bank Operational Intelligence", "href": "/api-directory/openbankingukproduction/zempler-bank" } ], "summary": "Zempler Bank is a banking-api benchmark subject in Open Banking UK Production. Latest snapshot metrics include 9.37 CASC score, 100.00% pass rate, 197 ms median latency, and 467 ms p95 latency.", "stats": [ { "value": "9.37", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "197 ms", "label": "median latency" }, { "value": "467 ms", "label": "p95 latency" }, { "value": "recovering", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Zempler Bank benchmark detail", "body": "Zempler Bank is measured as part of Open Banking UK Production. This page summarizes operational signals for matls.api.ob.zempler.tech, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: matls.api.ob.zempler.tech.", "Category: Open Banking UK Production.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 6.5 ms.", "TCP connection: 15.75 ms.", "TLS handshake: 43.25 ms.", "Processing: 116.75 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: Cloudflare, Inc..", "Server: Microsoft-IIS." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/zempler-bank.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Zempler Bank recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 467 ms, with median latency at 197 ms." ] } ], "keyFacts": [ "Zempler Bank domain: matls.api.ob.zempler.tech.", "Operational state: recovering.", "CASC score: 9.37.", "Pass rate: 100.00%.", "p95 latency: 467 ms." ], "primaryEntities": [ "APIContext", "Zempler Bank", "matls.api.ob.zempler.tech", "Open Banking UK Production", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/openbankingukproduction/zempler-bank.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-zempler-bank.json", "markdown": "https://apicontext.com/api-directory/openbankingukproduction/zempler-bank.md", "html": "https://apicontext.com/ai/page/api-directory-openbankingukproduction-zempler-bank.html" } }, { "slug": "api-directory-psd2institutions", "url": "https://apicontext.com/api-directory/psd2institutions", "title": "PSD2 Institutions Benchmark Intelligence", "description": "Latest verified snapshot covers 2 benchmark subjects in PSD2 Institutions, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "PSD2 Institutions Benchmark Intelligence", "href": "/api-directory/psd2institutions" } ], "summary": "Latest verified snapshot covers 2 benchmark subjects in PSD2 Institutions, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "2", "label": "benchmark subjects" }, { "value": "8.78", "label": "average CASC" }, { "value": "939 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "PSD2 Institutions benchmark slice", "body": "Latest verified snapshot covers 2 benchmark subjects in PSD2 Institutions, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "2 subjects are normalized in this category.", "Benchmark subject type: banking-api.", "Average pass rate: 99.91%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Capital One US (sandbox) — 9.10 CASC, 100.00% pass, 1,772 ms p95", "href": "/api-directory/psd2institutions/capital-one-us-sandbox" }, { "label": "ABN — 8.46 CASC, 99.82% pass, 3,593 ms p95", "href": "/api-directory/psd2institutions/abn" } ] } ], "keyFacts": [ "2 benchmark subjects are included in PSD2 Institutions.", "Average CASC score: 878.", "Average median latency: 939 ms.", "Benchmark subject type: banking-api.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "PSD2 Institutions", "Benchmark Intelligence", "Operational Intelligence", "banking-api" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/psd2institutions.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-psd2institutions.json", "markdown": "https://apicontext.com/api-directory/psd2institutions.md", "html": "https://apicontext.com/ai/page/api-directory-psd2institutions.html" } }, { "slug": "api-directory-psd2institutions-abn", "url": "https://apicontext.com/api-directory/psd2institutions/abn", "title": "ABN Operational Intelligence", "description": "ABN benchmark detail for api-sandbox.abnamro.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "psd2institutions", "href": "/api-directory/psd2institutions" }, { "name": "ABN Operational Intelligence", "href": "/api-directory/psd2institutions/abn" } ], "summary": "ABN is a banking-api benchmark subject in PSD2 Institutions. Latest snapshot metrics include 8.46 CASC score, 99.82% pass rate, 1,237 ms median latency, and 3,593 ms p95 latency.", "stats": [ { "value": "8.46", "label": "CASC score" }, { "value": "99.82%", "label": "pass rate" }, { "value": "1,237 ms", "label": "median latency" }, { "value": "3,593 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "ABN benchmark detail", "body": "ABN is measured as part of PSD2 Institutions. This page summarizes operational signals for api-sandbox.abnamro.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api-sandbox.abnamro.com.", "Category: PSD2 Institutions.", "Benchmark subject type: banking-api.", "Monitored count: 6.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 62.64 ms.", "TCP connection: 155.09 ms.", "TLS handshake: 312.5 ms.", "Processing: 741.55 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/psd2institutions/abn.json" }, { "label": "Developer documentation", "href": "https://developer.abnamro.com/" }, { "label": "OpenAPI specification", "href": "https://developer.abnamro.com/sites/default/files/tmCzak94.yaml" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/abn-amro/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "ABN recorded 99.82% pass rate in the latest verified snapshot.", "The p95 latency signal is 3593 ms, with median latency at 1237 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "ABN domain: api-sandbox.abnamro.com.", "Operational state: stable.", "CASC score: 8.46.", "Pass rate: 99.82%.", "p95 latency: 3,593 ms.", "Developer documentation: https://developer.abnamro.com/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/abn-amro/overview.", "OpenAPI specification: https://developer.abnamro.com/sites/default/files/tmCzak94.yaml." ], "primaryEntities": [ "APIContext", "ABN", "api-sandbox.abnamro.com", "PSD2 Institutions", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/psd2institutions/abn.json" }, { "label": "Developer documentation", "href": "https://developer.abnamro.com/" }, { "label": "OpenAPI specification", "href": "https://developer.abnamro.com/sites/default/files/tmCzak94.yaml" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-psd2institutions-abn.json", "markdown": "https://apicontext.com/api-directory/psd2institutions/abn.md", "html": "https://apicontext.com/ai/page/api-directory-psd2institutions-abn.html" } }, { "slug": "api-directory-psd2institutions-capital-one-us-sandbox", "url": "https://apicontext.com/api-directory/psd2institutions/capital-one-us-sandbox", "title": "Capital One US (sandbox) Operational Intelligence", "description": "Capital One US (sandbox) benchmark detail for api-sandbox.capitalone.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "psd2institutions", "href": "/api-directory/psd2institutions" }, { "name": "Capital One US (sandbox) Operational Intelligence", "href": "/api-directory/psd2institutions/capital-one-us-sandbox" } ], "summary": "Capital One US (sandbox) is a banking-api benchmark subject in PSD2 Institutions. Latest snapshot metrics include 9.10 CASC score, 100.00% pass rate, 641 ms median latency, and 1,772 ms p95 latency.", "stats": [ { "value": "9.10", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "641 ms", "label": "median latency" }, { "value": "1,772 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Capital One US (sandbox) benchmark detail", "body": "Capital One US (sandbox) is measured as part of PSD2 Institutions. This page summarizes operational signals for api-sandbox.capitalone.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api-sandbox.capitalone.com.", "Category: PSD2 Institutions.", "Benchmark subject type: banking-api.", "Monitored count: 2.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 73.14 ms.", "TCP connection: 123.05 ms.", "TLS handshake: 248.09 ms.", "Processing: 410.09 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon.com, Inc..", "Nameserver: Amazon Technologies Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/psd2institutions/capital-one-us-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.capitalone.com/" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/capital-one-devexchange/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Capital One US (sandbox) recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1772 ms, with median latency at 641 ms.", "Infrastructure fingerprinting identifies Amazon.com, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Capital One US (sandbox) domain: api-sandbox.capitalone.com.", "Operational state: healthy.", "CASC score: 9.10.", "Pass rate: 100.00%.", "p95 latency: 1,772 ms.", "Developer documentation: https://developer.capitalone.com/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/capital-one-devexchange/overview." ], "primaryEntities": [ "APIContext", "Capital One US (sandbox)", "api-sandbox.capitalone.com", "PSD2 Institutions", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/psd2institutions/capital-one-us-sandbox.json" }, { "label": "Developer documentation", "href": "https://developer.capitalone.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-psd2institutions-capital-one-us-sandbox.json", "markdown": "https://apicontext.com/api-directory/psd2institutions/capital-one-us-sandbox.md", "html": "https://apicontext.com/ai/page/api-directory-psd2institutions-capital-one-us-sandbox.html" } }, { "slug": "api-directory-search", "url": "https://apicontext.com/api-directory/search", "title": "Search Platforms Benchmark Intelligence", "description": "Latest verified snapshot covers 3 benchmark subjects in Search Platforms, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Search Platforms Benchmark Intelligence", "href": "/api-directory/search" } ], "summary": "Latest verified snapshot covers 3 benchmark subjects in Search Platforms, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "3", "label": "benchmark subjects" }, { "value": "9.19", "label": "average CASC" }, { "value": "338 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Search Platforms benchmark slice", "body": "Latest verified snapshot covers 3 benchmark subjects in Search Platforms, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "3 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 100.00%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "DuckDuckGo — 9.46 CASC, 100.00% pass, 470 ms p95", "href": "/api-directory/search/duckduckgo" }, { "label": "Google (Search) — 9.19 CASC, 100.00% pass, 670 ms p95", "href": "/api-directory/search/google-search" }, { "label": "Foursquare — 8.91 CASC, 100.00% pass, 1,622 ms p95", "href": "/api-directory/search/foursquare" } ] } ], "keyFacts": [ "3 benchmark subjects are included in Search Platforms.", "Average CASC score: 918.67.", "Average median latency: 338 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Search Platforms", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/search.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-search.json", "markdown": "https://apicontext.com/api-directory/search.md", "html": "https://apicontext.com/ai/page/api-directory-search.html" } }, { "slug": "api-directory-search-duckduckgo", "url": "https://apicontext.com/api-directory/search/duckduckgo", "title": "DuckDuckGo Operational Intelligence", "description": "DuckDuckGo benchmark detail for api.duckduckgo.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "search", "href": "/api-directory/search" }, { "name": "DuckDuckGo Operational Intelligence", "href": "/api-directory/search/duckduckgo" } ], "summary": "DuckDuckGo is a api-provider benchmark subject in Search Platforms. Latest snapshot metrics include 9.46 CASC score, 100.00% pass rate, 179 ms median latency, and 470 ms p95 latency.", "stats": [ { "value": "9.46", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "179 ms", "label": "median latency" }, { "value": "470 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "DuckDuckGo benchmark detail", "body": "DuckDuckGo is measured as part of Search Platforms. This page summarizes operational signals for api.duckduckgo.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.duckduckgo.com.", "Category: Search Platforms.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 81.2 ms.", "TCP connection: 15.9 ms.", "TLS handshake: 17.6 ms.", "Processing: 81.3 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Microsoft Corporation.", "Nameserver: Microsoft Corporation.", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/search/duckduckgo.json" }, { "label": "Developer documentation", "href": "https://duckduckgo.com/api" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/api-evangelist/duckduckgo/master/duckduckgo-instant-answer-api-openapi.json" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/duckduckgo/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "DuckDuckGo recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 470 ms, with median latency at 179 ms.", "Infrastructure fingerprinting identifies Microsoft Corporation in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "DuckDuckGo domain: api.duckduckgo.com.", "Operational state: healthy.", "CASC score: 9.46.", "Pass rate: 100.00%.", "p95 latency: 470 ms.", "Developer documentation: https://duckduckgo.com/api.", "Postman collection: https://www.postman.com/api-evangelist/workspace/duckduckgo/overview.", "OpenAPI specification: https://raw.githubusercontent.com/api-evangelist/duckduckgo/master/duckduckgo-instant-answer-api-openapi.json." ], "primaryEntities": [ "APIContext", "DuckDuckGo", "api.duckduckgo.com", "Search Platforms", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/search/duckduckgo.json" }, { "label": "Developer documentation", "href": "https://duckduckgo.com/api" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/api-evangelist/duckduckgo/master/duckduckgo-instant-answer-api-openapi.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-search-duckduckgo.json", "markdown": "https://apicontext.com/api-directory/search/duckduckgo.md", "html": "https://apicontext.com/ai/page/api-directory-search-duckduckgo.html" } }, { "slug": "api-directory-search-foursquare", "url": "https://apicontext.com/api-directory/search/foursquare", "title": "Foursquare Operational Intelligence", "description": "Foursquare benchmark detail for api.foursquare.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "search", "href": "/api-directory/search" }, { "name": "Foursquare Operational Intelligence", "href": "/api-directory/search/foursquare" } ], "summary": "Foursquare is a api-provider benchmark subject in Search Platforms. Latest snapshot metrics include 8.91 CASC score, 100.00% pass rate, 501 ms median latency, and 1,622 ms p95 latency.", "stats": [ { "value": "8.91", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "501 ms", "label": "median latency" }, { "value": "1,622 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Foursquare benchmark detail", "body": "Foursquare is measured as part of Search Platforms. This page summarizes operational signals for api.foursquare.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.foursquare.com.", "Category: Search Platforms.", "Benchmark subject type: api-provider.", "Monitored count: 2.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 106.86 ms.", "TCP connection: 4.23 ms.", "TLS handshake: 7.27 ms.", "Processing: 570.86 ms.", "Download: 49.91 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Fastly, Inc..", "Nameserver: Fastly, Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/search/foursquare.json" }, { "label": "Developer documentation", "href": "https://developer.foursquare.com/" }, { "label": "Postman collection", "href": "https://www.postman.com/foursquare-places-api/workspace/foursquare-s-public-workspace/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Foursquare recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1622 ms, with median latency at 501 ms.", "Infrastructure fingerprinting identifies Fastly, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Foursquare domain: api.foursquare.com.", "Operational state: healthy.", "CASC score: 8.91.", "Pass rate: 100.00%.", "p95 latency: 1,622 ms.", "Developer documentation: https://developer.foursquare.com/.", "Postman collection: https://www.postman.com/foursquare-places-api/workspace/foursquare-s-public-workspace/overview." ], "primaryEntities": [ "APIContext", "Foursquare", "api.foursquare.com", "Search Platforms", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/search/foursquare.json" }, { "label": "Developer documentation", "href": "https://developer.foursquare.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-search-foursquare.json", "markdown": "https://apicontext.com/api-directory/search/foursquare.md", "html": "https://apicontext.com/ai/page/api-directory-search-foursquare.html" } }, { "slug": "api-directory-search-google-search", "url": "https://apicontext.com/api-directory/search/google-search", "title": "Google (Search) Operational Intelligence", "description": "Google (Search) benchmark detail for www.googleapis.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "search", "href": "/api-directory/search" }, { "name": "Google (Search) Operational Intelligence", "href": "/api-directory/search/google-search" } ], "summary": "Google (Search) is a api-provider benchmark subject in Search Platforms. Latest snapshot metrics include 9.19 CASC score, 100.00% pass rate, 334 ms median latency, and 670 ms p95 latency.", "stats": [ { "value": "9.19", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "334 ms", "label": "median latency" }, { "value": "670 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Google (Search) benchmark detail", "body": "Google (Search) is measured as part of Search Platforms. This page summarizes operational signals for www.googleapis.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: www.googleapis.com.", "Category: Search Platforms.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 2.41 ms.", "TCP connection: 3.77 ms.", "TLS handshake: 48.05 ms.", "Processing: 402.68 ms.", "Download: 4.09 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Google LLC.", "Server: ESF." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/search/google-search.json" }, { "label": "Developer documentation", "href": "https://developers.google.com/custom-search" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/google/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Google (Search) recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 670 ms, with median latency at 334 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "Google (Search) domain: www.googleapis.com.", "Operational state: healthy.", "CASC score: 9.19.", "Pass rate: 100.00%.", "p95 latency: 670 ms.", "Developer documentation: https://developers.google.com/custom-search.", "Postman collection: https://www.postman.com/api-evangelist/workspace/google/overview." ], "primaryEntities": [ "APIContext", "Google (Search)", "www.googleapis.com", "Search Platforms", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/search/google-search.json" }, { "label": "Developer documentation", "href": "https://developers.google.com/custom-search" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-search-google-search.json", "markdown": "https://apicontext.com/api-directory/search/google-search.md", "html": "https://apicontext.com/ai/page/api-directory-search-google-search.html" } }, { "slug": "api-directory-social", "url": "https://apicontext.com/api-directory/social", "title": "Social Platforms Benchmark Intelligence", "description": "Latest verified snapshot covers 5 benchmark subjects in Social Platforms, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Social Platforms Benchmark Intelligence", "href": "/api-directory/social" } ], "summary": "Latest verified snapshot covers 5 benchmark subjects in Social Platforms, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "5", "label": "benchmark subjects" }, { "value": "9.33", "label": "average CASC" }, { "value": "281.2 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Social Platforms benchmark slice", "body": "Latest verified snapshot covers 5 benchmark subjects in Social Platforms, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "5 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 100.00%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Tumblr — 9.40 CASC, 100.00% pass, 700 ms p95", "href": "/api-directory/social/tumblr" }, { "label": "Foursquare — 9.02 CASC, 100.00% pass, 1,177 ms p95", "href": "/api-directory/social/foursquare" }, { "label": "Twitter — 9.30 CASC, 100.00% pass, 520 ms p95", "href": "/api-directory/social/twitter" }, { "label": "Reddit — 9.36 CASC, 100.00% pass, 586 ms p95", "href": "/api-directory/social/reddit" }, { "label": "Flickr — 9.57 CASC, 100.00% pass, 482 ms p95", "href": "/api-directory/social/flickr" } ] } ], "keyFacts": [ "5 benchmark subjects are included in Social Platforms.", "Average CASC score: 933.", "Average median latency: 281.2 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Social Platforms", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/social.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-social.json", "markdown": "https://apicontext.com/api-directory/social.md", "html": "https://apicontext.com/ai/page/api-directory-social.html" } }, { "slug": "api-directory-social-flickr", "url": "https://apicontext.com/api-directory/social/flickr", "title": "Flickr Operational Intelligence", "description": "Flickr benchmark detail for api.flickr.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "social", "href": "/api-directory/social" }, { "name": "Flickr Operational Intelligence", "href": "/api-directory/social/flickr" } ], "summary": "Flickr is a api-provider benchmark subject in Social Platforms. Latest snapshot metrics include 9.57 CASC score, 100.00% pass rate, 214 ms median latency, and 482 ms p95 latency.", "stats": [ { "value": "9.57", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "214 ms", "label": "median latency" }, { "value": "482 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Flickr benchmark detail", "body": "Flickr is measured as part of Social Platforms. This page summarizes operational signals for api.flickr.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.flickr.com.", "Category: Social Platforms.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 37.24 ms.", "TCP connection: 3.82 ms.", "TLS handshake: 6.18 ms.", "Processing: 190.18 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: amazon_cloudfront_cdn.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon.com, Inc..", "Server: Apache." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/flickr.json" }, { "label": "Developer documentation", "href": "https://www.flickr.com/services/developer" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/flickr/flickr-api-swagger/master/dist/schema.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Flickr recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 482 ms, with median latency at 214 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Flickr domain: api.flickr.com.", "Operational state: healthy.", "CASC score: 9.57.", "Pass rate: 100.00%.", "p95 latency: 482 ms.", "Developer documentation: https://www.flickr.com/services/developer.", "OpenAPI specification: https://raw.githubusercontent.com/flickr/flickr-api-swagger/master/dist/schema.json." ], "primaryEntities": [ "APIContext", "Flickr", "api.flickr.com", "Social Platforms", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/flickr.json" }, { "label": "Developer documentation", "href": "https://www.flickr.com/services/developer" }, { "label": "OpenAPI specification", "href": "https://raw.githubusercontent.com/flickr/flickr-api-swagger/master/dist/schema.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-social-flickr.json", "markdown": "https://apicontext.com/api-directory/social/flickr.md", "html": "https://apicontext.com/ai/page/api-directory-social-flickr.html" } }, { "slug": "api-directory-social-foursquare", "url": "https://apicontext.com/api-directory/social/foursquare", "title": "Foursquare Operational Intelligence", "description": "Foursquare benchmark detail for api.foursquare.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "social", "href": "/api-directory/social" }, { "name": "Foursquare Operational Intelligence", "href": "/api-directory/social/foursquare" } ], "summary": "Foursquare is a api-provider benchmark subject in Social Platforms. Latest snapshot metrics include 9.02 CASC score, 100.00% pass rate, 420 ms median latency, and 1,177 ms p95 latency.", "stats": [ { "value": "9.02", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "420 ms", "label": "median latency" }, { "value": "1,177 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Foursquare benchmark detail", "body": "Foursquare is measured as part of Social Platforms. This page summarizes operational signals for api.foursquare.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.foursquare.com.", "Category: Social Platforms.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 54 ms.", "TCP connection: 5.29 ms.", "TLS handshake: 7.65 ms.", "Processing: 551.59 ms.", "Download: 0.18 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Fastly, Inc..", "Nameserver: Fastly, Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/foursquare.json" }, { "label": "Developer documentation", "href": "https://developer.foursquare.com/" }, { "label": "Postman collection", "href": "https://www.postman.com/foursquare-places-api/workspace/foursquare-s-public-workspace/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Foursquare recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1177 ms, with median latency at 420 ms.", "Infrastructure fingerprinting identifies Fastly, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Foursquare domain: api.foursquare.com.", "Operational state: healthy.", "CASC score: 9.02.", "Pass rate: 100.00%.", "p95 latency: 1,177 ms.", "Developer documentation: https://developer.foursquare.com/.", "Postman collection: https://www.postman.com/foursquare-places-api/workspace/foursquare-s-public-workspace/overview." ], "primaryEntities": [ "APIContext", "Foursquare", "api.foursquare.com", "Social Platforms", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/foursquare.json" }, { "label": "Developer documentation", "href": "https://developer.foursquare.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-social-foursquare.json", "markdown": "https://apicontext.com/api-directory/social/foursquare.md", "html": "https://apicontext.com/ai/page/api-directory-social-foursquare.html" } }, { "slug": "api-directory-social-reddit", "url": "https://apicontext.com/api-directory/social/reddit", "title": "Reddit Operational Intelligence", "description": "Reddit benchmark detail for oauth.reddit.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "social", "href": "/api-directory/social" }, { "name": "Reddit Operational Intelligence", "href": "/api-directory/social/reddit" } ], "summary": "Reddit is a api-provider benchmark subject in Social Platforms. Latest snapshot metrics include 9.36 CASC score, 100.00% pass rate, 258 ms median latency, and 586 ms p95 latency.", "stats": [ { "value": "9.36", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "258 ms", "label": "median latency" }, { "value": "586 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Reddit benchmark detail", "body": "Reddit is measured as part of Social Platforms. This page summarizes operational signals for oauth.reddit.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: oauth.reddit.com.", "Category: Social Platforms.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 14.18 ms.", "TCP connection: 5.24 ms.", "TLS handshake: 7.82 ms.", "Processing: 253.71 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Fastly, Inc..", "Nameserver: Fastly, Inc..", "Server: snooserv." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/reddit.json" }, { "label": "Developer documentation", "href": "https://www.reddit.com/dev/api/" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Reddit recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 586 ms, with median latency at 258 ms.", "Infrastructure fingerprinting identifies Fastly, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Reddit domain: oauth.reddit.com.", "Operational state: healthy.", "CASC score: 9.36.", "Pass rate: 100.00%.", "p95 latency: 586 ms.", "Developer documentation: https://www.reddit.com/dev/api/." ], "primaryEntities": [ "APIContext", "Reddit", "oauth.reddit.com", "Social Platforms", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/reddit.json" }, { "label": "Developer documentation", "href": "https://www.reddit.com/dev/api/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-social-reddit.json", "markdown": "https://apicontext.com/api-directory/social/reddit.md", "html": "https://apicontext.com/ai/page/api-directory-social-reddit.html" } }, { "slug": "api-directory-social-tumblr", "url": "https://apicontext.com/api-directory/social/tumblr", "title": "Tumblr Operational Intelligence", "description": "Tumblr benchmark detail for api.tumblr.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "social", "href": "/api-directory/social" }, { "name": "Tumblr Operational Intelligence", "href": "/api-directory/social/tumblr" } ], "summary": "Tumblr is a api-provider benchmark subject in Social Platforms. Latest snapshot metrics include 9.40 CASC score, 100.00% pass rate, 222 ms median latency, and 700 ms p95 latency.", "stats": [ { "value": "9.40", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "222 ms", "label": "median latency" }, { "value": "700 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Tumblr benchmark detail", "body": "Tumblr is measured as part of Social Platforms. This page summarizes operational signals for api.tumblr.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.tumblr.com.", "Category: Social Platforms.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 12.82 ms.", "TCP connection: 7.12 ms.", "TLS handshake: 8.47 ms.", "Processing: 208.06 ms.", "Download: 1.71 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Automattic, Inc.", "Nameserver: Automattic, Inc.", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/tumblr.json" }, { "label": "Developer documentation", "href": "https://www.tumblr.com/docs/en/api/v2" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Tumblr recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 700 ms, with median latency at 222 ms.", "Infrastructure fingerprinting identifies Automattic, Inc in the observed delivery path." ] } ], "keyFacts": [ "Tumblr domain: api.tumblr.com.", "Operational state: healthy.", "CASC score: 9.40.", "Pass rate: 100.00%.", "p95 latency: 700 ms.", "Developer documentation: https://www.tumblr.com/docs/en/api/v2." ], "primaryEntities": [ "APIContext", "Tumblr", "api.tumblr.com", "Social Platforms", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/tumblr.json" }, { "label": "Developer documentation", "href": "https://www.tumblr.com/docs/en/api/v2" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-social-tumblr.json", "markdown": "https://apicontext.com/api-directory/social/tumblr.md", "html": "https://apicontext.com/ai/page/api-directory-social-tumblr.html" } }, { "slug": "api-directory-social-twitter", "url": "https://apicontext.com/api-directory/social/twitter", "title": "Twitter Operational Intelligence", "description": "Twitter benchmark detail for api.twitter.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "social", "href": "/api-directory/social" }, { "name": "Twitter Operational Intelligence", "href": "/api-directory/social/twitter" } ], "summary": "Twitter is a api-provider benchmark subject in Social Platforms. Latest snapshot metrics include 9.30 CASC score, 100.00% pass rate, 292 ms median latency, and 520 ms p95 latency.", "stats": [ { "value": "9.30", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "292 ms", "label": "median latency" }, { "value": "520 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Twitter benchmark detail", "body": "Twitter is measured as part of Social Platforms. This page summarizes operational signals for api.twitter.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.twitter.com.", "Category: Social Platforms.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 24.71 ms.", "TCP connection: 4.76 ms.", "TLS handshake: 6.82 ms.", "Processing: 273.59 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Twitter Inc..", "Nameserver: Twitter Inc..", "Server: tsa_l." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/twitter.json" }, { "label": "Developer documentation", "href": "https://developer.twitter.com/en/docs" }, { "label": "OpenAPI specification", "href": "https://api.twitter.com/2/openapi.json" }, { "label": "Postman collection", "href": "https://www.postman.com/twitter/workspace/twitter-s-public-workspace/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Twitter recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 520 ms, with median latency at 292 ms.", "Infrastructure fingerprinting identifies Twitter Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Twitter domain: api.twitter.com.", "Operational state: healthy.", "CASC score: 9.30.", "Pass rate: 100.00%.", "p95 latency: 520 ms.", "Developer documentation: https://developer.twitter.com/en/docs.", "Postman collection: https://www.postman.com/twitter/workspace/twitter-s-public-workspace/overview.", "OpenAPI specification: https://api.twitter.com/2/openapi.json." ], "primaryEntities": [ "APIContext", "Twitter", "api.twitter.com", "Social Platforms", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/social/twitter.json" }, { "label": "Developer documentation", "href": "https://developer.twitter.com/en/docs" }, { "label": "OpenAPI specification", "href": "https://api.twitter.com/2/openapi.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-social-twitter.json", "markdown": "https://apicontext.com/api-directory/social/twitter.md", "html": "https://apicontext.com/ai/page/api-directory-social-twitter.html" } }, { "slug": "api-directory-ukbanks", "url": "https://apicontext.com/api-directory/ukbanks", "title": "UK Banks Benchmark Intelligence", "description": "Latest verified snapshot covers 9 benchmark subjects in UK Banks, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "UK Banks Benchmark Intelligence", "href": "/api-directory/ukbanks" } ], "summary": "Latest verified snapshot covers 9 benchmark subjects in UK Banks, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "9", "label": "benchmark subjects" }, { "value": "8.83", "label": "average CASC" }, { "value": "355.33 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "UK Banks benchmark slice", "body": "Latest verified snapshot covers 9 benchmark subjects in UK Banks, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "9 subjects are normalized in this category.", "Benchmark subject type: banking-api.", "Average pass rate: 99.83%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Danske Bank — 9.14 CASC, 100.00% pass, 501 ms p95", "href": "/api-directory/ukbanks/danske-bank" }, { "label": "Nationwide — 9.37 CASC, 100.00% pass, 475 ms p95", "href": "/api-directory/ukbanks/nationwide" }, { "label": "NatWest Group — 9.07 CASC, 99.97% pass, 748 ms p95", "href": "/api-directory/ukbanks/natwest-group" }, { "label": "Bank of Ireland — 9.36 CASC, 98.5% pass, 662 ms p95", "href": "/api-directory/ukbanks/bank-of-ireland" }, { "label": "Santander — 9.44 CASC, 100.00% pass, 768 ms p95", "href": "/api-directory/ukbanks/santander" }, { "label": "HSBC — 7.24 CASC, 99.96% pass, 1,789 ms p95", "href": "/api-directory/ukbanks/hsbc" }, { "label": "Barclays — 7.58 CASC, 100.00% pass, 1,834 ms p95", "href": "/api-directory/ukbanks/barclays" }, { "label": "Lloyds Group — 8.78 CASC, 100.00% pass, 769 ms p95", "href": "/api-directory/ukbanks/lloyds-group" }, { "label": "Allied Irish Bank — 9.45 CASC, 99.99% pass, 553 ms p95", "href": "/api-directory/ukbanks/allied-irish-bank" } ] } ], "keyFacts": [ "9 benchmark subjects are included in UK Banks.", "Average CASC score: 882.56.", "Average median latency: 355.33 ms.", "Benchmark subject type: banking-api.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "UK Banks", "Benchmark Intelligence", "Operational Intelligence", "banking-api" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/ukbanks.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks.json", "markdown": "https://apicontext.com/api-directory/ukbanks.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks.html" } }, { "slug": "api-directory-ukbanks-allied-irish-bank", "url": "https://apicontext.com/api-directory/ukbanks/allied-irish-bank", "title": "Allied Irish Bank Operational Intelligence", "description": "Allied Irish Bank benchmark detail for openapi.firsttrustbank.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ukbanks", "href": "/api-directory/ukbanks" }, { "name": "Allied Irish Bank Operational Intelligence", "href": "/api-directory/ukbanks/allied-irish-bank" } ], "summary": "Allied Irish Bank is a banking-api benchmark subject in UK Banks. Latest snapshot metrics include 9.45 CASC score, 99.99% pass rate, 262 ms median latency, and 553 ms p95 latency.", "stats": [ { "value": "9.45", "label": "CASC score" }, { "value": "99.99%", "label": "pass rate" }, { "value": "262 ms", "label": "median latency" }, { "value": "553 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Allied Irish Bank benchmark detail", "body": "Allied Irish Bank is measured as part of UK Banks. This page summarizes operational signals for openapi.firsttrustbank.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: openapi.firsttrustbank.co.uk.", "Category: UK Banks.", "Benchmark subject type: banking-api.", "Monitored count: 10.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 59.25 ms.", "TCP connection: 24.75 ms.", "TLS handshake: 60.75 ms.", "Processing: 110.75 ms.", "Download: 15.75 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/allied-irish-bank.json" }, { "label": "Developer documentation", "href": "https://developer.firsttrustbank.co.uk/" }, { "label": "Postman collection", "href": "https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-93009c96-ea74-4eea-aa37-ca7bedcb1c6d" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Allied Irish Bank recorded 99.99% pass rate in the latest verified snapshot.", "The p95 latency signal is 553 ms, with median latency at 262 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Allied Irish Bank domain: openapi.firsttrustbank.co.uk.", "Operational state: healthy.", "CASC score: 9.45.", "Pass rate: 99.99%.", "p95 latency: 553 ms.", "Developer documentation: https://developer.firsttrustbank.co.uk/.", "Postman collection: https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-93009c96-ea74-4eea-aa37-ca7bedcb1c6d." ], "primaryEntities": [ "APIContext", "Allied Irish Bank", "openapi.firsttrustbank.co.uk", "UK Banks", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/allied-irish-bank.json" }, { "label": "Developer documentation", "href": "https://developer.firsttrustbank.co.uk/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks-allied-irish-bank.json", "markdown": "https://apicontext.com/api-directory/ukbanks/allied-irish-bank.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks-allied-irish-bank.html" } }, { "slug": "api-directory-ukbanks-bank-of-ireland", "url": "https://apicontext.com/api-directory/ukbanks/bank-of-ireland", "title": "Bank of Ireland Operational Intelligence", "description": "Bank of Ireland benchmark detail for openapi.bankofireland.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ukbanks", "href": "/api-directory/ukbanks" }, { "name": "Bank of Ireland Operational Intelligence", "href": "/api-directory/ukbanks/bank-of-ireland" } ], "summary": "Bank of Ireland is a banking-api benchmark subject in UK Banks. Latest snapshot metrics include 9.36 CASC score, 98.5% pass rate, 323 ms median latency, and 662 ms p95 latency.", "stats": [ { "value": "9.36", "label": "CASC score" }, { "value": "98.5%", "label": "pass rate" }, { "value": "323 ms", "label": "median latency" }, { "value": "662 ms", "label": "p95 latency" }, { "value": "degraded", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Bank of Ireland benchmark detail", "body": "Bank of Ireland is measured as part of UK Banks. This page summarizes operational signals for openapi.bankofireland.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: openapi.bankofireland.com.", "Category: UK Banks.", "Benchmark subject type: banking-api.", "Monitored count: 8.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 82.75 ms.", "TCP connection: 25.25 ms.", "TLS handshake: 52.25 ms.", "Processing: 89.75 ms.", "Download: 73.5 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: NeuStar, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/bank-of-ireland.json" }, { "label": "Developer documentation", "href": "https://developer.bankofireland.com" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-c8636894-7212-49c9-97bc-119c20002e0b" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Bank of Ireland recorded 98.51% pass rate in the latest verified snapshot.", "The p95 latency signal is 662 ms, with median latency at 323 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path." ] } ], "keyFacts": [ "Bank of Ireland domain: openapi.bankofireland.com.", "Operational state: degraded.", "CASC score: 9.36.", "Pass rate: 98.5%.", "p95 latency: 662 ms.", "Developer documentation: https://developer.bankofireland.com.", "Postman collection: https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-c8636894-7212-49c9-97bc-119c20002e0b." ], "primaryEntities": [ "APIContext", "Bank of Ireland", "openapi.bankofireland.com", "UK Banks", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/bank-of-ireland.json" }, { "label": "Developer documentation", "href": "https://developer.bankofireland.com" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks-bank-of-ireland.json", "markdown": "https://apicontext.com/api-directory/ukbanks/bank-of-ireland.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks-bank-of-ireland.html" } }, { "slug": "api-directory-ukbanks-barclays", "url": "https://apicontext.com/api-directory/ukbanks/barclays", "title": "Barclays Operational Intelligence", "description": "Barclays benchmark detail for atlas.api.barclays, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ukbanks", "href": "/api-directory/ukbanks" }, { "name": "Barclays Operational Intelligence", "href": "/api-directory/ukbanks/barclays" } ], "summary": "Barclays is a banking-api benchmark subject in UK Banks. Latest snapshot metrics include 7.58 CASC score, 100.00% pass rate, 829 ms median latency, and 1,834 ms p95 latency.", "stats": [ { "value": "7.58", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "829 ms", "label": "median latency" }, { "value": "1,834 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Barclays benchmark detail", "body": "Barclays is measured as part of UK Banks. This page summarizes operational signals for atlas.api.barclays, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: atlas.api.barclays.", "Category: UK Banks.", "Benchmark subject type: banking-api.", "Monitored count: 8.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 42.5 ms.", "TCP connection: 2.25 ms.", "TLS handshake: 435.5 ms.", "Processing: 313 ms.", "Download: 4 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Barclays Bank Plc..", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/barclays.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" }, { "label": "Postman collection", "href": "https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-a61c3ef7-7014-4a58-b942-d60e53d5afe2" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Barclays recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1834 ms, with median latency at 829 ms.", "Infrastructure fingerprinting identifies Barclays Bank Plc. in the observed delivery path." ] } ], "keyFacts": [ "Barclays domain: atlas.api.barclays.", "Operational state: stable.", "CASC score: 7.58.", "Pass rate: 100.00%.", "p95 latency: 1,834 ms.", "Developer documentation: https://developer.barclays.com/.", "Postman collection: https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-a61c3ef7-7014-4a58-b942-d60e53d5afe2." ], "primaryEntities": [ "APIContext", "Barclays", "atlas.api.barclays", "UK Banks", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/barclays.json" }, { "label": "Developer documentation", "href": "https://developer.barclays.com/" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks-barclays.json", "markdown": "https://apicontext.com/api-directory/ukbanks/barclays.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks-barclays.html" } }, { "slug": "api-directory-ukbanks-danske-bank", "url": "https://apicontext.com/api-directory/ukbanks/danske-bank", "title": "Danske Bank Operational Intelligence", "description": "Danske Bank benchmark detail for obp-data.danskebank.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ukbanks", "href": "/api-directory/ukbanks" }, { "name": "Danske Bank Operational Intelligence", "href": "/api-directory/ukbanks/danske-bank" } ], "summary": "Danske Bank is a banking-api benchmark subject in UK Banks. Latest snapshot metrics include 9.14 CASC score, 100.00% pass rate, 224 ms median latency, and 501 ms p95 latency.", "stats": [ { "value": "9.14", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "224 ms", "label": "median latency" }, { "value": "501 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Danske Bank benchmark detail", "body": "Danske Bank is measured as part of UK Banks. This page summarizes operational signals for obp-data.danskebank.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: obp-data.danskebank.com.", "Category: UK Banks.", "Benchmark subject type: banking-api.", "Monitored count: 7.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 9.75 ms.", "TCP connection: 31.25 ms.", "TLS handshake: 34 ms.", "Processing: 43.75 ms.", "Download: 76.75 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: NeuStar, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/danske-bank.json" }, { "label": "Developer documentation", "href": "https://developers.danskebank.com/api_products/danske_bank_apis" }, { "label": "Postman collection", "href": "https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-337c6ef5-76c9-4d52-ad7b-041075dc4de5" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Danske Bank recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 501 ms, with median latency at 224 ms." ] } ], "keyFacts": [ "Danske Bank domain: obp-data.danskebank.com.", "Operational state: healthy.", "CASC score: 9.14.", "Pass rate: 100.00%.", "p95 latency: 501 ms.", "Developer documentation: https://developers.danskebank.com/api_products/danske_bank_apis.", "Postman collection: https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-337c6ef5-76c9-4d52-ad7b-041075dc4de5." ], "primaryEntities": [ "APIContext", "Danske Bank", "obp-data.danskebank.com", "UK Banks", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/danske-bank.json" }, { "label": "Developer documentation", "href": "https://developers.danskebank.com/api_products/danske_bank_apis" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks-danske-bank.json", "markdown": "https://apicontext.com/api-directory/ukbanks/danske-bank.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks-danske-bank.html" } }, { "slug": "api-directory-ukbanks-hsbc", "url": "https://apicontext.com/api-directory/ukbanks/hsbc", "title": "HSBC Operational Intelligence", "description": "HSBC benchmark detail for api.hsbc.com, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ukbanks", "href": "/api-directory/ukbanks" }, { "name": "HSBC Operational Intelligence", "href": "/api-directory/ukbanks/hsbc" } ], "summary": "HSBC is a banking-api benchmark subject in UK Banks. Latest snapshot metrics include 7.24 CASC score, 99.96% pass rate, 511 ms median latency, and 1,789 ms p95 latency.", "stats": [ { "value": "7.24", "label": "CASC score" }, { "value": "99.96%", "label": "pass rate" }, { "value": "511 ms", "label": "median latency" }, { "value": "1,789 ms", "label": "p95 latency" }, { "value": "stable", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "HSBC benchmark detail", "body": "HSBC is measured as part of UK Banks. This page summarizes operational signals for api.hsbc.com, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.hsbc.com.", "Category: UK Banks.", "Benchmark subject type: banking-api.", "Monitored count: 8.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 105 ms.", "TCP connection: 24 ms.", "TLS handshake: 26 ms.", "Processing: 227.75 ms.", "Download: 32.75 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: amazon_cloudfront_cdn.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/hsbc.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" }, { "label": "OpenAPI specification", "href": "https://developer.hsbc.com/assets/swaggers/open-atm-locator-swagger.json" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-59754bcc-1b18-4e73-81e3-c1642b2ecd0c" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "HSBC recorded 99.96% pass rate in the latest verified snapshot.", "The p95 latency signal is 1789 ms, with median latency at 511 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "HSBC domain: api.hsbc.com.", "Operational state: stable.", "CASC score: 7.24.", "Pass rate: 99.96%.", "p95 latency: 1,789 ms.", "Developer documentation: https://develop.hsbc.com/.", "Postman collection: https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-59754bcc-1b18-4e73-81e3-c1642b2ecd0c.", "OpenAPI specification: https://developer.hsbc.com/assets/swaggers/open-atm-locator-swagger.json." ], "primaryEntities": [ "APIContext", "HSBC", "api.hsbc.com", "UK Banks", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/hsbc.json" }, { "label": "Developer documentation", "href": "https://develop.hsbc.com/" }, { "label": "OpenAPI specification", "href": "https://developer.hsbc.com/assets/swaggers/open-atm-locator-swagger.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks-hsbc.json", "markdown": "https://apicontext.com/api-directory/ukbanks/hsbc.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks-hsbc.html" } }, { "slug": "api-directory-ukbanks-lloyds-group", "url": "https://apicontext.com/api-directory/ukbanks/lloyds-group", "title": "Lloyds Group Operational Intelligence", "description": "Lloyds Group benchmark detail for api.bankofscotland.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ukbanks", "href": "/api-directory/ukbanks" }, { "name": "Lloyds Group Operational Intelligence", "href": "/api-directory/ukbanks/lloyds-group" } ], "summary": "Lloyds Group is a banking-api benchmark subject in UK Banks. Latest snapshot metrics include 8.78 CASC score, 100.00% pass rate, 366 ms median latency, and 769 ms p95 latency.", "stats": [ { "value": "8.78", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "366 ms", "label": "median latency" }, { "value": "769 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Lloyds Group benchmark detail", "body": "Lloyds Group is measured as part of UK Banks. This page summarizes operational signals for api.bankofscotland.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.bankofscotland.co.uk.", "Category: UK Banks.", "Benchmark subject type: banking-api.", "Monitored count: 25.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 37 ms.", "TCP connection: 2.5 ms.", "TLS handshake: 8.75 ms.", "Processing: 273.75 ms.", "Download: 9.75 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Akamai Technologies, Inc..", "Nameserver: Akamai Technologies, Inc..", "Server: nginx." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/lloyds-group.json" }, { "label": "Developer documentation", "href": "https://developer.lloydsbanking.com" }, { "label": "Postman collection", "href": "https://www.postman.com/apievangelist/workspace/uk-public-banking/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Lloyds Group recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 769 ms, with median latency at 366 ms.", "Infrastructure fingerprinting identifies Akamai Technologies, Inc. in the observed delivery path." ] } ], "keyFacts": [ "Lloyds Group domain: api.bankofscotland.co.uk.", "Operational state: healthy.", "CASC score: 8.78.", "Pass rate: 100.00%.", "p95 latency: 769 ms.", "Developer documentation: https://developer.lloydsbanking.com.", "Postman collection: https://www.postman.com/apievangelist/workspace/uk-public-banking/overview." ], "primaryEntities": [ "APIContext", "Lloyds Group", "api.bankofscotland.co.uk", "UK Banks", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/lloyds-group.json" }, { "label": "Developer documentation", "href": "https://developer.lloydsbanking.com" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks-lloyds-group.json", "markdown": "https://apicontext.com/api-directory/ukbanks/lloyds-group.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks-lloyds-group.html" } }, { "slug": "api-directory-ukbanks-nationwide", "url": "https://apicontext.com/api-directory/ukbanks/nationwide", "title": "Nationwide Operational Intelligence", "description": "Nationwide benchmark detail for openapi.nationwide.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ukbanks", "href": "/api-directory/ukbanks" }, { "name": "Nationwide Operational Intelligence", "href": "/api-directory/ukbanks/nationwide" } ], "summary": "Nationwide is a banking-api benchmark subject in UK Banks. Latest snapshot metrics include 9.37 CASC score, 100.00% pass rate, 170 ms median latency, and 475 ms p95 latency.", "stats": [ { "value": "9.37", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "170 ms", "label": "median latency" }, { "value": "475 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Nationwide benchmark detail", "body": "Nationwide is measured as part of UK Banks. This page summarizes operational signals for openapi.nationwide.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: openapi.nationwide.co.uk.", "Category: UK Banks.", "Benchmark subject type: banking-api.", "Monitored count: 4.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 75.25 ms.", "TCP connection: 4 ms.", "TLS handshake: 9.25 ms.", "Processing: 74.25 ms.", "Download: 6.5 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: amazon_cloudfront_cdn.", "Hosting provider: Amazon Technologies Inc..", "Nameserver: Amazon Technologies Inc..", "Server: CloudFront." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/nationwide.json" }, { "label": "Developer documentation", "href": "https://www.nationwidedeveloper.co.uk" }, { "label": "OpenAPI specification", "href": "https://developer.nationwide.co.uk/sites/default/files/apidoc_specs/Utility_prd_r13_2.yaml" }, { "label": "Postman collection", "href": "https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-27c90b6a-a5c4-4cb6-b810-f4f89b14b471" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Nationwide recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 475 ms, with median latency at 170 ms.", "Infrastructure fingerprinting identifies Amazon Technologies Inc. in the observed delivery path.", "Developer-facing integration resources are available for this benchmark subject." ] } ], "keyFacts": [ "Nationwide domain: openapi.nationwide.co.uk.", "Operational state: healthy.", "CASC score: 9.37.", "Pass rate: 100.00%.", "p95 latency: 475 ms.", "Developer documentation: https://www.nationwidedeveloper.co.uk.", "Postman collection: https://www.postman.com/api-evangelist/workspace/uk-public-banking/environment/35240-27c90b6a-a5c4-4cb6-b810-f4f89b14b471.", "OpenAPI specification: https://developer.nationwide.co.uk/sites/default/files/apidoc_specs/Utility_prd_r13_2.yaml." ], "primaryEntities": [ "APIContext", "Nationwide", "openapi.nationwide.co.uk", "UK Banks", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/nationwide.json" }, { "label": "Developer documentation", "href": "https://www.nationwidedeveloper.co.uk" }, { "label": "OpenAPI specification", "href": "https://developer.nationwide.co.uk/sites/default/files/apidoc_specs/Utility_prd_r13_2.yaml" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks-nationwide.json", "markdown": "https://apicontext.com/api-directory/ukbanks/nationwide.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks-nationwide.html" } }, { "slug": "api-directory-ukbanks-natwest-group", "url": "https://apicontext.com/api-directory/ukbanks/natwest-group", "title": "NatWest Group Operational Intelligence", "description": "NatWest Group benchmark detail for openapi.rbs.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ukbanks", "href": "/api-directory/ukbanks" }, { "name": "NatWest Group Operational Intelligence", "href": "/api-directory/ukbanks/natwest-group" } ], "summary": "NatWest Group is a banking-api benchmark subject in UK Banks. Latest snapshot metrics include 9.07 CASC score, 99.97% pass rate, 274 ms median latency, and 748 ms p95 latency.", "stats": [ { "value": "9.07", "label": "CASC score" }, { "value": "99.97%", "label": "pass rate" }, { "value": "274 ms", "label": "median latency" }, { "value": "748 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "NatWest Group benchmark detail", "body": "NatWest Group is measured as part of UK Banks. This page summarizes operational signals for openapi.rbs.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: openapi.rbs.co.uk.", "Category: UK Banks.", "Benchmark subject type: banking-api.", "Monitored count: 23.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 54.75 ms.", "TCP connection: 14.25 ms.", "TLS handshake: 32 ms.", "Processing: 149 ms.", "Download: 20.25 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: Google LLC.", "Nameserver: Google LLC.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/natwest-group.json" }, { "label": "Developer documentation", "href": "https://www.bankofapis.com" }, { "label": "Postman collection", "href": "https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-3cd6effb-e600-467f-9ae1-f84053d6099a" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "NatWest Group recorded 99.97% pass rate in the latest verified snapshot.", "The p95 latency signal is 748 ms, with median latency at 274 ms.", "Infrastructure fingerprinting identifies Google LLC in the observed delivery path." ] } ], "keyFacts": [ "NatWest Group domain: openapi.rbs.co.uk.", "Operational state: healthy.", "CASC score: 9.07.", "Pass rate: 99.97%.", "p95 latency: 748 ms.", "Developer documentation: https://www.bankofapis.com.", "Postman collection: https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-3cd6effb-e600-467f-9ae1-f84053d6099a." ], "primaryEntities": [ "APIContext", "NatWest Group", "openapi.rbs.co.uk", "UK Banks", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/natwest-group.json" }, { "label": "Developer documentation", "href": "https://www.bankofapis.com" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks-natwest-group.json", "markdown": "https://apicontext.com/api-directory/ukbanks/natwest-group.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks-natwest-group.html" } }, { "slug": "api-directory-ukbanks-santander", "url": "https://apicontext.com/api-directory/ukbanks/santander", "title": "Santander Operational Intelligence", "description": "Santander benchmark detail for openbanking.santander.co.uk, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "ukbanks", "href": "/api-directory/ukbanks" }, { "name": "Santander Operational Intelligence", "href": "/api-directory/ukbanks/santander" } ], "summary": "Santander is a banking-api benchmark subject in UK Banks. Latest snapshot metrics include 9.44 CASC score, 100.00% pass rate, 239 ms median latency, and 768 ms p95 latency.", "stats": [ { "value": "9.44", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "239 ms", "label": "median latency" }, { "value": "768 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Santander benchmark detail", "body": "Santander is measured as part of UK Banks. This page summarizes operational signals for openbanking.santander.co.uk, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: openbanking.santander.co.uk.", "Category: UK Banks.", "Benchmark subject type: banking-api.", "Monitored count: 8.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 19 ms.", "TCP connection: 4.5 ms.", "TLS handshake: 7 ms.", "Processing: 97 ms.", "Download: 35 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: NeuStar, Inc..", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/santander.json" }, { "label": "Developer documentation", "href": "https://developer.santander.co.uk" }, { "label": "Postman collection", "href": "https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-f6ff0a13-a8cc-44bb-a201-9e58fe16abfa" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Santander recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 768 ms, with median latency at 239 ms." ] } ], "keyFacts": [ "Santander domain: openbanking.santander.co.uk.", "Operational state: healthy.", "CASC score: 9.44.", "Pass rate: 100.00%.", "p95 latency: 768 ms.", "Developer documentation: https://developer.santander.co.uk.", "Postman collection: https://www.postman.com/apievangelist/workspace/uk-public-banking/environment/35240-f6ff0a13-a8cc-44bb-a201-9e58fe16abfa." ], "primaryEntities": [ "APIContext", "Santander", "openbanking.santander.co.uk", "UK Banks", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/ukbanks/santander.json" }, { "label": "Developer documentation", "href": "https://developer.santander.co.uk" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-ukbanks-santander.json", "markdown": "https://apicontext.com/api-directory/ukbanks/santander.md", "html": "https://apicontext.com/ai/page/api-directory-ukbanks-santander.html" } }, { "slug": "api-directory-weather", "url": "https://apicontext.com/api-directory/weather", "title": "Weather Services Benchmark Intelligence", "description": "Latest verified snapshot covers 2 benchmark subjects in Weather Services, with median latency signals and reliability measurements normalized for comparison.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "Weather Services Benchmark Intelligence", "href": "/api-directory/weather" } ], "summary": "Latest verified snapshot covers 2 benchmark subjects in Weather Services, with median latency signals and reliability measurements normalized for comparison.", "stats": [ { "value": "2", "label": "benchmark subjects" }, { "value": "9.61", "label": "average CASC" }, { "value": "229.5 ms", "label": "average median latency" }, { "value": "W2026-06-22", "label": "snapshot" } ], "bodySections": [ { "eyebrow": "Category", "title": "Weather Services benchmark slice", "body": "Latest verified snapshot covers 2 benchmark subjects in Weather Services, with median latency signals and reliability measurements normalized for comparison.", "bullets": [ "2 subjects are normalized in this category.", "Benchmark subject type: api-provider.", "Average pass rate: 100.00%.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Subjects", "title": "Measured providers and services", "body": "Open a subject page for detailed operational intelligence including CASC score, pass rate, tail latency, regional signals, infrastructure metadata, and citation links.", "links": [ { "label": "Open Weather — 9.70 CASC, 100.00% pass, 303 ms p95", "href": "/api-directory/weather/open-weather" }, { "label": "Pirate Weather — 9.51 CASC, 100.00% pass, 1,153 ms p95", "href": "/api-directory/weather/pirate-weather" } ] } ], "keyFacts": [ "2 benchmark subjects are included in Weather Services.", "Average CASC score: 960.5.", "Average median latency: 229.5 ms.", "Benchmark subject type: api-provider.", "Latest snapshot: W2026-06-22." ], "primaryEntities": [ "APIContext", "Weather Services", "Benchmark Intelligence", "Operational Intelligence", "api-provider" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Category JSON", "href": "/api-directory/data/latest/categories/weather.json" }, { "label": "Latest catalog", "href": "/api-directory/data/latest/catalog.json" }, { "label": "Compare subjects", "href": "/api-directory/compare" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-weather.json", "markdown": "https://apicontext.com/api-directory/weather.md", "html": "https://apicontext.com/ai/page/api-directory-weather.html" } }, { "slug": "api-directory-weather-open-weather", "url": "https://apicontext.com/api-directory/weather/open-weather", "title": "Open Weather Operational Intelligence", "description": "Open Weather benchmark detail for api.openweathermap.org, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "weather", "href": "/api-directory/weather" }, { "name": "Open Weather Operational Intelligence", "href": "/api-directory/weather/open-weather" } ], "summary": "Open Weather is a api-provider benchmark subject in Weather Services. Latest snapshot metrics include 9.70 CASC score, 100.00% pass rate, 69 ms median latency, and 303 ms p95 latency.", "stats": [ { "value": "9.70", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "69 ms", "label": "median latency" }, { "value": "303 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Open Weather benchmark detail", "body": "Open Weather is measured as part of Weather Services. This page summarizes operational signals for api.openweathermap.org, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.openweathermap.org.", "Category: Weather Services.", "Benchmark subject type: api-provider.", "Monitored count: 2.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 7.24 ms.", "TCP connection: 70.81 ms.", "TLS handshake: 0 ms.", "Processing: 75.95 ms.", "Download: 0 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: DigitalOcean, LLC.", "Nameserver: Amazon.com, Inc..", "Server: openresty." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/weather/open-weather.json" }, { "label": "Developer documentation", "href": "https://openweathermap.org/api" }, { "label": "Postman collection", "href": "https://www.postman.com/crimson-station-599498/workspace/openweather/overview" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Open Weather recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 303 ms, with median latency at 69 ms.", "Infrastructure fingerprinting identifies DigitalOcean, LLC in the observed delivery path." ] } ], "keyFacts": [ "Open Weather domain: api.openweathermap.org.", "Operational state: healthy.", "CASC score: 9.70.", "Pass rate: 100.00%.", "p95 latency: 303 ms.", "Developer documentation: https://openweathermap.org/api.", "Postman collection: https://www.postman.com/crimson-station-599498/workspace/openweather/overview." ], "primaryEntities": [ "APIContext", "Open Weather", "api.openweathermap.org", "Weather Services", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/weather/open-weather.json" }, { "label": "Developer documentation", "href": "https://openweathermap.org/api" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-weather-open-weather.json", "markdown": "https://apicontext.com/api-directory/weather/open-weather.md", "html": "https://apicontext.com/ai/page/api-directory-weather-open-weather.html" } }, { "slug": "api-directory-weather-pirate-weather", "url": "https://apicontext.com/api-directory/weather/pirate-weather", "title": "Pirate Weather Operational Intelligence", "description": "Pirate Weather benchmark detail for api.pirateweather.net, including CASC score, latency anatomy, infrastructure fingerprinting, and developer resources.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api directory", "href": "/api-directory" }, { "name": "weather", "href": "/api-directory/weather" }, { "name": "Pirate Weather Operational Intelligence", "href": "/api-directory/weather/pirate-weather" } ], "summary": "Pirate Weather is a api-provider benchmark subject in Weather Services. Latest snapshot metrics include 9.51 CASC score, 100.00% pass rate, 390 ms median latency, and 1,153 ms p95 latency.", "stats": [ { "value": "9.51", "label": "CASC score" }, { "value": "100.00%", "label": "pass rate" }, { "value": "390 ms", "label": "median latency" }, { "value": "1,153 ms", "label": "p95 latency" }, { "value": "healthy", "label": "operational state" } ], "bodySections": [ { "eyebrow": "Subject", "title": "Pirate Weather benchmark detail", "body": "Pirate Weather is measured as part of Weather Services. This page summarizes operational signals for api.pirateweather.net, including quality, reliability, latency, and infrastructure context.", "bullets": [ "Domain: api.pirateweather.net.", "Category: Weather Services.", "Benchmark subject type: api-provider.", "Monitored count: 1.", "Latest snapshot: W2026-06-22." ] }, { "eyebrow": "Latency", "title": "Latency anatomy", "body": "Latency anatomy breaks the request into network and processing phases so agents can reason about whether delay is likely DNS, connection, TLS, server processing, or transfer related.", "bullets": [ "DNS: 103.77 ms.", "TCP connection: 93.5 ms.", "TLS handshake: 96.73 ms.", "Processing: 266.68 ms.", "Download: 54.95 ms." ] }, { "eyebrow": "Infrastructure", "title": "Infrastructure fingerprint", "body": "Infrastructure fields identify the observable delivery layer for the benchmark subject where that data is available.", "bullets": [ "CDN: not available.", "Hosting provider: not available.", "Nameserver: not available.", "Server: not available." ], "links": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/weather/pirate-weather.json" } ] }, { "eyebrow": "Interpretation", "title": "Benchmark interpretation", "body": "Generated interpretation from the latest verified snapshot.", "bullets": [ "Pirate Weather recorded 100% pass rate in the latest verified snapshot.", "The p95 latency signal is 1153 ms, with median latency at 390 ms." ] } ], "keyFacts": [ "Pirate Weather domain: api.pirateweather.net.", "Operational state: healthy.", "CASC score: 9.51.", "Pass rate: 100.00%.", "p95 latency: 1,153 ms." ], "primaryEntities": [ "APIContext", "Pirate Weather", "api.pirateweather.net", "Weather Services", "Benchmark Intelligence", "Infrastructure Intelligence" ], "audience": [ "API teams", "SRE teams", "researchers", "AI retrieval systems" ], "ctas": [ { "label": "Subject JSON", "href": "/api-directory/data/latest/subjects/weather/pirate-weather.json" } ], "updatedAt": "2026-06-29T18:23:47.624Z", "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-directory-weather-pirate-weather.json", "markdown": "https://apicontext.com/api-directory/weather/pirate-weather.md", "html": "https://apicontext.com/ai/page/api-directory-weather-pirate-weather.html" } }, { "slug": "api-knowledge-base", "url": "https://apicontext.com/api-knowledge-base", "title": "Knowledge Base", "description": "API Basics Everything you needed to know about APIs and APIContext (but were afraid to ask) If you’re even marginally around the tech world, you’ve probably heard of APIs. They’re an integral part of pretty much everything you do online, whether it’s on a computer or in an app. So, it’s natural that you want...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "API Knowledge Base", "href": "/api-knowledge-base" } ], "summary": "API Basics Everything you needed to know about APIs and APIContext (but were afraid to ask) If you’re even marginally around the tech world, you’ve probably heard of APIs. They’re an integral part of pretty much everything you do online, whether it’s on a computer or in an app. So, it’s natural that you want...", "bodySections": [ { "eyebrow": "Catalog", "title": "Browse Knowledge Base", "body": "API Basics Everything you needed to know about APIs and APIContext (but were afraid to ask) If you’re even marginally around the tech world, you’ve probably heard of APIs. They’re an integral part of pretty much everything you do online, whether it’s on a computer or in an app. So, it’s natural that you want...", "links": [ { "label": "API Testing: Frequently Asked Questions", "href": "/api-knowledge-base/api-testing" }, { "label": "What Is An API?", "href": "/api-knowledge-base/what-is-an-api" }, { "label": "RESTful APIs Explained", "href": "/api-knowledge-base/restful-apis" }, { "label": "Cloud APIs", "href": "/api-knowledge-base/apis/cloud-api" }, { "label": "API Examples", "href": "/api-knowledge-base/api-examples" }, { "label": "REST API", "href": "/api-knowledge-base/rest-api" }, { "label": "Bank APIs", "href": "/api-knowledge-base/apis/bank-api" }, { "label": "Understanding the API Economy", "href": "/api-knowledge-base/apis" }, { "label": "API Monitoring Basics", "href": "/api-knowledge-base/api-monitoring" }, { "label": "API Tutorials", "href": "/api-knowledge-base/api-tutorials" }, { "label": "Government APIs", "href": "/api-knowledge-base/apis/government-api" }, { "label": "Open APIs", "href": "/api-knowledge-base/apis/open-api" } ] }, { "title": "Everything you needed to know about APIs and APIContext (but were afraid to ask)", "body": "If you’re even marginally around the tech world, you’ve probably heard of APIs. They’re an integral part of pretty much everything you do online, whether it’s on a computer or in an app. So, it’s natural that you want to know more about them. Our API Information Knowledge Base is designed to help guide you through. For example – what the heck is an API? What kinds of API data are there? How can you test it before you go live, and how can you monitor an API to make sure it’s doing what you want it to do? And what is something called REST?! Sounds like it’s slacking off. So, you have questions. And lucky for you, here at APIContext, we’ve got answers. Answers to questions you were embarrassed to ask, and even some questions you didn’t know you needed to ask. So without further ado, please check out our knowledge base, linked to the left. And make sure to visit every once in a while, as we’ll be adding more so you can talk about APIs with confidence – no matter who you are! Even if it’s your job to explain them to others, these articles might give you some help in doing so. They’re written for people who are not experts. And if you want to know about some specific we haven’t covered here, then just let us know – we’re here to help. Happy reading!" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Everything you needed to know about APIs and APIContext (but were afraid to ask)", "Ready To Start Monitoring?", "API Testing: Frequently Asked Questions", "What Is An API?", "RESTful APIs Explained", "Cloud APIs", "API Examples", "REST API", "Bank APIs", "Understanding the API Economy", "Everything you needed to know about APIs and APIContext (but were afraid to ask) If you’re even marginally around the tech world, you’ve probably heard of APIs.", "They’re an integral part of pretty much everything you do online, whether it’s on a computer or in an app.", "So, it’s natural that you want to know more about them." ], "primaryEntities": [ "APIContext", "API Knowledge Base", "Knowledge Base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base" }, { "label": "API Testing: Frequently Asked Questions", "href": "/api-knowledge-base/api-testing" }, { "label": "What Is An API?", "href": "/api-knowledge-base/what-is-an-api" }, { "label": "RESTful APIs Explained", "href": "/api-knowledge-base/restful-apis" }, { "label": "Cloud APIs", "href": "/api-knowledge-base/apis/cloud-api" }, { "label": "API Examples", "href": "/api-knowledge-base/api-examples" }, { "label": "REST API", "href": "/api-knowledge-base/rest-api" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base.json", "markdown": "https://apicontext.com/api-knowledge-base.md", "html": "https://apicontext.com/ai/page/api-knowledge-base.html" } }, { "slug": "api-knowledge-base-api-examples", "url": "https://apicontext.com/api-knowledge-base/api-examples", "title": "API Performance Examples", "description": "If some companies just made a little more effort and investment in their APIs, the results of these API examples would look very different.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "API Examples", "href": "/api-knowledge-base/api-examples" } ], "summary": "If some companies just made a little more effort and investment in their APIs, the results of these API examples would look very different.", "bodySections": [ { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Ready To Start Monitoring?", "Every website in the world uses APIs.", "Some are far better than others.", "When your API isn’t doing its job correctly, users get a less than great experience." ], "primaryEntities": [ "APIContext", "API Examples", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/api-examples" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-api-examples.json", "markdown": "https://apicontext.com/api-knowledge-base/api-examples.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-api-examples.html" } }, { "slug": "api-knowledge-base-api-monitoring", "url": "https://apicontext.com/api-knowledge-base/api-monitoring", "title": "API Monitoring Basics", "description": "API monitoring can look at the way users actually interface with your API so you can build solutions that address the way your site really works as opposed to how you would like it to work.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "API Monitoring Basics", "href": "/api-knowledge-base/api-monitoring" } ], "summary": "API monitoring can look at the way users actually interface with your API so you can build solutions that address the way your site really works as opposed to how you would like it to work.", "bodySections": [ { "title": "Doing API Monitoring Right", "body": "The best practices for API monitoring are going to vary by industry and can run into some problems internally – like, for example, what do you do if the internal risk teams don’t want you to monitor? (We’ll come back to that in another article…) However, there are some key principles we go by that we want to share here with some tips on doing it right, even if you don’t use APIContext." }, { "title": "Monitor 24/7", "body": "Services go down when you’re not looking, so having heartbeat monitoring is essential – 24/7 365 days a year, have all of your API endpoints exercised by an external call. It doesn’t have to be high frequency, in fact we suggest to customers that anything from 5-10 times an hour for functional testing and maybe only once per hour for security and OAuth monitoring is enough. But they key thing is this – it needs to be a real call from somewhere outside your stack." }, { "title": "External NOT Internal", "body": "It really doesn’t matter if your gateway is up, or your backend is running if an actual person calling the API is getting some kind of error, or, worse, can’t even get to the API itself. So monitor externally, set up real API calls, using real security to real resources that run around the clock. Also the whole world isn’t on AWS, so stop using products that think it is." }, { "title": "Cover Everything", "body": "Do the little used things as well as the stuff that’s used all the time. You never know when a resource has been turned off without somebody realizing it and you only find out when a customer tries to do something essential for them that they only do once a week. An example from a customer – an expenses reporting API went down and they only realized when people filed their expenses on a Friday, of a holiday weekend." }, { "title": "HTTP Codes Are Not Magic", "body": "HTTP 200 All Ok… right? Well, not so much – the dirty secret of the API industry is this. HTTP codes lie. HTTP 200 especially so. Worse offenders are SOAP APIs pretending to be REST APIs where the error is buried in what looks like a pass. This can be tricky and we’ll have a whole article on this, spotting the situation can take some work but it’s well worth it – look our for changes in the size of content returned by the APIs as a first clue – if you usually get 500kb back and occasionally it’s only 100kb or even 2-3 bytes, then you’re possible getting an error or failure." }, { "title": "Did We Say That?", "body": "A MUCH overlooked part of API monitoring is what exactly it is you’re monitoring. As the story goes, you see somebody under a street light looking around, you offer help and they say they lost their car keys. You start looking and say where did they last see them, and they say over in the woods. When you stop and ask why they’re looking here, they say, “because the light is here…” – so, part of monitoring is monitoring the service you say you provide NOT what you know you deliver." }, { "title": "API Monitoring for Dummies Best Practice Top 10", "body": "We’d suggest the following are the absolute MINIMUM items to monitor on a regular basis AND have alerts set up to tell you when something goes wrong. • Regular API monitoring heart beat checks from multiple locations • Set up assertion/condition checks on the returned content to validate that what you get back is what you expected and trigger warnings and alerts on those accordingly • Hit the production endpoints using the same security as your external users use • Look at the statistical spread of latency results not just the averages – what are your q95 and q99 values? • Have alerting set up for failures and issues • Double check what 4XX errors are telling you – a 4XX error often is ignored as a problem elsewhere in the stack, but with APIs while it might mean you’ve got your security wrong, it could indicated that something outside your control has been shut down – there can be a world of difference in the API space between a 401 – unauthorized and a 404 Not Found • Monitor that your API Security is doing what you think it is? Going back to 6, if you’re meant to return a 401 error if you hit the API with an invalid Scope or Token, do you? • Don’t worry, too much, about one off events, look at trends and groups of issues • SLOW isn’t always as bad as inconsistent – people can cope with slow, you can build it into your service – but if your service is inconsistent then that’s hard for you and end-users • Look for odd geographical or cloud issues – if you’re on Azure but all your users are on AWS, don’t assume that Amazon and Microsoft are doing all the hard work for you on the networking side of things – look at those performance numbers and take steps to remedy what you see API monitoring is often used as a check box exercise to be able to say you do it, or it’s done in a perfunctory way. It doesn’t have to be hard or as in depth as your test coverage but if you’re not monitoring the APIs you use or provide you are going to building up problems for your business and customers." }, { "title": "Here to help", "body": "Never forget, we’re here to help – we’ve been involved in API monitoring and performance measurement since before people realized it was a problem and we have the best tools available to deliver the data you didn’t even know you needed." }, { "title": "API Monitoring", "body": "See how APIContext monitors the APIs you rely on and provides peace of mind." }, { "title": "API Performance", "body": "See what metrics you can identify with your APIs and learn how things work." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." }, { "title": "Take a Detailed Look", "body": "Download a detailed introduction to APIContext and learn how we are bringing common standards to API monitoring with integrated monitoring, performance assurance and compliance analysis!" } ], "keyFacts": [ "Doing API Monitoring Right", "Monitor 24/7", "External NOT Internal", "Cover Everything", "HTTP Codes Are Not Magic", "Did We Say That?", "API Monitoring for Dummies Best Practice Top 10", "Here to help", "So why API Monitoring?", "after all, you’ve coded your service, API, app or whatever and why do we need API monitoring for dummies?", "It’s up and running." ], "primaryEntities": [ "APIContext", "API Monitoring Basics", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/api-monitoring" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-api-monitoring.json", "markdown": "https://apicontext.com/api-knowledge-base/api-monitoring.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-api-monitoring.html" } }, { "slug": "api-knowledge-base-api-testing", "url": "https://apicontext.com/api-knowledge-base/api-testing", "title": "API Testing FAQs", "description": "In API testing you test the various components of the API both directly and in action with the site itself.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "API Testing: Frequently Asked Questions", "href": "/api-knowledge-base/api-testing" } ], "summary": "In API testing you test the various components of the API both directly and in action with the site itself.", "bodySections": [ { "title": "API Testing: The Basics", "body": "API testing is a broad topic and can include a variety of stages when you would test, functionality and components and metrics to track and a lot of different options on how that can impact your overall API Governance strategy. Some of the testing areas include: • The core functionality of the API • Seeing how the API functions in a broader sense in the real world – i.e. outside in • How big a load the API can handle – stress testing and load testing • Runtime error tests – functional validation of the API • Performance tests – how well does it function speed wise • Security testing – are you likely to hit any BOLA or OWASP top 10 issues • Ongoing operational monitoring" }, { "title": "API Testing: The Basics", "body": "API testing is a broad topic and can include a variety of stages when you would test, functionality and components and metrics to track and a lot of different options on how that can impact your overall API Governance strategy. Some of the testing areas include: • The core functionality of the API • Seeing how the API functions in a broader sense in the real world – i.e. outside in • How big a load the API can handle – stress testing and load testing • Runtime error tests – functional validation of the API • Performance tests – how well does it function speed wise • Security testing – are you likely to hit any BOLA or OWASP top 10 issues • Ongoing operational monitoring" }, { "title": "What Is An API And How Is It Used?", "body": "An API is a program or product that allows a website or app to communicate with the end user. It does so in the background. It takes a data request from the user, sends it to the site or app, grabs the data that it needs and returns it to the user. It does all of this in the background and does not leave either the user or the website data exposed. An API is like a waiter or waitress at a restaurant taking an order from a customer to the kitchen and coming back with food." }, { "title": "Types of Testing?", "body": "That will depend on your needs, whether you are using a RESTful or SOAP API and your budget. You should research the various API tools listed above and figure out which one will work best for you. That said, why don’t you try us out and go straight from testing your APIs to monitoring them too?" }, { "title": "What to Test?", "body": "For the most part, you test the same things for SOAP APIs as you do for RESTful ones. The exceptions are SOAP APIs must test for WS compliance and interoperability." }, { "title": "What Tools Are Used For API Testing?", "body": "API Testing can be done using various free and premium tools. Here are some of the most popular: • APIContext • Postman • ChecklyHQ • HTTPie • Blazemeter • Smartbear" }, { "title": "How is testing different to monitoring?", "body": "We’re glad you asked. A test tells you everything was working on the day you took it. It doesn’t tell you that all the bits stayed working, or work for your customers or a million other things. That’s why monitoring after you’ve deployed is essential." }, { "title": "Make an API Call", "body": "See how you can make an API call with APIContext and learn about what goes into it." }, { "title": "APIContext Testing", "body": "See how APIContext can be used to test your critical APIs and identify issues." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "API Testing: The Basics", "What Is An API And How Is It Used?", "Types of Testing?", "What to Test?", "What Tools Are Used For API Testing?", "How is testing different to monitoring?", "Make an API Call", "API Testing: The Basics API testing is a broad topic and can include a variety of stages when you would test, functionality and components and metrics to track and a lot of different options on how that can impact your overall API Governance strategy.", "Some of the testing areas include: • The core functionality of the API • Seeing how the API functions in a broader sense in the real world – i.e.", "outside in • How big a load the API can handle – stress testing and load testing • Runtime error tests – functional validation of the API • Performance tests – how well does it function speed wise • Security testing – are you likely to hit any BOLA or OWASP top 10 issues • Ongoing operational monitoring API Testing: The Basics API testing is a broad topic and can include a variety of stages when you would test, functionality and components and metrics to track and a lot of different options on how that can impact your overall API Governance strategy." ], "primaryEntities": [ "APIContext", "API Testing: Frequently Asked Questions", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/api-testing" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-api-testing.json", "markdown": "https://apicontext.com/api-knowledge-base/api-testing.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-api-testing.html" } }, { "slug": "api-knowledge-base-api-tutorials", "url": "https://apicontext.com/api-knowledge-base/api-tutorials", "title": "API Tutorials", "description": "Creating and using APIs doesn’t have to be that hard. We scoured the web and found some of the best API tutorials around that can help you get started.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "API Tutorials", "href": "/api-knowledge-base/api-tutorials" } ], "summary": "Creating and using APIs doesn’t have to be that hard. We scoured the web and found some of the best API tutorials around that can help you get started.", "bodySections": [ { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Ready To Start Monitoring?", "So, you’re a web developer.", "You want to create the best website or app possible for your company.", "You know that the way to do this is through APIs." ], "primaryEntities": [ "APIContext", "API Tutorials", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/api-tutorials" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-api-tutorials.json", "markdown": "https://apicontext.com/api-knowledge-base/api-tutorials.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-api-tutorials.html" } }, { "slug": "api-knowledge-base-apis", "url": "https://apicontext.com/api-knowledge-base/apis", "title": "APIs: Understanding the API Economy", "description": "If you’re even marginally around the tech world, you’ve probably heard of APIs. APIs are an integral part of pretty much everything you do online, whether it’s on a computer or in an app. So, it’s natural that you want to know more about them.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "Understanding the API Economy", "href": "/api-knowledge-base/apis" } ], "summary": "If you’re even marginally around the tech world, you’ve probably heard of APIs. APIs are an integral part of pretty much everything you do online, whether it’s on a computer or in an app. So, it’s natural that you want to know more about them.", "bodySections": [ { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Ready To Start Monitoring?", "APIs have grown exponentially over the last 10 years, from a virtually known technology a decade ago, to the core base of pretty much everything we do online and in places you’ve probably not even realized.", "We’re going to cover some of the sectors using APIs and how they’re using them.", "When you’re finished, check out the details of what we do for a sector that might impact your life or business in more detail to see how we can help directly." ], "primaryEntities": [ "APIContext", "Understanding the API Economy", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/apis" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-apis.json", "markdown": "https://apicontext.com/api-knowledge-base/apis.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-apis.html" } }, { "slug": "api-knowledge-base-apis-bank-api", "url": "https://apicontext.com/api-knowledge-base/apis/bank-api", "title": "Bank APIs", "description": "They are the building blocks of any online transaction with the bank. Let’s take a look at some common bank API issues.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "apis", "href": "/api-knowledge-base/apis" }, { "name": "Bank APIs", "href": "/api-knowledge-base/apis/bank-api" } ], "summary": "They are the building blocks of any online transaction with the bank. Let’s take a look at some common bank API issues.", "bodySections": [ { "title": "What Is A Bank API?", "body": "The core problem with any banking site or app is that customers need to get information, and so does the bank. But they only need a limited amount of information. The bank doesn’t want too much data to go to the customer. Neither does the customer want to overshare with the bank. A bank API solves this problem. It takes information from either the bank or the customer, transmits the data to the other party, and doesn’t access any other data on either end. It doesn’t puncture either side’s security protocols. This provides a perfect system for everyone involved and allows the business of the bank to operate without risk of intrusions. When it comes to dealing with websites or apps for banks, understanding how their APIs work is crucial. Banking APIs and open banking APIs are what make these apps run well, be able to communicate with each other and become secure. They are the building blocks of any online transaction with the bank. Let’s take a look at some common bank API issues." }, { "title": "What Does Open Banking Mean?", "body": "Open banking is a system that uses APIs to allow customers and potential customers to access the data of financial institutions. It means that larger banks are made to be competitive with smaller banks. Open banking standards regulate how financial data should be shared and accessed. More importantly, open banking requires banks have a system in place to notice unforeseen overdrafts and provide customers with a period of time to correct them without facing additional charges or fees. In addition, open banking allows customers to see what impact a new debt would have on their lives. It also allows banks to view a customer’s entire credit and income history so they can tailor debts to their needs. Across the world, financial services regulators are waking up to the issues of Open Banking and providing significant monitoring and compliance requirements on banks, Third Party Payment processors (TPPs) and Account Information Service Providers (AISPs). These are regations like those created for PSD2." }, { "title": "What Is API In Trading?", "body": "APIs are essential when it comes to trading nearly anything online. Whether cash, stocks, bonds or whatever banking APIs are what get the job done. They provide live streaming prices, trade execution, advanced order types and various related tasks on both sites and apps. They operate in the background so you can’t see them but whenever you research or execute a trade they are there making it happen. If you are developing a trading site or a site to advise traders you can find open APIs that you can insert into you code to make it happen smoothly and without any lag on the end for your customer." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "What Is A Bank API?", "What Does Open Banking Mean?", "What Is API In Trading?", "Ready To Start Monitoring?", "When it comes to dealing with websites or apps for banks, understanding how bank APIs work is crucial.", "Bank APIs and open banking APIs are what make these apps run well, communicate with each other, and stay secure.", "They are the building blocks of any online transaction with the bank." ], "primaryEntities": [ "APIContext", "Bank APIs", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/apis/bank-api" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-apis-bank-api.json", "markdown": "https://apicontext.com/api-knowledge-base/apis/bank-api.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-apis-bank-api.html" } }, { "slug": "api-knowledge-base-apis-cloud-api", "url": "https://apicontext.com/api-knowledge-base/apis/cloud-api", "title": "Cloud APIs", "description": "If your business wants to use the cloud in any way, you are going to have to work with cloud APIs. The good news is that the concept isn’t that difficult once you start to think about it. The trick is to get your head around the concept and go from there.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "apis", "href": "/api-knowledge-base/apis" }, { "name": "Cloud APIs", "href": "/api-knowledge-base/apis/cloud-api" } ], "summary": "If your business wants to use the cloud in any way, you are going to have to work with cloud APIs. The good news is that the concept isn’t that difficult once you start to think about it. The trick is to get your head around the concept and go from there.", "bodySections": [ { "title": "What Is Meant By a Cloud API?", "body": "A cloud API is a program that acts as a gateway to the cloud from your website or app. In that sense it is the cornerstone or backbone of any public cloud based system. It provides both the direct and indirect infrastructure to cloud users. A cloud API will allocate computing, storage, and network resources for requested cloud applications. It is the gateway to the cloud and from the cloud back to your website or app." }, { "title": "What Is The Role Of APIs In Cloud Computing?", "body": "Like with normal APIs cloud APIs facilitate the back and forth sending of data. They allow you to access the cloud and allow the cloud to send information back to you. There are three primary ways in which they do this: • Infrastructure as a Service (IaaS): Infrastructure APIs provision raw computing and storage. • Software as a Service (SaaS): Software or application APIs provision connectivity and interaction with a software suite. • Platform as a Service (PaaS): Platform APIs provide backend architecture for building intensive and feature rich applications." }, { "title": "What Is The Use Of APIs In Cloud Services?", "body": "As we mentioned earlier, APIs send information back and forth. Think of being in a restaurant. You don’t go directly to the kitchen. Instead you place your order with a waiter or waitress. The server is this analogy is the API. He or she goes to the kitchen with your information and then brings back what you were looking for. A cloud API is basically doing the same thing, but the cloud itself is the kitchen. This may seem simple but accessing the cloud in the background is essential. When a cloud API is used correctly, you don’t notice it. It simply does its job. In addition a cloud API only accesses the data it needs on both ends. In other words, it doesn’t compromise the entire cloud. It also does not compromise your users’ data. It works to only access the data it needs to get the job done. Photo courtesy of Sergio Russo" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "What Is Meant By a Cloud API?", "What Is The Role Of APIs In Cloud Computing?", "What Is The Use Of APIs In Cloud Services?", "Ready To Start Monitoring?", "Cloud APIs have taken over the entire world, from controlling light bulbs, to even controlling your smart TV.", "But what is a Cloud API?", "If your business wants to use the cloud in any way, you are going to have to work with cloud APIs." ], "primaryEntities": [ "APIContext", "Cloud APIs", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/apis/cloud-api" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-apis-cloud-api.json", "markdown": "https://apicontext.com/api-knowledge-base/apis/cloud-api.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-apis-cloud-api.html" } }, { "slug": "api-knowledge-base-apis-government-api", "url": "https://apicontext.com/api-knowledge-base/apis/government-api", "title": "Government APIs", "description": "What are we talking about when we discuss API data? When it comes to government APIs we are talking about publicly available information.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "apis", "href": "/api-knowledge-base/apis" }, { "name": "Government APIs", "href": "/api-knowledge-base/apis/government-api" } ], "summary": "What are we talking about when we discuss API data? When it comes to government APIs we are talking about publicly available information.", "bodySections": [ { "title": "Data API Definition", "body": "What are we talking about when we discuss API data? When it comes to government APIs we are talking about publicly available information. This is nearly all data that is collected by the government. Your tax dollars pay for it to be collected so you own it. API data is simply that information on government servers that your website or app can access and then send out to your customers. For example say you are running a license plate look up site. The data would be that connected to the license plates that you can send to your customers." }, { "title": "Open Data API", "body": "When you get the API from the government it may not be exactly what you need for your site or app. That’s why it’s great that government APIs are open. You can modify them yourself. Or you can look online to see if someone else has already modified it for your needs. Because APIs from the government are open, you can use and alter them as you like." }, { "title": "Free API", "body": "The good news is that all government APIs will be free for you to use. You just have to find the code online and plug it into your site or app. Governments make their APIs free so that people use the right ones. They don’t want false or misleading data getting out there. Therefore they build free APIs put them online and let developers find them. To start looking for free government APIs, begin here . If you follow the links, you should be able to find the one that will work the best for your site or app. All of the APIs you will find should be at no cost to you. If you find a site that is trying to charge you for a government API walk away from that site. They are ripping you off." }, { "title": "City Data API", "body": "Cities are where you are probably going to really want government APIs. Every city is going to collect and disseminate data in a different way. Therefore you don’t want to have to write your own generic API and then modify it for every city. Instead you want to get their own official API and incorporate it into your code. This will also help when the city inevitably updates their method of giving out data. Their own API will update itself withing your code. Photo courtesy of justgrimes" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Data API Definition", "Open Data API", "Free API", "City Data API", "Ready To Start Monitoring?", "As you build your website or app you may find the need to link to government resources online.", "You could want to help people register to vote, or to find information about parking services in a given town.", "Or, you may want to keep people up to date about what’s going on in a given courthouse." ], "primaryEntities": [ "APIContext", "Government APIs", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/apis/government-api" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-apis-government-api.json", "markdown": "https://apicontext.com/api-knowledge-base/apis/government-api.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-apis-government-api.html" } }, { "slug": "api-knowledge-base-apis-open-api", "url": "https://apicontext.com/api-knowledge-base/apis/open-api", "title": "Open APIs", "description": "You don’t need to build them from scratch. Use Open API software to create the API you want. This will save your time and money. Someone else has already done the work for you!", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "apis", "href": "/api-knowledge-base/apis" }, { "name": "Open APIs", "href": "/api-knowledge-base/apis/open-api" } ], "summary": "You don’t need to build them from scratch. Use Open API software to create the API you want. This will save your time and money. Someone else has already done the work for you!", "bodySections": [ { "title": "What Is Open API?", "body": "Open API simply refers to API code that has already been written and is available for the public to use. Developers of all sorts created them and put them on the web so people can put it directly into their code. It carries no licenses or restrictions. It is totally free for people to use when developing their sites or apps." }, { "title": "What Are Open API Specifications?", "body": "The Open API specifications – formerly known as the Swagger Specifications – are a set of rules that define the API itself. The specifications let users describe, produce, consume and visualize RESTful APIs. In layman’s terms, the specifications tell you what to expect and how to use the API ." }, { "title": "Open API List", "body": "Searching for open APIs can be a challenge. Luckily, there are sites that have curated general open APIs, and you can search them. On these lists, all of the open APIs meet current specifications and can be used. Probably the best list to start with is provided by Git Hub . API List is another great resource." }, { "title": "What Is Swagger API Used For?", "body": "Swagger is the term for the tools used to implement open APIs. In other words they allow you to view, edit and put open APIs into your programming code. Most Swagger tools are free for the public to use. Some of them may cost a minor fee." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "What Is Open API?", "What Are Open API Specifications?", "Open API List", "What Is Swagger API Used For?", "Ready To Start Monitoring?", "Developing websites and apps these days means understanding how to use APIs.", "They send data from your customer to your site and then back again.", "APIs are the key to making websites and apps do what they are supposed to do." ], "primaryEntities": [ "APIContext", "Open APIs", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/apis/open-api" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-apis-open-api.json", "markdown": "https://apicontext.com/api-knowledge-base/apis/open-api.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-apis-open-api.html" } }, { "slug": "api-knowledge-base-rest-api", "url": "https://apicontext.com/api-knowledge-base/rest-api", "title": "REST API", "description": "In this article, we’re going to spend some time explaining exactly what a REST API is, why you probably want it for your website, and its ability to communicate with the outside world.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "REST API", "href": "/api-knowledge-base/rest-api" } ], "summary": "In this article, we’re going to spend some time explaining exactly what a REST API is, why you probably want it for your website, and its ability to communicate with the outside world.", "bodySections": [ { "title": "REST API Definition", "body": "REST stands for Representational State Transfer . That sounds complex, but it really isn’t. An API is a product or program that sends information back and forth between a website or app and its user. It does it in the background, where you don’t notice it working. That said, just because you don’t see it, doesn’t make it any less mission crucial for your site. A REST API generally uses HTTP to accomplish this mission. While doing so, it breaks the request down into very small packets of information that are sent back and forth. Because it is designed in HTTP, it can handle a large variety of data formats including XML, JSON, YAML and others. This is an advantage over SOAP APIS, which can only handle XML data formats. All requests sent through REST APIs are stateless. That means they remember nothing from the exchange. They simply get the data, send it back, and then forget about it. This is helpful in making the transactions secure for your users. This makes them ideal to use if you are doing anything involving the Cloud. You simply send your request to the cloud, get the data you need and send it back. It also allows the requests to scale up as much as they need to without becoming overloaded." }, { "title": "What Is The Difference Between A REST API And An API?", "body": "A REST API is simply one of the many types of APIs out there. All APIs send data back and forth. A REST API is simply constructed to handle multiple formats of data. It is not locked into XML as the only code it can handle. REST APIs are more complex to design than other forms of APIs. That said, they are considerably more robust and likely to be longer lasting. In general if you are looking for an API for your website or app you probably want a RESTful one." }, { "title": "What Is A RESTful API?", "body": "To put it simply, a RESTful API is simply one that uses the REST format to transfer data back and forth. Because it’s not tied to resources or methods, it can handle many different types of requests and return multiple data formats. This is clearly to your advantage. Even if you are only requesting one type of data today, you have the availability to request different types of data in the future. It’s this flexibility that will make REST APIs the future of the Internet. Data request types are constantly changing. RESTful APIs can adapt to that change fairly easily." }, { "title": "API Testing", "body": "See how APIContext lets you test your APIs and identify problems and issues." }, { "title": "API Monitoring", "body": "See how APIContext monitors the APIs you rely on and provides peace of mind." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "REST API Definition", "What Is The Difference Between A REST API And An API?", "What Is A RESTful API?", "API Testing", "API Monitoring", "Ready To Start Monitoring?", "If you have a website that interacts with customers, you’ll hear people talking about using REST APIs.", "Understanding what they are and why they are important is crucial to running your business correctly.", "In this article, we’re going to spend some time explaining exactly what a REST API is, why you probably want it for your website, and its ability to communicate with the outside world." ], "primaryEntities": [ "APIContext", "REST API", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/rest-api" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-rest-api.json", "markdown": "https://apicontext.com/api-knowledge-base/rest-api.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-rest-api.html" } }, { "slug": "api-knowledge-base-restful-apis", "url": "https://apicontext.com/api-knowledge-base/restful-apis", "title": "RESTful APIs Explained", "description": "API Knowledge Base RESTful APIs Figuring out what a REST or RESTful API is sounds difficult. But really, it’s not. If you are involved in web development – or if you are in charge of web developers – you’ll likely to hear people talk about REST APIs. But you might not be sure exactly what...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "RESTful APIs Explained", "href": "/api-knowledge-base/restful-apis" } ], "summary": "API Knowledge Base RESTful APIs Figuring out what a REST or RESTful API is sounds difficult. But really, it’s not. If you are involved in web development – or if you are in charge of web developers – you’ll likely to hear people talk about REST APIs. But you might not be sure exactly what...", "bodySections": [ { "title": "What Are RESTful APIs?", "body": "RESTful APIs are a type of API that breaks requests into small packets of information. REST stands for Representational State Transfer. They are typically written in HTTP. The other type of API out there is a SOAP API. The main difference between a RESTful API and a SOAP Api is that a SOAP API only deals with XML data. A RESTful API can handle XML, JSON, YAML and other data formats. That makes RESTful APIs much more adaptable than SOAP APIs. The other important thing about RESTful APIs is that they are stateless. This means that when send and receiving data they do not keep any of the information about either the user or the site they visited. This makes using them as secure as possible. The cloud is one of the main reasons to use a RESTful API. You can send a data request to the cloud, have the cloud answer it back and no trace is left behind by the API. The final important thing to know about RESTful APIs is that they are very scaleable. You won’t risk overloading a system when you use them." }, { "title": "What Is The Difference Between A RESTful API And An API?", "body": "A RESTful API is simply one type of API format that it out there. Other API formats exist – particularly SOAP APIs. An API is simply a program or product that sends information from a user to a website and then back again. Think about going out to dinner. There is you and the kitchen. But you don’t go the kitchen to order. Instead you place your order with the waiter or waitress who goes to the kitchen and then brings you your meal. The waiter or waitress is the API in this scenario. RESTful APIs take a good deal of work to be done correctly. However their ability to handle all different types of data makes them considerably more robust than a SOAP API. And it will allow them to grow in the future and deal with emerging data types. New API formats are coming, especially those designed for streaming or asynchronous communications, but more on that another time." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "What Are RESTful APIs?", "What Is The Difference Between A RESTful API And An API?", "Ready To Start Monitoring?", "Figuring out what a REST or RESTful API is sounds difficult.", "But really, it’s not.", "If you are involved in web development – or if you are in charge of web developers – you’ll likely to hear people talk about REST APIs." ], "primaryEntities": [ "APIContext", "RESTful APIs Explained", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/restful-apis" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-restful-apis.json", "markdown": "https://apicontext.com/api-knowledge-base/restful-apis.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-restful-apis.html" } }, { "slug": "api-knowledge-base-what-is-an-api", "url": "https://apicontext.com/api-knowledge-base/what-is-an-api", "title": "What is an API?", "description": "API Knowledge Base What Is An API? Knowing what an API is and what it does is important. So in this article we are going to answer the question: “What is an API?” If you spend any time dealing with web development or programming, you are eventually going to hear the term API. To the uninitiated,...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "api knowledge base", "href": "/api-knowledge-base" }, { "name": "What Is An API?", "href": "/api-knowledge-base/what-is-an-api" } ], "summary": "API Knowledge Base What Is An API? Knowing what an API is and what it does is important. So in this article we are going to answer the question: “What is an API?” If you spend any time dealing with web development or programming, you are eventually going to hear the term API. To the uninitiated,...", "bodySections": [ { "title": "What is an API in Simple Terms?", "body": "Here’s a metaphor for an API: When you go out to eat, you look at a menu and decide what you want. But you don’t go to the kitchen yourself. Instead, you ask a waiter or waitress. He or she then goes to the kitchen, places your order, and brings it to your table. In essence, the website you are visiting is the kitchen, you are the user, and the waiter or waitress is the API. In real life, you can see how this works. Imagine you want to go to a concert. You go to the website and find the show you want to see. When you place your order, an API will contact the bank and make sure your card is good. It will then tell the website whether or not to honor your card. Then if it’s a go, you’ll get your tickets. You don’t notice the API; you just know you got your tickets. The website doesn’t notice the API; it just knows that your card is good. Like little ghosts in the background, APIs get the real work of websites done." }, { "title": "What is an API and How Does It Work?", "body": "The most important thing to understand about an API is that it is discreet. It takes a small bit of data from the initial user, but does not leave their computer or device exposed. It then accesses a small bit of data from the website, but does not leave the website exposed. It just takes what it needs, and then brings back what is required. This makes APIs a safe and secure way to transmit data. So much so that websites often treat them like products that they can sell or give away to developers to help make their own offerings better! For example, say you wanted to offer a guide app to the most famous wine cellars in Paris. You’d want to include directions from Google Maps in order to make the app as user friendly as possible. Luckily, Google offers an API for Google Maps that allows you to embed it into your guide. That way, you don’t have to make a complex program to access Google Maps. You simply insert Google’s API into your code, and the link to and from Google Maps is there. This is obviously good for you. But it’s also good for Google, because it means when people access their maps they are doing so the right way. And in the end, it’s good for your customers, because they end up with a working app. The “productization” of APIs has made them have much stronger levels of discipline for security and governance than most programs. That’s because you don’t want the processes working in the background to fail, driving every website that uses your apps to a halt. In a nutshell, that’s what an API is. It connects websites to consumers in an invisible, friendly way, and in general makes the internet run." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "What is an API in Simple Terms?", "What is an API and How Does It Work?", "Ready To Start Monitoring?", "Knowing what an API is and what it does is important.", "So in this article we are going to answer the question: “What is an API?” If you spend any time dealing with web development or programming, you are eventually going to hear the term API.", "To the uninitiated, it can seem to be quite a complex term." ], "primaryEntities": [ "APIContext", "What Is An API?", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/api-knowledge-base/what-is-an-api" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-knowledge-base-what-is-an-api.json", "markdown": "https://apicontext.com/api-knowledge-base/what-is-an-api.md", "html": "https://apicontext.com/ai/page/api-knowledge-base-what-is-an-api.html" } }, { "slug": "api-sla-and-slo-management", "url": "https://apicontext.com/api-sla-and-slo-management", "title": "Independent service-level assurance for every API you depend on.", "description": "Set, measure, and report on SLOs and SLAs across your own APIs and third-party suppliers. Independent monitoring with detailed attribution shows the right team exactly what to fix.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "Independent service-level assurance for every API you depend on.", "href": "/api-sla-and-slo-management" } ], "summary": "Independent service-level assurance for every API you depend on. Set, measure, and report on SLOs and SLAs across your own APIs and third-party suppliers. Independent monitoring with detailed attribution shows the right team exactly what to fix.", "stats": [ { "value": "30d", "label": "rolling SLO windows" }, { "value": "1.2M", "label": "synthetic calls per SLO" }, { "value": "125+", "label": "external monitoring locations" }, { "value": "API", "label": "supplier and internal targets" } ], "bodySections": [ { "eyebrow": "Define · Measure · Prove", "title": "Know whether service levels are being met before the contract is in dispute.", "body": "APIContext runs production-grade synthetic checks against the APIs and suppliers behind critical journeys, then rolls the evidence into targets, burn rates, attribution, reports, and alerts." }, { "eyebrow": "Set and test SLOs", "title": "Setting SLOs is easy. Knowing whether you are meeting them is the hard part.", "body": "Define availability, latency, error-rate, pass-rate, and conformance objectives per route, region, supplier, or workflow. APIContext continuously tests those targets from the places customers and partners actually use.", "bullets": [ "30-day rolling windows per route, region, and supplier", "Fast and slow burn-rate alerts before budgets are exhausted", "Configuration as code, reviewed alongside the APIs it covers" ] }, { "eyebrow": "Take the guesswork out", "title": "Separate vendor, network, and application failures.", "body": "When a critical journey slows down, APIContext shows whether the issue sits in your application, the network, a CDN, a supplier, or a chain of dependencies. Teams get evidence instead of a long triage argument.", "bullets": [ "Continuous testing across complicated multi-supplier workflows", "Payload, trace, latency, and status evidence attached to each issue", "Ownership context for customer support, operations, and vendor managers" ] }, { "eyebrow": "Ready for external reporting", "title": "Share service-level evidence that holds up.", "body": "Compliance officers need defensible numbers. Customer support needs to know before customers call. Vendor managers need breach evidence for credit claims and renewal conversations. APIContext gives each team the same independent record.", "bullets": [ "Status pages, stakeholder reports, and automated email summaries", "Contractual SLA evidence for suppliers and customer-facing services", "Compliance-ready dashboards for auditors, regulators, and leadership" ] }, { "title": "Independent SLO and SLA data flows into reporting, status, compliance, and incident tools", "body": "Burn-rate alerting: Fast and slow burn-rate alerts based on service-level budgets, not isolated blips. Independent measurement: External synthetic calls from global locations create numbers auditors, customers, and suppliers can trust. Multi-supplier workflows: Trace service levels across chains of APIs and attribute degradation to the segment that caused it. Configuration as code: Keep SLO targets and thresholds versioned with the contracts and APIs they govern. SLA evidence: Generate defensible reports for customer commitments, supplier disputes, credit claims, and reviews. Service-level trends: Track uptime, availability, latency, error rates, and pass rates against agreed objectives." } ], "keyFacts": [ "Independent monitoring", "Burn-rate alerting", "Vendor attribution", "Regulator-ready reports", "Configuration as code", "30d rolling SLO windows", "1.2M synthetic calls per SLO", "125+ external monitoring locations", "API supplier and internal targets", "Burn-rate alerting: Fast and slow burn-rate alerts based on service-level budgets, not isolated blips.", "Independent measurement: External synthetic calls from global locations create numbers auditors, customers, and suppliers can trust.", "Multi-supplier workflows: Trace service levels across chains of APIs and attribute degradation to the segment that caused it.", "Configuration as code: Keep SLO targets and thresholds versioned with the contracts and APIs they govern." ], "primaryEntities": [ "APIContext", "SLO & SLA Management", "API monitoring", "OpenTelemetry", "Independent monitoring", "Burn-rate alerting", "Vendor attribution", "Regulator-ready reports", "Configuration as code" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Are your service levels holding up?", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/api-sla-and-slo-management.json", "markdown": "https://apicontext.com/api-sla-and-slo-management.md", "html": "https://apicontext.com/ai/page/api-sla-and-slo-management.html" } }, { "slug": "apicontext-user-guide", "url": "https://apicontext.com/apicontext-user-guide", "title": "APIContext User Guide", "description": "APIContext User Guide APIContext can meet your monitoring needs for your API stacks. These guides help outline some of the key features and services that we offer, including guides to how to use us for certain types of monitoring like Open Banking or SLA tracking. If you don’t find what you’re looking for, don’t hesitate...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "APIContext User Guides", "href": "/apicontext-user-guide" } ], "summary": "APIContext User Guide APIContext can meet your monitoring needs for your API stacks. These guides help outline some of the key features and services that we offer, including guides to how to use us for certain types of monitoring like Open Banking or SLA tracking. If you don’t find what you’re looking for, don’t hesitate...", "bodySections": [ { "eyebrow": "Product", "title": "Browse APIContext User Guide", "body": "APIContext User Guide APIContext can meet your monitoring needs for your API stacks. These guides help outline some of the key features and services that we offer, including guides to how to use us for certain types of monitoring like Open Banking or SLA tracking. If you don’t find what you’re looking for, don’t hesitate...", "links": [ { "label": "API Monitoring Frequency – how much is too much?", "href": "/apicontext-user-guide/api-monitoring-frequency-how-much-is-too-much" }, { "label": "Tutorial: Handling Microsoft Graph API Auth", "href": "/apicontext-user-guide/microsoft_graph_api_auth" }, { "label": "Customer Case Studies", "href": "/apicontext-user-guide/customer-case-studies" }, { "label": "APIContext Case Study Power Utility", "href": "/apicontext-user-guide/customer-case-studies/apimetrics-case-study-power-utility" }, { "label": "APIContext Case Study Government APIs", "href": "/apicontext-user-guide/customer-case-studies/apimetrics-case-study-government-apis" }, { "label": "Automated Postman Collection Monitoring", "href": "/apicontext-user-guide/automated-postman-collection-monitoring" }, { "label": "Make an API Call", "href": "/apicontext-user-guide/make-an-api-call" }, { "label": "APIContext AI-Based Reporting and Analytics", "href": "/apicontext-user-guide/apicontext-ai-based-reporting-and-analytics" }, { "label": "Easy DNS Monitoring with APIContext", "href": "/apicontext-user-guide/easy-dns-monitoring-with-apimetrics" }, { "label": "Tutorial: Schedule API Calls", "href": "/apicontext-user-guide/tutorial-scheduling-api-calls" }, { "label": "Types of API Calls", "href": "/apicontext-user-guide/types-api-calls" }, { "label": "PSD2", "href": "/apicontext-user-guide/psd2" }, { "label": "API Monitoring Features", "href": "/apicontext-user-guide/features-2" }, { "label": "Who Uses APIContext", "href": "/apicontext-user-guide/who-uses-apimetrics" }, { "label": "White Papers", "href": "/apicontext-user-guide/customer-case-studies/white-papers" } ] }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Ready To Start Monitoring?", "API Monitoring Frequency – how much is too much?", "Tutorial: Handling Microsoft Graph API Auth", "Customer Case Studies", "APIContext Case Study Power Utility", "APIContext Case Study Government APIs", "Automated Postman Collection Monitoring", "Make an API Call", "APIContext AI-Based Reporting and Analytics", "APIContext can meet your monitoring needs for your API stacks.", "These guides help outline some of the key features and services that we offer, including guides to how to use us for certain types of monitoring like Open Banking or SLA tracking.", "If you don’t find what you’re looking for, don’t hesitate to reach out to one of our experts." ], "primaryEntities": [ "APIContext", "APIContext User Guides", "APIContext User Guide", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide" }, { "label": "API Monitoring Frequency – how much is too much?", "href": "/apicontext-user-guide/api-monitoring-frequency-how-much-is-too-much" }, { "label": "Tutorial: Handling Microsoft Graph API Auth", "href": "/apicontext-user-guide/microsoft_graph_api_auth" }, { "label": "Customer Case Studies", "href": "/apicontext-user-guide/customer-case-studies" }, { "label": "APIContext Case Study Power Utility", "href": "/apicontext-user-guide/customer-case-studies/apimetrics-case-study-power-utility" }, { "label": "APIContext Case Study Government APIs", "href": "/apicontext-user-guide/customer-case-studies/apimetrics-case-study-government-apis" }, { "label": "Automated Postman Collection Monitoring", "href": "/apicontext-user-guide/automated-postman-collection-monitoring" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide.json", "markdown": "https://apicontext.com/apicontext-user-guide.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide.html" } }, { "slug": "apicontext-user-guide-api-monitoring-frequency-how-much-is-too-much", "url": "https://apicontext.com/apicontext-user-guide/api-monitoring-frequency-how-much-is-too-much", "title": "API Monitoring Frequency", "description": "APIContext Guides API Monitoring Frequency How much is too much? There are many schools of thought on the frequency you should monitor your APIs, but there’s no one specific answer to the question of what is the right API monitoring frequency. APImetrics offers a wide range of options from essentially every second through to a...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "API Monitoring Frequency – how much is too much?", "href": "/apicontext-user-guide/api-monitoring-frequency-how-much-is-too-much" } ], "summary": "APIContext Guides API Monitoring Frequency How much is too much? There are many schools of thought on the frequency you should monitor your APIs, but there’s no one specific answer to the question of what is the right API monitoring frequency. APImetrics offers a wide range of options from essentially every second through to a...", "bodySections": [ { "title": "How much is too much?", "body": "There are many schools of thought on the frequency you should monitor your APIs, but there’s no one specific answer to the question of what is the right API monitoring frequency. APImetrics offers a wide range of options from essentially every second through to a single call a day. That said, there are some general guides we can give to help with this." }, { "title": "What is a meaningful sample size?", "body": "We’ve written at length about the perils of relying entirely on your existing log traffic – after all, it would be logical to think that all the traffic gives you what you need. The challenge is that it doesn’t always work that way for a number of reasons: • If the call isn’t reaching your servers you’ll have no logs to look at • Logs won’t tell you about issues with a partner or users cloud services • You might have too much data to sort meaningfully for a low frequency event – the flipside of this is you might not store the logs long enough because storing all the logs in a meaningful way gets very spendy quickly • Existing services might ignore failure chains – say a database that technically isn’t in your API stack is taken down – it’s not uncommon for an engineering team to set their systems to ignore client errors With that in mind, we always recommend a series of sample calls from outside your stack to give you data that you can use as a control sample – after all, it’s what we do." }, { "title": "What are you trying to achieve?", "body": "The rule of the thumb with API monitoring frequency is that the higher is better, but only up to a certain point. Once a day is probably not enough because a lot can happen in a day and you can lose a lot of lot of money if something goes wrong and you don’t notice for the entire day. Once a second is probably too fast because the signal will tend to be noisy and you can’t respond to things on a 1-second timescale (unless you are a high frequency trading bot). Every 5 minutes is typically a good frequency. This gives you good resolution of what has happened over a day and allows you to respond quickly in human timescale if something really has gone wrong." }, { "title": "Location Issues", "body": "Depending on your authentication protocol and load balancing system you might also need to consider monitoring frequencies by region too. If you are monitoring globally once a minute, so that over the course of a few hours you’ll have equal calls from different locations around the world, there could be significant gaps in coverage for regions. So if you have a regional load balancer go down you could miss it. In that situation, or where a particular authentication routes to a specific location, you might want to schedule more frequent monitoring but distributed by location, i.e., a call every 5 minutes per region." }, { "title": "So what frequency should I pick?", "body": "It largely depends on your use patterns and what you want the monitoring to achieve but for most API based applications we usually believe 5-10 times an hour per region you’re interested in will give you enough warning to fix something that could have negative impacts on users before they start to notice. For security monitoring, where you’re more interested in negative issues, such as accessing a forbidden resource or verifying that Tokens refresh as expected you might only do that a couple of times an hour just to be sure." }, { "title": "Pulling API Monitoring Frequency Together", "body": "You don’t need a massively high API monitoring frequency to generate useful data and give you insights into how things are working where your users are. But you should focus on samples that give you meaningful performance data and the alerting you need to be responsive to outages before your users notice. APIContext has a world beating scheduling engine designed to help you as you can learn in this helpful tutorial." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "How much is too much?", "What is a meaningful sample size?", "What are you trying to achieve?", "Location Issues", "So what frequency should I pick?", "Pulling API Monitoring Frequency Together", "Ready To Start Monitoring?", "There are many schools of thought on the frequency you should monitor your APIs, but there’s no one specific answer to the question of what is the right API monitoring frequency.", "APImetrics offers a wide range of options from essentially every second through to a single call a day." ], "primaryEntities": [ "APIContext", "API Monitoring Frequency – how much is too much?", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/api-monitoring-frequency-how-much-is-too-much" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-api-monitoring-frequency-how-much-is-too-much.json", "markdown": "https://apicontext.com/apicontext-user-guide/api-monitoring-frequency-how-much-is-too-much.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-api-monitoring-frequency-how-much-is-too-much.html" } }, { "slug": "apicontext-user-guide-apicontext-ai-based-reporting-and-analytics", "url": "https://apicontext.com/apicontext-user-guide/apicontext-ai-based-reporting-and-analytics", "title": "APIContext AI Based Reporting and Analytics", "description": "APIContext Guides APIContext AI-Based Reporting and Analytics There are plenty of API metrics that can be generated – but what are they really telling you? APIContext has spent years focused on the key questions about API performance and bringing AI based reporting to API monitoring in a single monitoring and reporting product. This is so...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "APIContext AI-Based Reporting and Analytics", "href": "/apicontext-user-guide/apicontext-ai-based-reporting-and-analytics" } ], "summary": "APIContext Guides APIContext AI-Based Reporting and Analytics There are plenty of API metrics that can be generated – but what are they really telling you? APIContext has spent years focused on the key questions about API performance and bringing AI based reporting to API monitoring in a single monitoring and reporting product. This is so...", "bodySections": [ { "title": "AI-Driven Insights", "body": "At the heart of APIContext is the AI Based API Insights Report. The analysis works from the calls you make and the training our system has gained from the billions of data points we’ve collected since we started monitoring APIs globally in 2016. The data that goes into Insights is based on: • Pass Rates – as measured by the criteria you set in your API tests • Latency – the time it takes the API call to execute • Outlier rates – calls which the AI determines fall outside of your normal test criteria • Consistent response times – your API may be blisteringly fast, or snail-like slow; do you have periods of time when it’s much slower than you expect? • Overall speed – we don’t look too hard at the speed, but we do keep an eye on a famous IT metric of about 450ms (the speed IBM determined that a computer system had to respond before people noticed the lag) These API metrics are pulled together in the CASC score, which tells you out of a perfect 10 if there are any problems with a specific API. The clever thing with CASC is it allows us to compare different APIs, so you can see how they rate against each other or a competitor. Regional metrics are generated so you can see Cloud, Location, and Regional API performance metrics at a glance to understand where there might be problems. This provides insight to internal engineering AND external customer facing teams." }, { "title": "What API Insights Tell You", "body": "With the AI Based API Insights report, you can learn which data centers and clouds are providing the worst service – a critical piece of data for informing third parties about their issues. If you know, for example, that AWS Frankfurt is 2 seconds per transaction slower than Azure London, then you’re equipped to understand why people might be complaining about a specific location. Likewise if you’re using containers, you might want to know where in the world and on which of the major clouds you get the best performance. APIContext can do that and more. We also provide API metrics benchmarking so we can easily show how your specific API ranks against groups of APIs, industries, and more." }, { "title": "Integrated Statistical Analysis Tools", "body": "With APIContext, you don’t have to export your data into yet another product. With our fully integrated statistical analysis system, you get all the data you need in our statistics views and reports – without having to sign up for, or pay for, another product. Statistics analysis gives you data on the actual performance metrics for your APIs for as long as you’ve been a customer. This includes: • A geographic mapping feature to show calls by call segment (DNS, TCP, Processing Times) and Cloud on an interactive world map view including percentile breakdowns • Pass/fail rates • Latency graphs for all call segments and also the ability to map different APIs together for direct comparison purposes – these can be saved for future reference • Heat maps to show when calls are slow either over an hourly/daily/weekly/monthly basis so you can visualize performance trends for the speed of your responses" }, { "title": "Reporting and Status Pages", "body": "In addition to statistical analysis tools we provide a range of reporting and status page options – including the ability to download reports as a CSV file . Reports show API pass rates either as a total or by call location, and break it down further by the data center that they were made from. Data is also presented with 95th and 99th percentile analysis so you can see which APIs have long extreme times that can impact you. Every report can also be automatically turned into a real-time status page for direct embedding into a blog, operations center, or other similar reporting service for internal and external users." }, { "title": "Compliance and Governance", "body": "Imagine being able to generate the reports your regulators need automatically – from real external performance data – just like users of your platform experience. Imagine being able to bring that data to dispute resolution discussions with actual evidence that it isn’t your platform, or show where the weak links are in somebody else’s stack. Well, imagine no more. APIContext provides automatically generated regulator reports for the key regulated industries or we can customize the output of the product to generate exactly what you need when you need it." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "AI-Driven Insights", "What API Insights Tell You", "Integrated Statistical Analysis Tools", "Reporting and Status Pages", "Compliance and Governance", "Ready To Start Monitoring?", "APIContext has spent years focused on the key questions about API performance and bringing AI based reporting to API monitoring in a single monitoring and reporting product.", "This is so you can identify what you need to know versus what might mislead you into thinking all is well, when, in fact, it isn’t.", "To achieve this, APIContext created a database of over a billion API calls, and 10 billion data points in over 30 TB of data ." ], "primaryEntities": [ "APIContext", "APIContext AI-Based Reporting and Analytics", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/apicontext-ai-based-reporting-and-analytics" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-apicontext-ai-based-reporting-and-analytics.json", "markdown": "https://apicontext.com/apicontext-user-guide/apicontext-ai-based-reporting-and-analytics.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-apicontext-ai-based-reporting-and-analytics.html" } }, { "slug": "apicontext-user-guide-automated-postman-collection-monitoring", "url": "https://apicontext.com/apicontext-user-guide/automated-postman-collection-monitoring", "title": "Automated Postman Collection Monitoring", "description": "APIContext Guides Postman Collection Monitoring Seamless Postman Collection Monitoring with APIContext APIContext has partnered with our friends at Postman to take Postman collection monitoring to the next level, with a completely automated solution that lets you take full advantage of the APIContext global network of Cross-Cloud agents and the ease of Postman’s collection management tools....", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "Automated Postman Collection Monitoring", "href": "/apicontext-user-guide/automated-postman-collection-monitoring" } ], "summary": "APIContext Guides Postman Collection Monitoring Seamless Postman Collection Monitoring with APIContext APIContext has partnered with our friends at Postman to take Postman collection monitoring to the next level, with a completely automated solution that lets you take full advantage of the APIContext global network of Cross-Cloud agents and the ease of Postman’s collection management tools....", "bodySections": [ { "title": "Seamless Postman Collection Monitoring with APIContext", "body": "APIContext has partnered with our friends at Postman to take Postman collection monitoring to the next level, with a completely automated solution that lets you take full advantage of the APIContext global network of Cross-Cloud agents and the ease of Postman’s collection management tools." }, { "title": "What does that mean?", "body": "If you have a significant set of tests in Postman that you’ve been working with during development but want to move to a more robust system for monitoring your production setup, it can seem daunting to move the entire test configuration over to another product. To simplify this, APIContext now offers two different approaches to having the best of both worlds. Option 1 is to import your Postman collection using our importer and then set up the environment. The upside here is you will be able to manage the collection within APIContext and have an easier time of the security handling. The downside is there is a significant overhead in terms of time. Option2, which we developed in conjunction with the team at Postman, is to sync the collection directly to Postman using the Postman API. By syncing your Postman collection directly to APIContext, we can run your entire collection through the APIContext network and gather stats on the process with almost no work needed on your part. If the collection runs in Postman, it will run in the same way through about 40 of our Azure, Google and AWS locations with no additional setup needed on your part. READ HOW TO RUN A COLLECTION IN DETAIL" }, { "title": "Key Features", "body": "With our integration to Postman you don’t have to worry about configuring anything in APIContext, BUT you will need to have a premium account in Postman for the collection to sync correctly as the process of running calls will use one of your Postman API call quota per sequence, plus whatever APIContext calls you use. The key steps to the process are simple: • Enter your Postman API key into the APImetrics product ( read the full guide at Postman here ) • Select the collection you are planning to monitor • Confirm the environment details • Schedule the collection to run through our network of Newman based agents (we currently have about 40 across AWS, Azure and Google data centers using our standard scheduling engine • Sit back and watch the results come in. APIContext will also take the alerting cues from the configuration in your Postman Collection, which means that errors and issues will be picked up automatically and used in our insights engine. To get the most out of our cross-cloud functionality you will need to add the following to your Postman collection before you turn on monitoring: Connection: close This will close the current TCP connection and force our agents to do a complete new connect each time the API calls run. This will give you the networking data which is critical to understanding how APIs perform globally and show you where there might be issues with your customer configurations or hosting choices." }, { "title": "Everything included", "body": "You get access to all the reporting, alerting through our wide range of webhook integrations like Ops Genie, Pager Duty and all the automated insights that you would have from setting up inside APImetrics but you can control the experience inside your test setup directly from your Postman collection in Postman itself. With APImetrics projects, you can also share these configurations with other members of the team, or share the results and output to non-engineers without them having access to Postman itself. Giving you confidence in your ability to share reporting without interfering in your test set up." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Seamless Postman Collection Monitoring with APIContext", "What does that mean?", "Key Features", "Everything included", "Ready To Start Monitoring?", "Seamless Postman Collection Monitoring with APIContext APIContext has partnered with our friends at Postman to take Postman collection monitoring to the next level, with a completely automated solution that lets you take full advantage of the APIContext global network of Cross-Cloud agents and the ease of Postman’s collection management tools.", "If you have a significant set of tests in Postman that you’ve been working with during development but want to move to a more robust system for monitoring your production setup, it can seem daunting to move the entire test configuration over to another product." ], "primaryEntities": [ "APIContext", "Automated Postman Collection Monitoring", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/automated-postman-collection-monitoring" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-automated-postman-collection-monitoring.json", "markdown": "https://apicontext.com/apicontext-user-guide/automated-postman-collection-monitoring.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-automated-postman-collection-monitoring.html" } }, { "slug": "apicontext-user-guide-customer-case-studies", "url": "https://apicontext.com/apicontext-user-guide/customer-case-studies", "title": "Customer Case Studies", "description": "yes", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "Customer Case Studies", "href": "/apicontext-user-guide/customer-case-studies" } ], "summary": "yes", "bodySections": [ { "title": "Read our customer case studies", "body": "Learn more about our customer case studies, from government to banking – how to use APIContext and build value." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Read our customer case studies", "Ready To Start Monitoring?", "Read our customer case studies Learn more about our customer case studies, from government to banking – how to use APIContext and build value.", "Want to learn more?" ], "primaryEntities": [ "APIContext", "Customer Case Studies", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/customer-case-studies" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-customer-case-studies.json", "markdown": "https://apicontext.com/apicontext-user-guide/customer-case-studies.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-customer-case-studies.html" } }, { "slug": "apicontext-user-guide-customer-case-studies-apimetrics-case-study-government-apis", "url": "https://apicontext.com/apicontext-user-guide/customer-case-studies/apimetrics-case-study-government-apis", "title": "APIContext Case Study Government APIs", "description": "APImetrics Guides How a government agency benefits from APIContext The government of New Zealand Ministry of Business Innovation and Enterprise uses APIContext to monitor their critical APIs. BACKGROUND The Ministry of Business, Innovation and Employment (MBIE) is the government’s lead business-facing agency. Its purpose is to grow the New Zealand economy to provide a better...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "customer case studies", "href": "/apicontext-user-guide/customer-case-studies" }, { "name": "APIContext Case Study Government APIs", "href": "/apicontext-user-guide/customer-case-studies/apimetrics-case-study-government-apis" } ], "summary": "APImetrics Guides How a government agency benefits from APIContext The government of New Zealand Ministry of Business Innovation and Enterprise uses APIContext to monitor their critical APIs. BACKGROUND The Ministry of Business, Innovation and Employment (MBIE) is the government’s lead business-facing agency. Its purpose is to grow the New Zealand economy to provide a better...", "bodySections": [ { "title": "BACKGROUND", "body": "The Ministry of Business, Innovation and Employment (MBIE) is the government’s lead business-facing agency. Its purpose is to grow the New Zealand economy to provide a better standard of living for all New Zealanders. Some of MBIE’s main public-facing operational responsibilities include: • Provide company registration, intellectual property and insolvency services Regulate the supply and use of radio spectrum, electricity and gas • Provide and enforce consumer, commercial and occupational regulatory frameworks • Deliver immigration services and policy • Lead the Government’s health and safety reform programme • Advise on and support employment relations and enforce minimum employment standards • Lead the Government Centre for Dispute Resolution MBIE and its preceding agencies have been providing public APIs since 2002. It has recognised that APIs are an important method for delivering services and is increasing its efforts in supporting and promoting existing APIs, and providing new and improved APIs across a variety of business areas. MBIE operates an outsourced ICT model and has a range of vendors responsible for API delivery. There are various layers of monitoring and reporting available from these vendors, but it was felt that independent external monitoring would provide richer information on how its APIs perform from a customer perspective." }, { "title": "MBIE’S API MONITORING REQUIREMENTS", "body": "MBIE needed external monitoring of some of its key APIs (see www.api.business.govt.nz for a list of APIs provided by MBIE). The key requirements were: • Ability to get notification of issues in production and test environments • Support for SOAP and REST APIs • Reporting on API performance • Ability to monitor from regional and international locations • Ability to have multiple users under one account" }, { "title": "USE OF APIContext", "body": "MBIE evaluated several cloud services for API monitoring and found APIContext the best fit for these requirements. During the initial trial period the APIContext team were very responsive to questions and proactively made contact with MBIE to provide assistance and training. This, combined with their comprehensive documentation, helped ensure that the capabilities of the product were well understood and that monitoring was set up to provide maximum effectiveness. MBIE currently has ten different API calls set up in APIContext to provide targeted testing of API platforms and key services. Each API has at least three deployments to different international locations and hosts (Google, AWS, Azure, and Softlayer). The number of API calls will grow when a new MBIE API platform is launched in July 2016 and as more individual APIs are monitored for performance." }, { "title": "API Calls for Different API Types", "body": "MBIE uses a number of legacy API technologies and is working on consolidating these to a single main API platform over time. APIContext has the level of support needed to set up tests against MBIE’s SOAP and REST services, using different authentication schemes including basic authentication, OAuth1, OAuth2, and WS-Security." }, { "title": "Outage Monitoring", "body": "MBIE needs to know as early as possible when there are any outages with its API platforms and APIs, preferably before customers or vendors have to notify that there is a problem. APIContext provides flexible deployment frequencies and alert settings on each API deployment, which allows MBIE to tailor the alerting for each scenario being monitored. Higher priority APIs are set up with multiple deployments each running at a 10 or 15 minute frequency, with call times offset so that there is a call being made to the API every three to five minutes. Alerts for these are sent to a specified email address when any failure is received. Lower priority APIs or test environment versions of APIs are called at a lower frequency and alerts are set up to be sent only when multiple failures in a row are encountered. Deployments are always set up to originate from different geographical locations and hosts to ensure that problems at the host side can be identified, while allowing monitoring to continue from other locations. API calls are configured to test for particular response conditions to confirm whether the call was successful or not. APIContext allows for various conditions to be tested, including HTTP status, header and body content, and response time and size. These features allow MBIE to set up suitable business monitoring for outages without receiving many false positive alerts." }, { "title": "Performance Monitoring and Reporting", "body": "MBIE includes API performance monitoring sections in internal reports for management. The standard reports that are generated from APIContext are a suitable form to include without modification. The reports and dashboards in APIContext provide a clear visual representation of API performance including pass rates, latency, and whether performance has improved or degraded between reporting periods. The information in these reports and in the new Insights section is being used by MBIE to baseline performance of current APIs as a comparison for when the new API platform is introduced into production use. This information will also be used to set performance SLAs with MBIE customers in future. Current customer agreements are focussed around legal terms and conditions, with no detail of service availability and performance. APIContext reporting will ensure that achievable targets are set and can be reported on. The impact of a customer’s geographical location can be easily seen when looking at performance of MBIE APIs from regional locations in the Asia-Pacific area compared to Europe and the United States. The API Insights function visually shows that there is significant additional latency added for the more distant locations, which help with understanding customer issues with MBIE APIs. APIContext also offers capabilities for information collation that MBIE intends to use in future after its new API platform is bedded in. This includes the use of an API to retrieve performance data from MBIE’s API calls and webhooks for receiving data. These features will allow improved ability to collate APIContext data for display and analysis alongside other MBIE system reporting." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "BACKGROUND", "MBIE’S API MONITORING REQUIREMENTS", "USE OF APIContext", "API Calls for Different API Types", "Outage Monitoring", "Performance Monitoring and Reporting", "Ready To Start Monitoring?", "The government of New Zealand Ministry of Business Innovation and Enterprise uses APIContext to monitor their critical APIs.", "BACKGROUND The Ministry of Business, Innovation and Employment (MBIE) is the government’s lead business-facing agency.", "Its purpose is to grow the New Zealand economy to provide a better standard of living for all New Zealanders." ], "primaryEntities": [ "APIContext", "APIContext Case Study Government APIs", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/customer-case-studies/apimetrics-case-study-government-apis" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-customer-case-studies-apimetrics-case-study-government-apis.json", "markdown": "https://apicontext.com/apicontext-user-guide/customer-case-studies/apimetrics-case-study-government-apis.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-customer-case-studies-apimetrics-case-study-government-apis.html" } }, { "slug": "apicontext-user-guide-customer-case-studies-apimetrics-case-study-power-utility", "url": "https://apicontext.com/apicontext-user-guide/customer-case-studies/apimetrics-case-study-power-utility", "title": "APIContext Case Study Power Utility", "description": "APImetrics Guides How a power utility uses APIContext to monitor their APIs First Utility (Now Shell Energy) uses APIContext to Increase Throughput Without Increasing Capacity First Utility is one of the UK’s largest and fastest growing independent energy providers. Since beginning operations in 2009, the company has rapidly built a loyal following by offering homeowners...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "customer case studies", "href": "/apicontext-user-guide/customer-case-studies" }, { "name": "APIContext Case Study Power Utility", "href": "/apicontext-user-guide/customer-case-studies/apimetrics-case-study-power-utility" } ], "summary": "APImetrics Guides How a power utility uses APIContext to monitor their APIs First Utility (Now Shell Energy) uses APIContext to Increase Throughput Without Increasing Capacity First Utility is one of the UK’s largest and fastest growing independent energy providers. Since beginning operations in 2009, the company has rapidly built a loyal following by offering homeowners...", "bodySections": [ { "title": "First Utility (Now Shell Energy) uses APIContext to Increase Throughput Without Increasing Capacity", "body": "First Utility is one of the UK’s largest and fastest growing independent energy providers. Since beginning operations in 2009, the company has rapidly built a loyal following by offering homeowners innovative smart meters, website tools and mobile apps. These products give customers the ability to reduce their gas and electric bills by helping them monitor and control energy usage. In the UK’s deregulated market, giving First Utility customers real-time insight into their short- and long-term energy consumption patterns is a competitive advantage. Within just a few years, First Utility’s customer base has grown to more than 850,000, with more than a third using First Utility’s iOS and Android mobile apps. “First Utility empowers customers by giving them access to information,” said Richard Marshall, principal technical operations engineer. “We were one of the first companies to introduce smart meters, giving customers real-time feedback and comparisons to help them understand their energy usage. We stay ahead of our competition by introducing new features and ensuring that our website tools and mobile apps are the best they can be. The more knowledge we can share with our customers, the more power they have at their disposal to control energy usage and ultimately save money.”" }, { "title": "Limited visibility", "body": "First Utility’s reliance on technology means that fast, dependable access to customer accounts via the website and mobile applications is central to the company’s success. All of this functionality, including billing, is driven by just a handful of mission-critical APIs. Initially, the company’s TechOps team used a variety of tools to monitor the website internally and ensure that everything was running smoothly, but they realized over time that running tests internally did not give an accurate picture of real-life usability from customers’ perspectives. “Rather than an inside-out view, we realized that we needed a specialized tool that could give us visibility into the performance of our site and apps in the same way that the rest of the internet sees us,” continued Marshall. “It was really important for us to know when the site became unavailable for users, and to understand long-term trends and any pinch points in the network. The only way to accomplish these goals was to adopt a third party set of tools, and for that we chose APImetrics.”" }, { "title": "Knowledge is Power", "body": "First Utility uses a complicated OAuth authentication process for access to its services, so it initially struggled to find a compatible monitoring tool. With its ability to handle most API security systems and renewals natively, APIContext enabled the TechOps team to easily configure customized dashboards specifically for their RESTful APIs. APIContext also allows First Utility to start monitoring new API end-points within minutes, and can generate useful latency charts and analytical summaries in a few simple keystrokes. These features give First Utility a great deal of ongoing confidence that their web tools and mobile apps are working properly and providing a first class user experience to the company’s customers. “For our particular implementation, we use APIContext as a reference tool to help establish performance baselines for our mobile apps and the First Utility website,” said Marshall. “APIContext provides multiple monitoring sites globally. That helps companies conduct realistic tests as close to their user base as possible. In the case of First Utility, all of our customers are here in the UK, so we appreciate the fact that we can test Azure from Ireland, for example, or tap into Softlayer from London. It’s a feature that most other API testing or monitoring tools simply don’t offer.”" }, { "title": "More than a performance tool", "body": "First Utility has approximately 1,000 employees, but within its lean 30-man operations team there are only five people tasked with managing web tech support and issue resolution. Having limited resources, the company naturally needs an efficient way to isolate, investigate and resolve website or application issues as quickly as possible. Prior to implementing the APIContext tools in mid-2015, First Utility began running into potential capacity problems. Like most companies facing this common concern, the operations team considered several options including the installation of additional servers to boost performance. However, once APIContext was implemented, the team discovered that the issue was not one of capacity, but rather of configuration. By fixing the problem, they were able to improve throughput dramatically, helping user content load faster and effectively producing more bandwidth without adding more server capacity. This not only saved the company considerable time and effort isolating the problem, it also allowed the team to optimize their existing Oracle resources and park additional infrastructure expenditure. “Energy companies have complex back-end systems, which become even more difficult to manage when they’re required to meet the needs of customers, suppliers and other stakeholders,” said Marshall. “There’s no question that APIContext has allowed us to establish practical baselines and improve performance. It opened a window to let us see what is really going on further down the line with our critical services, and points us in the right direction to take quick action before problems have a chance to impact customers. Without these kind of outside-in monitoring and diagnostic tools, enterprises cannot hope to adequately investigate or even avoid issues.”" }, { "title": "The proof is in the pudding", "body": "“Most of First Utility’s employees are also customers. That gives us a really good incentive to make sure that the website and the apps are working,” concluded Marshall. “Being consumers of our own service, we have a vested interest in ensuring that the site and the apps are reliable, responsive, and act exactly the way we anticipate them to. So if they’re working well for us, we know they’re working well for our customers. We’ve set ourselves a high bar, expecting the systems to work just as well as any other big sites in the industry. With tools like the ones from APIContext, we’re certainly on the right track.”" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "First Utility (Now Shell Energy) uses APIContext to Increase Throughput Without Increasing Capacity", "Limited visibility", "Knowledge is Power", "More than a performance tool", "The proof is in the pudding", "Ready To Start Monitoring?", "First Utility (Now Shell Energy) uses APIContext to Increase Throughput Without Increasing Capacity First Utility is one of the UK’s largest and fastest growing independent energy providers.", "Since beginning operations in 2009, the company has rapidly built a loyal following by offering homeowners innovative smart meters, website tools and mobile apps.", "These products give customers the ability to reduce their gas and electric bills by helping them monitor and control energy usage." ], "primaryEntities": [ "APIContext", "APIContext Case Study Power Utility", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/customer-case-studies/apimetrics-case-study-power-utility" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-customer-case-studies-apimetrics-case-study-power-utility.json", "markdown": "https://apicontext.com/apicontext-user-guide/customer-case-studies/apimetrics-case-study-power-utility.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-customer-case-studies-apimetrics-case-study-power-utility.html" } }, { "slug": "apicontext-user-guide-customer-case-studies-white-papers", "url": "https://apicontext.com/apicontext-user-guide/customer-case-studies/white-papers", "title": "White Papers", "description": "APImetrics Guides White Papers White Papers Our most recent paper", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "customer case studies", "href": "/apicontext-user-guide/customer-case-studies" }, { "name": "White Papers", "href": "/apicontext-user-guide/customer-case-studies/white-papers" } ], "summary": "APImetrics Guides White Papers White Papers Our most recent paper", "bodySections": [ { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Ready To Start Monitoring?", "Want to learn more?", "Sign up now and start using the product immediately." ], "primaryEntities": [ "APIContext", "White Papers", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/customer-case-studies/white-papers" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-customer-case-studies-white-papers.json", "markdown": "https://apicontext.com/apicontext-user-guide/customer-case-studies/white-papers.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-customer-case-studies-white-papers.html" } }, { "slug": "apicontext-user-guide-easy-dns-monitoring-with-apimetrics", "url": "https://apicontext.com/apicontext-user-guide/easy-dns-monitoring-with-apimetrics", "title": "Easy DNS Monitoring with APIContext", "description": "APIContext Guides easy DNS Monitoring", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "Easy DNS Monitoring with APIContext", "href": "/apicontext-user-guide/easy-dns-monitoring-with-apimetrics" } ], "summary": "APIContext Guides easy DNS Monitoring", "bodySections": [ { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Ready To Start Monitoring?", "Want to learn more?", "Sign up now and start using the product immediately." ], "primaryEntities": [ "APIContext", "Easy DNS Monitoring with APIContext", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/easy-dns-monitoring-with-apimetrics" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-easy-dns-monitoring-with-apimetrics.json", "markdown": "https://apicontext.com/apicontext-user-guide/easy-dns-monitoring-with-apimetrics.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-easy-dns-monitoring-with-apimetrics.html" } }, { "slug": "apicontext-user-guide-features-2", "url": "https://apicontext.com/apicontext-user-guide/features-2", "title": "API Monitoring Features", "description": "APIContext Guides API Call Monitoring Features Reporting, alerting, analysis and more. APIContext offers a complete suite for API call monitoring. Dive into our detailed features – but first, check out this summary of what you can do. Create and run real API calls. Just like users and partners do. Set up and run REST &...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "API Monitoring Features", "href": "/apicontext-user-guide/features-2" } ], "summary": "APIContext Guides API Call Monitoring Features Reporting, alerting, analysis and more. APIContext offers a complete suite for API call monitoring. Dive into our detailed features – but first, check out this summary of what you can do. Create and run real API calls. Just like users and partners do. Set up and run REST &...", "bodySections": [ { "title": "Create and run real API calls.Just like users and partners do.", "body": "• Set up and run REST & SOAP APIs • Import from OpenAPI, RAML, Postman or use our API • Create workflows of linked API calls to test scenarios • Detailed results (DNS, TCP connect, handshake, processing, download time) • Look for specific content returned, package sizes or specific response codes • Set timing-based conditions and alerts" }, { "title": "Schedule calls globally. Any public cloud location. No configuration or setup.", "body": "• Deploy to any cloud location from AWS, Azure, Google and IBM • Pick from 80+ locations around the world • Deploy on VMs inside your firewall • Deploy to micro-controller devices like Raspberry Pis for IOT scenarios" }, { "title": "Clear dashboards. Integrated reporting. Insightful analysis.", "body": "• See all scheduled API calls at a single glance • Response times for the last day and over 2 weeks • Pass rates, latency and CASC scores • Detailed analysis of latency breakdown" }, { "title": "Alerts on the issues you need to know about.", "body": "• Email based messages • Webhook push notifications to common DevOps tools • Configurable webhook connection • Trigger alerts from any condition • Set reverse testing scenarios • Set thresholds before alerts are triggered" }, { "title": "Automated diagnosis. Fully secure.", "body": "• AI & ML based analysis • Automated trend and issue analysis • Tools designed to accelerate problem and issue detection" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Create and run real API calls.Just like users and partners do.", "Schedule calls globally. Any public cloud location. No configuration or setup.", "Clear dashboards. Integrated reporting. Insightful analysis.", "Alerts on the issues you need to know about.", "Automated diagnosis. Fully secure.", "Ready To Start Monitoring?", "Reporting, alerting, analysis and more.", "APIContext offers a complete suite for API call monitoring.", "Dive into our detailed features – but first, check out this summary of what you can do." ], "primaryEntities": [ "APIContext", "API Monitoring Features", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/features-2" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-features-2.json", "markdown": "https://apicontext.com/apicontext-user-guide/features-2.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-features-2.html" } }, { "slug": "apicontext-user-guide-make-an-api-call", "url": "https://apicontext.com/apicontext-user-guide/make-an-api-call", "title": "Make an API Call", "description": "APIContext Guides Make Your First API Call At a simple level, if you can type a URL into a browser, you can make an API call with APIContext. In fact, there’s a lot in common between what happens when you make an API call and when you go to a webpage – APIs are involved...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "Make an API Call", "href": "/apicontext-user-guide/make-an-api-call" } ], "summary": "APIContext Guides Make Your First API Call At a simple level, if you can type a URL into a browser, you can make an API call with APIContext. In fact, there’s a lot in common between what happens when you make an API call and when you go to a webpage – APIs are involved...", "bodySections": [ { "title": "Step 1: Click on “Add API Call”", "body": "In the side menu or at the top of the screen you’ll see “Add API Call” – just click on that and we’re off to the races. This will bring up step 2, the call editing window." }, { "title": "Step 2: “Enter the URI”", "body": "When the edit screen appears we’re going to want to enter the URI of the call we are going to be making. We’re using the HTTPbin server as our test which gives us a bunch of fun features to play with, but for the first one we’re going to ask for the IP address of the agent that will make the API call. Remember, these are REAL API calls from outside your firewall from real application servers in the cloud to your APIs. If you’re not able to reach the API call then you won’t be able to get this working with your APIs yet. But you shouldn’t go public without being 100% sure your APIs work flawlessly from outside the firewall. We’ve give the call a name so we remember it and we’ve used the reference location of the APImetrics HTTPbin servers “http://google.apimetrics.xyz” after that just add “ip” and save the call. You’re now ready to make an API call." }, { "title": "Step 3: “Run the API call”", "body": "You’re now ready to run the API call – you can select “Run” and it will be sent to our default server in Iowa, or you can click the arrow and pick any of the 70+ locations around the world we operate in. For this test, we’re picking AWS Tokyo." }, { "title": "Step 4: Read the Result", "body": "Assuming everything worked, you should now have a result screen to look at. There are 4 key things here to see: • The response code and assertions set. We got a HTTP 200 OK! and we have the overall latency and the timing for the call. • A breakdown of the timings of each step – DNS lookup, connect time, upload, processing and download which all come to 16ms • A graphical view of the breakdown • Benchmarking the steps of the call against other similar calls in our database – if it’s green, it’s good; yellow means the time taken puts the call in the 90th percentile of responses, i.e., the worst 10%; red means the worst 1% of all calls If you look further you’ll see the call made, the header received and the actual body. APIContext will store these results for you for as long as you’re a customer so you will always have an audit trail of results." }, { "title": "Step 5: There is no step 5!", "body": "You’ve made a real, functional API call to the outside world, congratulations! You might want to try with your own APIs or schedule this API and see how it performs!" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Step 1: Click on “Add API Call”", "Step 2: “Enter the URI”", "Step 3: “Run the API call”", "Step 4: Read the Result", "Step 5: There is no step 5!", "Ready To Start Monitoring?", "At a simple level, if you can type a URL into a browser, you can make an API call with APIContext.", "In fact, there’s a lot in common between what happens when you make an API call and when you go to a webpage – APIs are involved in both, as are the same protocols.", "But here, we’re going to walk through the basic steps here for making a call to one of our HTTPbin servers which will get the IP address of the place you’re making the call from." ], "primaryEntities": [ "APIContext", "Make an API Call", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/make-an-api-call" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-make-an-api-call.json", "markdown": "https://apicontext.com/apicontext-user-guide/make-an-api-call.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-make-an-api-call.html" } }, { "slug": "apicontext-user-guide-microsoft_graph_api_auth", "url": "https://apicontext.com/apicontext-user-guide/microsoft_graph_api_auth", "title": "Handling Microsoft Graph API Auth", "description": "APIContext Guides Handling Microsoft Graph API Auth making secure API calls to Microsoft Graph API Endpoints Microsoft Graph APIs are at the heart of everything Microsoft does but they’re not entirely straight forward to monitor or even call successfully – something even Microsoft can struggle with. Fortunately, this is a relatively easy problem to solve....", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "Tutorial: Handling Microsoft Graph API Auth", "href": "/apicontext-user-guide/microsoft_graph_api_auth" } ], "summary": "APIContext Guides Handling Microsoft Graph API Auth making secure API calls to Microsoft Graph API Endpoints Microsoft Graph APIs are at the heart of everything Microsoft does but they’re not entirely straight forward to monitor or even call successfully – something even Microsoft can struggle with. Fortunately, this is a relatively easy problem to solve....", "bodySections": [ { "title": "making secure API calls to Microsoft Graph API Endpoints", "body": "Microsoft Graph APIs are at the heart of everything Microsoft does but they’re not entirely straight forward to monitor or even call successfully – something even Microsoft can struggle with. Fortunately, this is a relatively easy problem to solve." }, { "title": "Overview", "body": "Microsoft Graph is an OAuth based service but has some additional layers which mean our Wizard doesn’t handle it directly ‘out of the box’ – instead we recommend a 2-stage workflow with environment variables set for your organization or project: Workflow 1 will contain a single call which initiates the call to kick off the sign in process where you authenticate the service – this will uses unique GUIDs that are passed to Microsoft to be used in the generation of the tokens Workflow 2 – contains a single call which obtains the access token, the expires in timing and sets the refresh token The variables this process sets will be used in our security configuration to then handle ongoing authentication. This will let you get an OAuth Token from Microsoft Graph, but we’ll need to add a final stage to handle a Refresh Token cleanly and securely so you don’t have to set it manually." }, { "title": "Basic Configuration for Microsoft Graph API Auth", "body": "In the “Environment Variables” menu set the following variables: Client_id – provided by your Microsoft application Client_secret – all provided by Microsoft Graph API Auth Redirect_uri – this is the callback setting to allow Microsoft to know what to do after sign in – this will be client.apimetrics.io/tokens/callback Scope – you’ll obtain this from Microsoft for the service you are authenticating the call to reach – more details can be found here: https://docs.microsoft.com/en-us/azure/active-directory/develop/v2-permissions-and-consent Once they are set you need to create 3 API calls. Call 1 – OAuth: Authorize – using the POST method you should enter something like this – note you don’t need to put a body for this URI The call here uses 2 system variables we generate for you as well as the environment variables we set first. Finally, this call needs to know to open the browser and make the authenticate call, so in the META tab, you need to add the following: apimetrics:browser Now when you run the call it will trigger the web browser to open. Call 2 – OAuth Access Token – to be triggered AFTER you’ve authenticated with your log in should look like this and when it’s setup, you should click on the CONDITIONS tab. In the Conditions Tab you’ll need to set the variables we will be using for actual calls. This will look something like this. Call 3 – Refresh Token Auth This will be called to refresh the authentication once we have everything set up, so you don’t have to worry about going in every time a token expires. Once this is done, we recommend creating 3 workflows – one for each of these API calls – and naming them something like: • Auth Step 1: (scope reference) Step 1 / 2 • Auth Step 2 (scope reference) Step 2 / 2 • OAuth: Refresh Token Next we set up the security setting and token we will use." }, { "title": "Configure Security Settings and Tokens", "body": "We now need to set up a way to tell the APIs you create what Auth settings to use – you’ll have seen that already in the screen shots but now we set it up. APIContext handles security separate to the API calls, so you can set up a type of authentication and a token and then you can apply that to lots of calls without having to create and edit the security for each different API call you monitor. Go to Auth & Tokens in the side navigation menu. Select ‘Create New Authentication’ – because the Microsoft Graph system is a little non-standard for an OAuth service we’re going to select ‘Manual Auth’ Things to note: 1) We do recommend adding the Endpoint domain that this auth will apply to – this will make it easier to track moving forward 2) Authentication Type is Manual Setup – don’t use the OAuth options 3) Select the OAuth: Refresh Token Workflow 4) It’s worth filling in the meta data fields so you can easily find docs later 5) Finally, under ‘Refresh Token Workflow’ select the Refresh Token Workflow you configured first Save the configuration. We can now create our first token to use with this auth. All the API will need is a header to be set with the following parameters: Authorization: Bearer (token number) Create the Token and give it a name, then select enter values manually and set a header with: Authorization with the parameter Bearer %%ACCESS_TOKEN%% – which is the variable we set in the work flow we created." }, { "title": "Pulling It All Together", "body": "Step 1 – Authenticate to service. Run Workflow 1 / 2 and sign in to the service When you arrive back at the Callback screen, select Workflow 2 / 2 from the menu and run it. You should now have valid tokens! Now go to the API call and select ‘RUN NOW’ from the top left. This should run and pass. From now on we’ll handle things for you, whenever the Token expires, the Refresh Token workflow will be triggered in the background and will automatically update the tokens for you." }, { "title": "Run a Microsoft Graph API call", "body": "Create an API call to your endpoint and select your Security Method and add the name of your auth settings and the token name to use. Click Run Now to test – it should pass." }, { "title": "Start Monitoring your Microsoft Graph APIs", "body": "Select Monitor and pick a schedule and off you go!" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "making secure API calls to Microsoft Graph API Endpoints", "Overview", "Basic Configuration for Microsoft Graph API Auth", "Configure Security Settings and Tokens", "Pulling It All Together", "Run a Microsoft Graph API call", "Start Monitoring your Microsoft Graph APIs", "Ready To Start Monitoring?", "making secure API calls to Microsoft Graph API Endpoints Microsoft Graph APIs are at the heart of everything Microsoft does but they’re not entirely straight forward to monitor or even call successfully – something even Microsoft can struggle with.", "Fortunately, this is a relatively easy problem to solve.", "Overview Microsoft Graph is an OAuth based service but has some additional layers which mean our Wizard doesn’t handle it directly ‘out of the box’ – instead we recommend a 2-stage workflow with environment variables set for your organization or project: Workflow 1 will contain a single call which initiates the call to kick off the sign in process where you authenticate the service – this will uses unique GUIDs that are passed to Microsoft to be used in the generation of the tokens Workflow 2 – contains a single call which obtains the access token, the expires in timing and sets the refresh token The variables this process sets will be used in our security configuration to then handle ongoing authentication." ], "primaryEntities": [ "APIContext", "Tutorial: Handling Microsoft Graph API Auth", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/microsoft_graph_api_auth" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-microsoft_graph_api_auth.json", "markdown": "https://apicontext.com/apicontext-user-guide/microsoft_graph_api_auth.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-microsoft_graph_api_auth.html" } }, { "slug": "apicontext-user-guide-psd2", "url": "https://apicontext.com/apicontext-user-guide/psd2", "title": "PSD2", "description": "APIContext Guides What is PSD2 (and what does it have to do with APIs?) What is PSD2 (and what does it have to do with APIs?) A new European Union directive has come into force that will eventually change the way people bank as we know it. It’s called PSD2 (Revised Payment Service Directive), and...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "PSD2", "href": "/apicontext-user-guide/psd2" } ], "summary": "APIContext Guides What is PSD2 (and what does it have to do with APIs?) What is PSD2 (and what does it have to do with APIs?) A new European Union directive has come into force that will eventually change the way people bank as we know it. It’s called PSD2 (Revised Payment Service Directive), and...", "bodySections": [ { "title": "What is PSD2(and what does it have to do with APIs?)", "body": "A new European Union directive has come into force that will eventually change the way people bank as we know it. It’s called PSD2 (Revised Payment Service Directive), and it will open up the way banks do business. It will also create new companies for processing payments. If you are in the banking or financial sector, it’s important to understand what PSD2 means for your industry, and how to react to it and become compliant with all of the regulations that encompass it." }, { "title": "The nuts and bolts of PSD2", "body": "PSD2 makes it mandatory for banks to open up their records to third-party companies. And in many companies – particularly the UK – they must do so in a standardized format. This will allow third-party companies to see an overall picture of a given person’s financial state. As it is now, if you have two or three bank accounts, it can be nearly impossible for a third-party company to see your full financial picture. With the advent of PSD2, it will now become very easy for them to do so. The method of making banking data open and transparent is achieved through the use of APIs. This means that banks need to develop accurate, well-functioning APIs in order to be compliant. This will be a great benefit for people who bank in different countries. For example, imagine you are from the UK but move to France. Currently, France would have no information on your banking history. This would make it very hard for them to determine whether or not they should grant you a loan – or even let you open a bank account at all. With PSD2 in place, a French bank would be able to look at your file and see exactly what money choices you have made in the last couple of years. This would give them the information they need to help them decide whether or not to provide you with a loan. Of course, this also has the added benefit – for the bank – of making more careful and reasonable choices about who to make loans and other financial tools available. SPEAK TO OUR TEAM ABOUT PSD2 COMPLIANCE MONITORING" }, { "title": "Cutting out the middleman", "body": "Payments will also be radically simplified under PSD2. Currently, when you try to buy something online, the information goes to a middleman, who then goes to Visa or MasterCard, who then sends the “yes” or “no” information back. Having a standardized system in place will eliminate that middleman, and instead allow you to pay for the item directly from your bank account. Banks, of course, will have to create APIs to make this possible. That is expected to happen at some point in 2020." }, { "title": "Looking forward", "body": "The biggest effect of PSD2 will be in the long term. Internet-only banks will be founded. They will be able to use the open data to decide who to open a bank account for. They will develop APIs in order to make all of their transactions open and apparent. By not having to own commercial real estate in order to offer banking services, they will put a lot of pressure on traditional banks to find other ways to make profits. This will be disruptive to the banking and financial sector as a whole." }, { "title": "The challenges of monitoring", "body": "With 27+ regional regulators all with different remits and the European Commission not setting any actual performance or quality bars PSD2 is also going to to present some interesting challenges for monitoring and API providers. You can download our White Paper on this in our download zone – simply fill in the form on this page." }, { "title": "APIContext for Fintech", "body": "Learn more about our offerings for banks, ASPs, TPP and other financial service providers" }, { "title": "Rankings for APIs", "body": "Check out our financial services rankings for leading PSD2 APIS from the major vendors." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "What is PSD2(and what does it have to do with APIs?)", "The nuts and bolts of PSD2", "Cutting out the middleman", "Looking forward", "The challenges of monitoring", "APIContext for Fintech", "Rankings for APIs", "Ready To Start Monitoring?", "What is PSD2(and what does it have to do with APIs?) A new European Union directive has come into force that will eventually change the way people bank as we know it.", "It’s called PSD2 (Revised Payment Service Directive), and it will open up the way banks do business.", "It will also create new companies for processing payments." ], "primaryEntities": [ "APIContext", "PSD2", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/psd2" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-psd2.json", "markdown": "https://apicontext.com/apicontext-user-guide/psd2.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-psd2.html" } }, { "slug": "apicontext-user-guide-tutorial-scheduling-api-calls", "url": "https://apicontext.com/apicontext-user-guide/tutorial-scheduling-api-calls", "title": "Schedule API Calls", "description": "APIContext Guides Scheduling API Calls Monitoring isn’t terribly useful if you have to individually run a call at a time, so we have a scheduling system to make repeated calls. With the APIContext scheduler you can: Set the frequency you want to call your APIs at – this can be from once per second per...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "Tutorial: Schedule API Calls", "href": "/apicontext-user-guide/tutorial-scheduling-api-calls" } ], "summary": "APIContext Guides Scheduling API Calls Monitoring isn’t terribly useful if you have to individually run a call at a time, so we have a scheduling system to make repeated calls. With the APIContext scheduler you can: Set the frequency you want to call your APIs at – this can be from once per second per...", "bodySections": [ { "title": "Scheduling Main View", "body": "Your available schedules are shown, an individual schedule or combinations of schedules can be applied to any individual API call or Workflow. Calls are then randomly scheduled to run from remote locations at the frequency that you’ve requested. This ensures that you don’t have multiple hits from the same location at the same time." }, { "title": "Create a Schedule", "body": "To create a schedule, you need to decide 2 key factors: • The frequency you’re going to call the API at – this can be anything from 1 per second to 1 per day • The locations you want to call from Frequency is selected in the dropdown menu; 12 calls per hour means that your API Endpoint will be randomly called from one of our agents out in the public cloud 12 times each hour. If, for example, you wanted to call your endpoints from every global location (currently 80+ locations) every hour, you’d need a frequency of between 1 and 2 calls per minute. Some accounts have some limitations on how frequently they can run calls – so please feel free to reach out if you have specific scheduling frequency questions. You can then pick the locations you wish to call from. You can do this by selecting a group: • Global regions or Worldwide • Individual Clouds i.e. ALL AWS, or ALL Azure • Finally, you can pick individual locations from the drop down." }, { "title": "Downtime", "body": "As we realize you may, on occasion, need to take your APIs down, we’ve added in the ability to schedule downtime on API calls. This can be used in two ways: • Schedule a maintenance outage • All for different call frequencies through the day For example: you want to monitor proactively during the work day where most of your customers are, but reduce the call frequency to maintain heartbeat monitoring over night – you’d create 2 schedules with different frequencies, one with a downtime set to outside of office hours and the other with a downtime set in office hours. This would then give you a heartbeat test over night and normal testing during the day." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Scheduling Main View", "Create a Schedule", "Downtime", "Ready To Start Monitoring?", "Monitoring isn’t terribly useful if you have to individually run a call at a time, so we have a scheduling system to make repeated calls.", "With the APIContext scheduler you can: • Set the frequency you want to call your APIs at – this can be from once per second per location through to once a day • Select the locations you want to run from – this be refined to be a specific set of locations, or a region or a specific cloud • Set any downtime for periods you don’t want to have calls run during • Apply a schedule OR multiple schedules to API calls or Workflows and leave the rest to us This tutorial will walk through setting a schedule to test from every cloud location in Europe once every 5 minutes.", "Scheduling Main View Your available schedules are shown, an individual schedule or combinations of schedules can be applied to any individual API call or Workflow." ], "primaryEntities": [ "APIContext", "Tutorial: Schedule API Calls", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/tutorial-scheduling-api-calls" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-tutorial-scheduling-api-calls.json", "markdown": "https://apicontext.com/apicontext-user-guide/tutorial-scheduling-api-calls.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-tutorial-scheduling-api-calls.html" } }, { "slug": "apicontext-user-guide-types-api-calls", "url": "https://apicontext.com/apicontext-user-guide/types-api-calls", "title": "Types of API Calls", "description": "APIContext Guides Types of API Calls Supported by APIContext APIContext currently supports the following common types of API calls in use in Service Orientated Architectures (SOA), mobile application development, SaaS (Software as a Service) and similar systems. APIs allow different systems to communicate with each other. It lets a mobile app talk to a social network, or a...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "Types of API Calls", "href": "/apicontext-user-guide/types-api-calls" } ], "summary": "APIContext Guides Types of API Calls Supported by APIContext APIContext currently supports the following common types of API calls in use in Service Orientated Architectures (SOA), mobile application development, SaaS (Software as a Service) and similar systems. APIs allow different systems to communicate with each other. It lets a mobile app talk to a social network, or a...", "bodySections": [ { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Ready To Start Monitoring?", "APIContext currently supports the following common types of API calls in use in Service Orientated Architectures (SOA), mobile application development, SaaS (Software as a Service) and similar systems.", "APIs allow different systems to communicate with each other.", "It lets a mobile app talk to a social network, or a payments service work the same way across the web, TV, mobile and other platforms." ], "primaryEntities": [ "APIContext", "Types of API Calls", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/types-api-calls" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-types-api-calls.json", "markdown": "https://apicontext.com/apicontext-user-guide/types-api-calls.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-types-api-calls.html" } }, { "slug": "apicontext-user-guide-who-uses-apimetrics", "url": "https://apicontext.com/apicontext-user-guide/who-uses-apimetrics", "title": "Who Uses APIContext?", "description": "APIContext Guides Who Uses APIContext? You might think that APIContext is *just* a technical product for a technical user base. Well, it can be. But we have users across all aspects of the digital business – from the developers who build APIs and the DevOps teams who manage them, up to the C suite. So...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apicontext user guide", "href": "/apicontext-user-guide" }, { "name": "Who Uses APIContext", "href": "/apicontext-user-guide/who-uses-apimetrics" } ], "summary": "APIContext Guides Who Uses APIContext? You might think that APIContext is *just* a technical product for a technical user base. Well, it can be. But we have users across all aspects of the digital business – from the developers who build APIs and the DevOps teams who manage them, up to the C suite. So...", "bodySections": [ { "title": "Developers", "body": "Let’s start at the very beginning with the developers who build APIs. Developers are often under pressure to get APIs out the door. To do the key steps involved in testing their solution. But sometimes, they don’t stop to think about how the API looks to the outside world. APIContext is designed to test APIs from where your users are – where they are going to build their services and applications. Without that understanding, you could be creating issues that will impact many different parts of the operation, all while thinking everything looks fine." }, { "title": "DevOps and API Platform Engineers", "body": "They need to know that the APIs are functioning. But they also have a lot of systems to look after. And some of the ways APIs fail can be challenging to track down. Some of the ways that APIs fail can hide from the traditional tools or systems used by DevOps teams. An API can appear to be passing 100%, always returning pass codes. Yet a failure can appear only to your end users. This is extremely common in legacy systems involving chains of IT equipment of different ages. Even then, there might be a problem somewhere in the networking stack. An expired SSL certificate. A misbehaving load balancer. And your infrastructure won’t even see the inbound calls. That’s why we had to build APIContext in the first place. You can read a Case Study here from our client, NYLAS, about how they realized they needed to understand the external approach to maximize their performance and managed to increase their TLS speeds by 100%." }, { "title": "Customer Success Teams", "body": "Stop us if you’ve heard this one: Customers are complaining about performance. The DevOps teams are seeing no issues. Who is right? Who can solve the disconnect? Customer success is often caught between engineering teams, who are not able to see the big picture, and customers who, clearly, believe they are always right. With APIContext, you can see both sides of the equation. It’s an accurate outside–in approach that see what the users are seeing. We can even be configured to call your APIs from the same clouds your users are on. You’ll quickly be able to see if the problem really is at your end, and take appropriate action without endless we said/they said fights." }, { "title": "Business Analysts", "body": "How do you figure out what API data is telling you when so many groups might have a stake in the answer? There are a lot of parts to a successful API strategy: Understanding your critical SLAs. Reporting accurately to customers and regulators. Being confident that things are actually working. With the growth of regulated Open Banking like the UK’s OB, our clients’ analyst teams are working flat-out to report to regulators. One client, a global Tier 1 bank, found that reporting to the UK FCA was taking most of the month to complete. With APIContext, more than half the report was automatically generated out of the box on the first of the month and delivered directly to them. We can automate huge parts of reporting – giving you peace of mind across your organization." }, { "title": "Regulators", "body": "Sectors of the API economy are increasingly becoming regulated. Complex and meaningful regulations have been set regarding how APIs should perform and what success looks like. The challenge for global regulators is simple: how do you manage a system where both sides can prove compliance? Who provides the mechanism for dispute resolution? Currently, this relies on a degree of self-reporting and reliance on all parties to offer reliable and accurate information. Enter APIContext – an independent authority with no vested interest in the sector. We can configure White Label portals and dashboards with detailed information. All parties can use it as a dispute arbitration point. In a recent example in the UK, one client was able to demonstrate to regulators that the problems stemmed from how a particular TPP had configured their integration – not from a problem with the bank’s APIs." }, { "title": "Sourcing", "body": "Digital business is increasingly delivered via API, but how do you know what you are actually buying? Conversely, look at businesses like Google. They have an SLA in place, but the onus is on the customer to demonstrate that the SLA was broken. APIContext provides tools to identify and track the likely impact of poorly performing APIs. We give sourcing departments the tools to monitor the SLAs critical to your business and potentially save money! Read our series of articles on Service Level Management starting here." }, { "title": "C Suite", "body": "Your business is digital. You exist in an ecosystem of connected, open IT systems with new regulations. You have competitors that you now need to work with. How do you get the information on performance that you can trust? Do you have a way to get the data you need in clear, jargon-free dashboards that will show you where you stand in the market and where work needs to be done? Don’t worry. APIContext has your back. Schedule some time with us and we can help." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Developers", "DevOps and API Platform Engineers", "Customer Success Teams", "Business Analysts", "Regulators", "Sourcing", "C Suite", "Ready To Start Monitoring?", "You might think that APIContext is *just* a technical product for a technical user base.", "Well, it can be.", "But we have users across all aspects of the digital business – from the developers who build APIs and the DevOps teams who manage them, up to the C suite." ], "primaryEntities": [ "APIContext", "Who Uses APIContext", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apicontext-user-guide/who-uses-apimetrics" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apicontext-user-guide-who-uses-apimetrics.json", "markdown": "https://apicontext.com/apicontext-user-guide/who-uses-apimetrics.md", "html": "https://apicontext.com/ai/page/apicontext-user-guide-who-uses-apimetrics.html" } }, { "slug": "apimetrics-free-api-tools-resources", "url": "https://apicontext.com/apimetrics-free-api-tools-resources", "title": "Free API Tools", "description": "Free API Tools​ APIContext offers a free set of tools and datasets to help with decision making for your APIs – in addition to our Knowledge Base, we have dashboards of standard API performance and free regional data. We also provide a complete network of API reference servers to test against which provide insight into...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "APIContext Resources", "href": "/apimetrics-free-api-tools-resources" } ], "summary": "Free API Tools​ APIContext offers a free set of tools and datasets to help with decision making for your APIs – in addition to our Knowledge Base, we have dashboards of standard API performance and free regional data. We also provide a complete network of API reference servers to test against which provide insight into...", "bodySections": [ { "eyebrow": "Tools", "title": "Browse Free API Tools", "body": "Free API Tools​ APIContext offers a free set of tools and datasets to help with decision making for your APIs – in addition to our Knowledge Base, we have dashboards of standard API performance and free regional data. We also provide a complete network of API reference servers to test against which provide insight into...", "links": [ { "label": "Cross Cloud API Latency Analysis", "href": "/apimetrics-free-api-tools-resources/cross-cloud-api-latency-analysis" }, { "label": "HTTPbin Network", "href": "/apimetrics-free-api-tools-resources/free-test-api" }, { "label": "US Government API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/us-government-api-rating-dashboard" }, { "label": "UK Government API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/uk-government-api-rating-dashboard" }, { "label": "Social Networking API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/social-networking-api-rating-dashboard" }, { "label": "Search API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/search-api-rating-dashboard" }, { "label": "PSD2 Sandbox API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/psd2-sandbox-api-rating-dashboard" }, { "label": "Cryptocurrency Exchange API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/cryptocurrency-exchange-api-rating-dashboard" }, { "label": "COVID19 API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/covid19-api-rating-dashboard" }, { "label": "Corporate API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/corporate-api-rating-dashboard" }, { "label": "CMA9 Open Data API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/cma9-open-data-api-rating-dashboard-2" }, { "label": "API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" } ] }, { "title": "API Ratings Dashboards", "body": "In addition to monitoring your critical APIs and providing you with insights into how they function, APIContext can provide detailed ratings, rankings and analysis on APIs you use, depend or are are interested in." }, { "title": "Cross Cloud API Latency Analysis", "body": "The map shows relative performance of a standard, reference GET request made to servers running on all the Google locations and via the Google global load balancer." }, { "title": "HTTPbin Network", "body": "APIContext provides a network of HTTPbin servers to use as free test API servers. These can be called from a variety of locations to measure overall performance from many locations without any security or setup." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "API Ratings Dashboards", "Cross Cloud API Latency Analysis", "HTTPbin Network", "Ready To Start Monitoring?", "US Government API Ratings Dashboards", "UK Government API Ratings Dashboards", "Social Networking API Ratings Dashboards", "Search API Ratings Dashboards", "PSD2 Sandbox API Ratings Dashboards", "Cryptocurrency Exchange API Ratings Dashboards", "APIContext offers a free set of tools and datasets to help with decision making for your APIs – in addition to our Knowledge Base, we have dashboards of standard API performance and free regional data.", "We also provide a complete network of API reference servers to test against which provide insight into regional variance.", "API Ratings Dashboards In addition to monitoring your critical APIs and providing you with insights into how they function, APIContext can provide detailed ratings, rankings and analysis on APIs you use, depend or are are interested in." ], "primaryEntities": [ "APIContext", "APIContext Resources", "Free API Tools", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources" }, { "label": "Cross Cloud API Latency Analysis", "href": "/apimetrics-free-api-tools-resources/cross-cloud-api-latency-analysis" }, { "label": "HTTPbin Network", "href": "/apimetrics-free-api-tools-resources/free-test-api" }, { "label": "US Government API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/us-government-api-rating-dashboard" }, { "label": "UK Government API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/uk-government-api-rating-dashboard" }, { "label": "Social Networking API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/social-networking-api-rating-dashboard" }, { "label": "Search API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/search-api-rating-dashboard" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards", "title": "API Ratings Dashboards", "description": "FREE API Tools API Ratings Dashboard In addition to monitoring your critical APIs and providing insights into how they function, APIContext can provide detailed ratings, rankings and analysis on APIs you use, depend or are interested in. We host free public API reports and we have a variety of interesting datasets to explore that update...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" } ], "summary": "FREE API Tools API Ratings Dashboard In addition to monitoring your critical APIs and providing insights into how they function, APIContext can provide detailed ratings, rankings and analysis on APIs you use, depend or are interested in. We host free public API reports and we have a variety of interesting datasets to explore that update...", "bodySections": [ { "title": "Corporate IT APIs", "body": "Top Corporate APIs from leading technology vendors" }, { "title": "PSD2 Fintech APIs", "body": "PSD2 and Fintech APIs from top global providers" }, { "title": "UK CMA9 APIs", "body": "Open Data, Open Banking APIs from the UK CMA9 Banks" }, { "title": "Search", "body": "Comparisons of performance of the leading global search engines" }, { "title": "COVID-19", "body": "Top APIs with the latest COVID19 data from around the world" }, { "title": "Social Networking", "body": "Performance of leading social networking services" }, { "title": "Crypto Exchanges", "body": "Rankings and performnce data on top cypto currency exchanges" }, { "title": "US Fed APIs", "body": "Performance of leading USA Open Government APIs" }, { "title": "UK Gov APIs", "body": "Key Open Data APIs from the UK government." }, { "title": "How we build our API Ranking Dashboards", "body": "Our API rating dashboards are powered using the APIContext API Monitoring platform and we rank using our patented CASC scoring system that allows us to make like-for-like comparisons between different providers in a meaningful way. We make standard calls to each of the APIs using our own credentials to handle the comparisons and make those calls from every public cloud data center." }, { "title": "Get Your own API Rating Dashboard", "body": "If you’d like to discuss how you could have an API Rating Dashboard of your own, feel free to contact us and our team will assist you." } ], "keyFacts": [ "Corporate IT APIs", "PSD2 Fintech APIs", "UK CMA9 APIs", "Search", "COVID-19", "Social Networking", "Crypto Exchanges", "US Fed APIs", "In addition to monitoring your critical APIs and providing insights into how they function, APIContext can provide detailed ratings, rankings and analysis on APIs you use, depend or are interested in.", "We host free public API reports and we have a variety of interesting datasets to explore that update on a weekly and monthly basis.", "Corporate IT APIs Top Corporate APIs from leading technology vendors PSD2 Fintech APIs PSD2 and Fintech APIs from top global providers UK CMA9 APIs Open Data, Open Banking APIs from the UK CMA9 Banks Search Comparisons of performance of the leading global search engines COVID-19 Top APIs with the latest COVID19 data from around the world Social Networking Performance of leading social networking services Crypto Exchanges Rankings and performnce data on top cypto currency exchanges US Fed APIs Performance of leading USA Open Government APIs UK Gov APIs Key Open Data APIs from the UK government." ], "primaryEntities": [ "APIContext", "API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards-cma9-open-data-api-rating-dashboard-2", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/cma9-open-data-api-rating-dashboard-2", "title": "CMA9 Open Data API Ratings Dashboards", "description": "FREE API Tools API Ratings: CMA9 Open Data APIs APIContext tracks the performance of the CMA9 Open Data API ratings that are mandated by the FCA for the leading UK banks to provide real data on products, branch locations and ATMs. We providing API Rating and Ranking data including overall quality, latency and up-time. We...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "api ratings dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" }, { "name": "CMA9 Open Data API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/cma9-open-data-api-rating-dashboard-2" } ], "summary": "FREE API Tools API Ratings: CMA9 Open Data APIs APIContext tracks the performance of the CMA9 Open Data API ratings that are mandated by the FCA for the leading UK banks to provide real data on products, branch locations and ATMs. We providing API Rating and Ranking data including overall quality, latency and up-time. We...", "bodySections": [ { "title": "CMA9 Open Data API Rating Dashboard includes:", "body": "• NatWest • Bank of Ireland • Lloyds Banking Group • HSBC • Nationwide • Danske • Santander • Barclays" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "CMA9 Open Data API Rating Dashboard includes:", "Ready To Start Monitoring?", "APIContext tracks the performance of the CMA9 Open Data API ratings that are mandated by the FCA for the leading UK banks to provide real data on products, branch locations and ATMs.", "We providing API Rating and Ranking data including overall quality, latency and up-time.", "We also provide free, real-time availability data." ], "primaryEntities": [ "APIContext", "CMA9 Open Data API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/cma9-open-data-api-rating-dashboard-2" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-cma9-open-data-api-rating-dashboard-2.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/cma9-open-data-api-rating-dashboard-2.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-cma9-open-data-api-rating-dashboard-2.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards-corporate-api-rating-dashboard", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/corporate-api-rating-dashboard", "title": "Corporate API Ratings Dashboards", "description": "FREE API Tools API Ratings: Corporate Infrastructure APIContext tracks the performance of hundreds of corporate APIs that developers and businesses rely on from data centers around the world. Providing API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data. Corporate API Rating Dashboard includes: Microsoft Google Salesforce...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "api ratings dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" }, { "name": "Corporate API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/corporate-api-rating-dashboard" } ], "summary": "FREE API Tools API Ratings: Corporate Infrastructure APIContext tracks the performance of hundreds of corporate APIs that developers and businesses rely on from data centers around the world. Providing API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data. Corporate API Rating Dashboard includes: Microsoft Google Salesforce...", "bodySections": [ { "title": "Corporate API Rating Dashboard includes:", "body": "• Microsoft • Google • Salesforce • Box • Mailchimp • Heroku • Dropbox • DocuSign • Zoom • Sendgrid • Cisco • PagerDuty • Github" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Corporate API Rating Dashboard includes:", "Ready To Start Monitoring?", "APIContext tracks the performance of hundreds of corporate APIs that developers and businesses rely on from data centers around the world.", "Providing API Rating and Ranking data including overall quality, latency and up-time.", "We also provide free, real-time availability data." ], "primaryEntities": [ "APIContext", "Corporate API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/corporate-api-rating-dashboard" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-corporate-api-rating-dashboard.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/corporate-api-rating-dashboard.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-corporate-api-rating-dashboard.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards-covid19-api-rating-dashboard", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/covid19-api-rating-dashboard", "title": "COVID19 API Ratings Dashboards", "description": "FREE API Tools API Ratings: COVID19 APIs API Ratings: COVID19 APIs APIContext tracks the performance of leading COVID19 API ratings that people are relying on to track the pandemic. Providing API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data. COVID19 API Rating Dashboard includes: CDC The...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "api ratings dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" }, { "name": "COVID19 API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/covid19-api-rating-dashboard" } ], "summary": "FREE API Tools API Ratings: COVID19 APIs API Ratings: COVID19 APIs APIContext tracks the performance of leading COVID19 API ratings that people are relying on to track the pandemic. Providing API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data. COVID19 API Rating Dashboard includes: CDC The...", "bodySections": [ { "title": "API Ratings: COVID19 APIs", "body": "APIContext tracks the performance of leading COVID19 API ratings that people are relying on to track the pandemic. Providing API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data." }, { "title": "COVID19 API Rating Dashboard includes:", "body": "• CDC • The COVID Tracking Project • COVID19-India • New South Wales COVID19 • ECDC COVID Response • GSA COVID Response" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "API Ratings: COVID19 APIs", "COVID19 API Rating Dashboard includes:", "Ready To Start Monitoring?", "API Ratings: COVID19 APIs APIContext tracks the performance of leading COVID19 API ratings that people are relying on to track the pandemic.", "Providing API Rating and Ranking data including overall quality, latency and up-time.", "We also provide free, real-time availability data." ], "primaryEntities": [ "APIContext", "COVID19 API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/covid19-api-rating-dashboard" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-covid19-api-rating-dashboard.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/covid19-api-rating-dashboard.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-covid19-api-rating-dashboard.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards-cryptocurrency-exchange-api-rating-dashboard", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/cryptocurrency-exchange-api-rating-dashboard", "title": "Cryptocurrency Exchange API Ratings Dashboards", "description": "FREE API Tools API Ratings: Cryptocurrency Exchanges API Ratings: Cryptocurrency Exchanges APIContext tracks the performance of a large number of cryptocurrency exchange API ratings that developers and traders rely on from data centers around the world. Providing API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data....", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "api ratings dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" }, { "name": "Cryptocurrency Exchange API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/cryptocurrency-exchange-api-rating-dashboard" } ], "summary": "FREE API Tools API Ratings: Cryptocurrency Exchanges API Ratings: Cryptocurrency Exchanges APIContext tracks the performance of a large number of cryptocurrency exchange API ratings that developers and traders rely on from data centers around the world. Providing API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data....", "bodySections": [ { "title": "API Ratings: Cryptocurrency Exchanges", "body": "APIContext tracks the performance of a large number of cryptocurrency exchange API ratings that developers and traders rely on from data centers around the world. Providing API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data." }, { "title": "Cryptocurrency Exchange API Rating Dashboard includes:", "body": "• OKEx • CryptoCompare • Coinpaprika • BitMEX • Poloniex • LAToken • Bancor Network • RadarRelay • Coinlore" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "API Ratings: Cryptocurrency Exchanges", "Cryptocurrency Exchange API Rating Dashboard includes:", "Ready To Start Monitoring?", "API Ratings: Cryptocurrency Exchanges APIContext tracks the performance of a large number of cryptocurrency exchange API ratings that developers and traders rely on from data centers around the world.", "Providing API Rating and Ranking data including overall quality, latency and up-time.", "We also provide free, real-time availability data." ], "primaryEntities": [ "APIContext", "Cryptocurrency Exchange API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/cryptocurrency-exchange-api-rating-dashboard" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-cryptocurrency-exchange-api-rating-dashboard.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/cryptocurrency-exchange-api-rating-dashboard.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-cryptocurrency-exchange-api-rating-dashboard.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards-psd2-sandbox-api-rating-dashboard", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/psd2-sandbox-api-rating-dashboard", "title": "PSD2 Sandbox API Ratings Dashboards", "description": "FREE API Tools API Ratings: PSD2 Sandbox APIs API Ratings: PSD2 Sandbox APIs APIContext tracks the performance of leading PSD2 Sandbox API ratings that are used by leading open banking and fintech solutions. We provide API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data. PSD2 Sandbox...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "api ratings dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" }, { "name": "PSD2 Sandbox API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/psd2-sandbox-api-rating-dashboard" } ], "summary": "FREE API Tools API Ratings: PSD2 Sandbox APIs API Ratings: PSD2 Sandbox APIs APIContext tracks the performance of leading PSD2 Sandbox API ratings that are used by leading open banking and fintech solutions. We provide API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data. PSD2 Sandbox...", "bodySections": [ { "title": "API Ratings: PSD2 Sandbox APIs", "body": "APIContext tracks the performance of leading PSD2 Sandbox API ratings that are used by leading open banking and fintech solutions. We provide API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data." }, { "title": "PSD2 Sandbox API Rating Dashboard includes:", "body": "• Capital One • Stripe • Railsbank • PayPal • Plaid • Open Bank Project • BBVA • Square" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "API Ratings: PSD2 Sandbox APIs", "PSD2 Sandbox API Rating Dashboard includes:", "Ready To Start Monitoring?", "API Ratings: PSD2 Sandbox APIs APIContext tracks the performance of leading PSD2 Sandbox API ratings that are used by leading open banking and fintech solutions.", "We provide API Rating and Ranking data including overall quality, latency and up-time.", "We also provide free, real-time availability data." ], "primaryEntities": [ "APIContext", "PSD2 Sandbox API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/psd2-sandbox-api-rating-dashboard" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-psd2-sandbox-api-rating-dashboard.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/psd2-sandbox-api-rating-dashboard.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-psd2-sandbox-api-rating-dashboard.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards-search-api-rating-dashboard", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/search-api-rating-dashboard", "title": "Search API Ratings Dashboards", "description": "FREE API Tools API Ratings: Search APIs API Ratings: Search APIs APIContext tracks the performance of leading Search API ratings that are used by hundreds of millions of people everyday. Which should you use? Which work best? We have free reports with the answers. Search API Rating Dashboard includes: Google Bing Foursquare", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "api ratings dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" }, { "name": "Search API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/search-api-rating-dashboard" } ], "summary": "FREE API Tools API Ratings: Search APIs API Ratings: Search APIs APIContext tracks the performance of leading Search API ratings that are used by hundreds of millions of people everyday. Which should you use? Which work best? We have free reports with the answers. Search API Rating Dashboard includes: Google Bing Foursquare", "bodySections": [ { "title": "API Ratings: Search APIs", "body": "APIContext tracks the performance of leading Search API ratings that are used by hundreds of millions of people everyday. Which should you use? Which work best? We have free reports with the answers." }, { "title": "Search API Rating Dashboard includes:", "body": "• Google • Bing • Foursquare" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "API Ratings: Search APIs", "Search API Rating Dashboard includes:", "Ready To Start Monitoring?", "API Ratings: Search APIs APIContext tracks the performance of leading Search API ratings that are used by hundreds of millions of people everyday.", "Which should you use?", "Which work best?" ], "primaryEntities": [ "APIContext", "Search API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/search-api-rating-dashboard" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-search-api-rating-dashboard.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/search-api-rating-dashboard.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-search-api-rating-dashboard.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards-social-networking-api-rating-dashboard", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/social-networking-api-rating-dashboard", "title": "Social Networking API Ratings Dashboards", "description": "FREE API Tools API Ratings: Social Networking APIs API Ratings: Social Networking APIs APIContext tracks the performance of leading Social Networking API ratings that are used by hundreds of millions of people everyday. Which should you use? Which work best – we have free reports with the answers. Social Networking API Rating Dashboard includes: Reddit...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "api ratings dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" }, { "name": "Social Networking API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/social-networking-api-rating-dashboard" } ], "summary": "FREE API Tools API Ratings: Social Networking APIs API Ratings: Social Networking APIs APIContext tracks the performance of leading Social Networking API ratings that are used by hundreds of millions of people everyday. Which should you use? Which work best – we have free reports with the answers. Social Networking API Rating Dashboard includes: Reddit...", "bodySections": [ { "title": "API Ratings: Social Networking APIs", "body": "APIContext tracks the performance of leading Social Networking API ratings that are used by hundreds of millions of people everyday. Which should you use? Which work best – we have free reports with the answers." }, { "title": "Social Networking API Rating Dashboard includes:", "body": "• Reddit • Facebook • Twitter • Etsy • Tumblr • LinkedIn • instagram • Foursquare" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "API Ratings: Social Networking APIs", "Social Networking API Rating Dashboard includes:", "Ready To Start Monitoring?", "API Ratings: Social Networking APIs APIContext tracks the performance of leading Social Networking API ratings that are used by hundreds of millions of people everyday.", "Which should you use?", "Which work best – we have free reports with the answers." ], "primaryEntities": [ "APIContext", "Social Networking API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/social-networking-api-rating-dashboard" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-social-networking-api-rating-dashboard.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/social-networking-api-rating-dashboard.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-social-networking-api-rating-dashboard.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards-uk-government-api-rating-dashboard", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/uk-government-api-rating-dashboard", "title": "UK Government API Ratings Dashboards", "description": "FREE API Tools API Ratings: UK Government APIs APIContext tracks the performance of UK Government API ratings that are used by leading UK government departments. Which should you use? Which work best? We have free reports with the answers. UK Government API Rating Dashboard includes: GOV.UK Police.uk Met Office NHS", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "api ratings dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" }, { "name": "UK Government API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/uk-government-api-rating-dashboard" } ], "summary": "FREE API Tools API Ratings: UK Government APIs APIContext tracks the performance of UK Government API ratings that are used by leading UK government departments. Which should you use? Which work best? We have free reports with the answers. UK Government API Rating Dashboard includes: GOV.UK Police.uk Met Office NHS", "bodySections": [ { "title": "UK Government API Rating Dashboard includes:", "body": "• GOV.UK • Police.uk • Met Office • NHS" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "UK Government API Rating Dashboard includes:", "Ready To Start Monitoring?", "APIContext tracks the performance of UK Government API ratings that are used by leading UK government departments.", "Which should you use?", "Which work best?" ], "primaryEntities": [ "APIContext", "UK Government API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/uk-government-api-rating-dashboard" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-uk-government-api-rating-dashboard.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/uk-government-api-rating-dashboard.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-uk-government-api-rating-dashboard.html" } }, { "slug": "apimetrics-free-api-tools-resources-api-ratings-dashboards-us-government-api-rating-dashboard", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/us-government-api-rating-dashboard", "title": "US Government API Ratings Dashboards", "description": "FREE API Tools API Ratings: US Government APIContext tracks the performance of of leading US government API ratings that developers and citizens rely on from data centers around the world. We provide API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data. US Government API Rating Dashboard...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "api ratings dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards" }, { "name": "US Government API Ratings Dashboards", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/us-government-api-rating-dashboard" } ], "summary": "FREE API Tools API Ratings: US Government APIContext tracks the performance of of leading US government API ratings that developers and citizens rely on from data centers around the world. We provide API Rating and Ranking data including overall quality, latency and up-time. We also provide free, real-time availability data. US Government API Rating Dashboard...", "bodySections": [ { "title": "US Government API Rating Dashboard includes:", "body": "• Department of Justice • FDA • Bureau of Labor & Statistics • Federal Aviation Administration • FCC • GSA • Dept of Energy • Dept of Veterans Affairs • FEC • Dept of Labor" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "US Government API Rating Dashboard includes:", "Ready To Start Monitoring?", "APIContext tracks the performance of of leading US government API ratings that developers and citizens rely on from data centers around the world.", "We provide API Rating and Ranking data including overall quality, latency and up-time.", "We also provide free, real-time availability data." ], "primaryEntities": [ "APIContext", "US Government API Ratings Dashboards", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/api-ratings-dashboards/us-government-api-rating-dashboard" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-us-government-api-rating-dashboard.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/api-ratings-dashboards/us-government-api-rating-dashboard.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-api-ratings-dashboards-us-government-api-rating-dashboard.html" } }, { "slug": "apimetrics-free-api-tools-resources-cross-cloud-api-latency-analysis", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/cross-cloud-api-latency-analysis", "title": "Cross Cloud API Latency Analysis", "description": "Cross Cloud API Latency – Google Agent Network This APIContext API latency heat map shows relative performance of a standard, reference GET request made to servers running on all the Google locations and via the Google global load balancer. Calls are made from AWS, Azure, IBM and Google clouds, and data is stored for all...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "Cross Cloud API Latency Analysis", "href": "/apimetrics-free-api-tools-resources/cross-cloud-api-latency-analysis" } ], "summary": "Cross Cloud API Latency – Google Agent Network This APIContext API latency heat map shows relative performance of a standard, reference GET request made to servers running on all the Google locations and via the Google global load balancer. Calls are made from AWS, Azure, IBM and Google clouds, and data is stored for all...", "bodySections": [ { "title": "How we do it?", "body": "APIContext has set up a network of HTTPbin servers which make reference calls from all our public locations hosted on AWS, Amazon, Google and IBM. The calls themselves are either made in sequence from each data-center to each end point or via the Google Global Load balancer." }, { "title": "What this means to you?", "body": "With the basic chart you can see the impact of making a call from location X to cloud data center Y – either in terms of geography, usually the TCP connect time, or the location look up time." }, { "title": "Things to watch for", "body": "Not all cloud services work well with all the others. What works great on an all AWS setup can be poor if one of your partners works with Azure. It’s important to understand these combinations and how they can impact customers and users when trouble shooting why you are missing problems other users are complaining about." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "How we do it?", "What this means to you?", "Things to watch for", "Ready To Start Monitoring?", "This APIContext API latency heat map shows relative performance of a standard, reference GET request made to servers running on all the Google locations and via the Google global load balancer.", "Calls are made from AWS, Azure, IBM and Google clouds, and data is stored for all steps of the API call process and the key percentiles under consideration." ], "primaryEntities": [ "APIContext", "Cross Cloud API Latency Analysis", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/cross-cloud-api-latency-analysis" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-cross-cloud-api-latency-analysis.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/cross-cloud-api-latency-analysis.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-cross-cloud-api-latency-analysis.html" } }, { "slug": "apimetrics-free-api-tools-resources-free-test-api", "url": "https://apicontext.com/apimetrics-free-api-tools-resources/free-test-api", "title": "HTTPbin Network", "description": "FREE API Tools Free Test API Online APIContext provides a network of HTTPbin servers to use as free test API servers. These can be called from a variety of locations to measure overall performance from many locations without any security or setup. Create a free APIContext Trial Account – No Credit Card Needed to use our free...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "apimetrics free api tools resources", "href": "/apimetrics-free-api-tools-resources" }, { "name": "HTTPbin Network", "href": "/apimetrics-free-api-tools-resources/free-test-api" } ], "summary": "FREE API Tools Free Test API Online APIContext provides a network of HTTPbin servers to use as free test API servers. These can be called from a variety of locations to measure overall performance from many locations without any security or setup. Create a free APIContext Trial Account – No Credit Card Needed to use our free...", "bodySections": [ { "title": "How HTTPbin works", "body": "Measuring performance from different regions and different clouds is core to what we do and providing developers, managers and product owners with the tools needed to understand what the impact of different locations and clouds is critical. To help people with this information we’ve set up a network of HTTPbin servers for developers to use to test against. In each of the seven current Google Cloud regions, we have set up a small f1-micro VM running the HTTPbin API service. They are set up within a shared VPC network, which is fronted by the Google Cloud Load Balancer. They also each have an external IP address allocated, so they may be accessed directly. The external IPs for the Load Balancer and the VMs were assigned to DNS records for both apimetrics.xyz and api.expert – the diagram only shows the api.expert domains, the naming pattern is the same for both. We are using Google Cloud DNS for the nameservers, with the TTL of each record set to 24 hours to allow caching for a reasonable period of time." }, { "title": "How to use the free test API", "body": "The easiest way to take advantage of the free test APIs is through a test account with APImetrics – when you create a first test we pre-populate the form with a sample HTTPbin call – but you can just use the external IP and DNS names to hit them direct yourself." }, { "title": "Example data", "body": "We use the data to generate our maps of Cloud Data Center Latency which can be seen here, which shows the differences in performance between different clouds and the Google network." }, { "title": "Testing Your Own APIs", "body": "APIContext provides a complete set of test tools to test the performance and functionality of individual calls and workflows with a simple user interface that even lets you test locally through the browser. Whatever your API testing needs, we have tools and services to help. Create a free APIContext Trial Account – No Credit Card Needed to use our free test APIs" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "How HTTPbin works", "How to use the free test API", "Example data", "Testing Your Own APIs", "Ready To Start Monitoring?", "APIContext provides a network of HTTPbin servers to use as free test API servers.", "These can be called from a variety of locations to measure overall performance from many locations without any security or setup.", "Create a free APIContext Trial Account – No Credit Card Needed to use our free test APIs How HTTPbin works Measuring performance from different regions and different clouds is core to what we do and providing developers, managers and product owners with the tools needed to understand what the impact of different locations and clouds is critical." ], "primaryEntities": [ "APIContext", "HTTPbin Network", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/apimetrics-free-api-tools-resources/free-test-api" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-free-test-api.json", "markdown": "https://apicontext.com/apimetrics-free-api-tools-resources/free-test-api.md", "html": "https://apicontext.com/ai/page/apimetrics-free-api-tools-resources-free-test-api.html" } }, { "slug": "careers", "url": "https://apicontext.com/careers", "title": "Careers", "description": "Join APIContext and help teams make critical APIs more reliable, measurable, and trusted.", "contentType": "company", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "Careers at APIContext", "href": "/careers" } ], "summary": "APIContext is a small, focused team helping organizations collect independent evidence about API reliability, performance, quality, and trust.", "keyFacts": [ "APIContext monitors APIs from the outside in, across clouds and regions, using real calls and operational context.", "Customers use APIContext to understand service quality, compare providers, validate SLAs, catch drift, and prove what happened when an API experience breaks down.", "The team works across authentication, networking, observability, standards, customer workflows, and API reliability.", "APIContext values customer focus, hope, ownership, integrity, contribution, and enjoyment." ], "primaryEntities": [ "APIContext", "API monitoring", "API reliability", "API careers" ], "audience": [ "job candidates", "API engineers", "SRE teams", "product teams" ], "ctas": [ { "label": "Talk to us", "href": "/contact" }, { "label": "View open roles", "href": "https://www.linkedin.com/company/apicontext/jobs/" } ], "source": "static", "bodySections": [ { "title": "Overview", "body": "APIContext is a small, focused team helping organizations collect independent evidence about API reliability, performance, quality, and trust.", "bullets": [ "APIContext monitors APIs from the outside in, across clouds and regions, using real calls and operational context.", "Customers use APIContext to understand service quality, compare providers, validate SLAs, catch drift, and prove what happened when an API experience breaks down.", "The team works across authentication, networking, observability, standards, customer workflows, and API reliability.", "APIContext values customer focus, hope, ownership, integrity, contribution, and enjoyment." ], "links": [ { "label": "Talk to us", "href": "/contact" }, { "label": "View open roles", "href": "https://www.linkedin.com/company/apicontext/jobs/" } ] } ], "pageCategory": "Company", "schemaType": "WebPage", "aiEndpoints": { "json": "https://apicontext.com/ai/page/careers.json", "markdown": "https://apicontext.com/careers.md", "html": "https://apicontext.com/ai/page/careers.html" } }, { "slug": "features-ai-monitoring", "url": "https://apicontext.com/features/ai-monitoring", "title": "AI Monitoring", "description": "From MCP servers to inference providers, APIContext monitors the full AI stack — so you can see which providers are performing, catch schema drift before agents fail, and align every model with the right resilience and data protection boundary.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Monitor every layer of your AI infrastructure.", "href": "/features/ai-monitoring" } ], "summary": "Monitor every layer of your AI infrastructure. From MCP servers to inference providers, APIContext monitors the full AI stack — so you can see which providers are performing, catch schema drift before agents fail, and align every model with the right resilience and data protection boundary.", "stats": [ { "value": "125+", "label": "global monitoring locations" }, { "value": "24/7", "label": "continuous AI infrastructure monitoring" }, { "value": "OTEL", "label": "native spans on every call" }, { "value": "<5m", "label": "to start monitoring your AI stack" } ], "bodySections": [ { "eyebrow": "End-to-End AI Infrastructure Monitoring", "title": "Every tool call. Every inference request. Verified outside-in.", "body": "APIContext monitors both MCP server tool calls and inference provider APIs — validating schema, latency, availability, and contract correctness at every layer of your AI stack." }, { "eyebrow": "Inference provider monitoring", "title": "Know which AI providers are actually performing.", "body": "APIContext monitors inference provider APIs — OpenAI, Anthropic, Azure OpenAI, Google Gemini, and others — from the same global locations as your users. See latency, availability, and throughput side by side so you route to the provider that earns it.", "bullets": [ "Latency and availability across major inference providers", "p50, p95, and p99 per model and endpoint", "Instant alerts when a provider degrades" ] }, { "eyebrow": "Full payloads", "title": "Simulate how a real AI client calls your tools.", "body": "APIContext runs full MCP sessions with realistic argument distributions. This is not a synthetic ping against a health check. See how your MCP servers work in production.", "bullets": [ "Replay captured sessions from real agents", "Fuzz tool arguments within schema bounds", "Verify tools/list stability across deploys" ] }, { "eyebrow": "Provider alignment", "title": "Match each AI provider to your product needs.", "body": "Not every workload has the same availability requirement or data sensitivity. APIContext gives you the performance evidence to route high-stakes workloads to proven providers, keep sensitive prompts within compliant boundaries, and test failover paths before you need them.", "bullets": [ "SLO verification per provider and model", "Data residency and boundary checks", "Failover readiness testing across provider pairs" ] }, { "eyebrow": "Works across multi-step journeys", "title": "Connect MCP servers, endpoints, and APIs end-to-end.", "body": "Connect synthetic journeys across internal and external MCP servers, HTTP endpoints, third parties, and APIs to verify end-to-end resilience.", "bullets": [ "Monitor both internal and external MCP servers in one flow", "OAuth 2.1, PAT, mTLS, signed HMAC", "Run from global POPs or VPC collectors" ] }, { "title": "Signal ships OTEL-native into every tool your SRE team already uses", "body": "Safety checks: Flag tools that are unexpected and resources that are out of specification. Latency SLOs: Separate SLOs for tools/list, individual tool calls, and inference provider endpoints — p50, p95, and p99. Instant alerting: Ping Slack, PagerDuty, Incident.io, ServiceNow, and more when contracts break or providers degrade. Per-tool uptime: Tool-level availability rather than just server-level availability. Provider comparison: Side-by-side latency and availability across inference providers — so you always know who's performing. OTEL native: Every MCP call and inference request emits OpenTelemetry spans — route signal to any compatible backend." } ], "keyFacts": [ "MCP server monitoring", "Inference provider APIs", "Tool contract checks", "Multi-step workflows", "125+ global monitoring locations", "24/7 continuous AI infrastructure monitoring", "OTEL native spans on every call", "<5m to start monitoring your AI stack", "Safety checks: Flag tools that are unexpected and resources that are out of specification.", "Latency SLOs: Separate SLOs for tools/list, individual tool calls, and inference provider endpoints — p50, p95, and p99.", "Instant alerting: Ping Slack, PagerDuty, Incident.io, ServiceNow, and more when contracts break or providers degrade.", "Per-tool uptime: Tool-level availability rather than just server-level availability." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "MCP server monitoring", "Inference provider APIs", "Tool contract checks", "Multi-step workflows" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start monitoring your AI infrastructure in 3 minutes.", "href": "/contact" } ], "faqs": [ { "question": "What is MCP monitoring?", "answer": "MCP monitoring is the continuous outside-in verification of MCP servers — the tool-serving endpoints that AI agents call to perform actions. It involves running synthetic MCP sessions from external locations, exercising initialization, tool discovery, and real tool calls, then validating response schema, latency, and semantic correctness of each result." }, { "question": "Why do MCP servers need external monitoring?", "answer": "MCP servers are called by AI models rather than human developers, which means failures are harder to detect through normal operational channels. A tool that returns a malformed schema or drifts its response format can silently degrade agent behavior — causing incorrect actions or task failures — without triggering conventional alerts. Continuous external monitoring provides the same reliability guarantees for AI tool infrastructure that SREs expect for production APIs." }, { "question": "What does APIContext check on each MCP tool call?", "answer": "For each monitored MCP tool, APIContext verifies the server responds correctly to initialize and tools/list; declared tool schema matches actual response; tool call results match expected schemas and value ranges; latency is within acceptable bounds; and OTEL spans are generated at every step. Schema drift is flagged with a before/after diff." }, { "question": "Does monitoring an MCP server require changes to the server itself?", "answer": "No. APIContext operates as an external MCP client — no code changes to your MCP server are required. You provide the server endpoint and authentication credentials; APIContext handles the MCP session lifecycle, tool enumeration, and continuous check execution from global locations." }, { "question": "What is AI inference provider monitoring?", "answer": "Inference provider monitoring tracks the latency, availability, and API contract health of the LLM providers your applications call — including OpenAI, Anthropic, Azure OpenAI, Google Gemini, and others. APIContext runs synthetic inference requests from global locations and surfaces p50/p95/p99 latency, uptime, and schema conformance so you know which providers are performing and can route workloads accordingly." }, { "question": "How does APIContext help teams choose between inference providers?", "answer": "APIContext gives you independent, continuous measurement of every provider's performance — not marketing claims or infrequent benchmarks. You can set SLOs per provider and model, receive alerts when a provider degrades, verify that data stays within required geographic or compliance boundaries, and test failover paths so your applications switch cleanly when a primary provider slips." } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-ai-monitoring.json", "markdown": "https://apicontext.com/features/ai-monitoring.md", "html": "https://apicontext.com/ai/page/features-ai-monitoring.html" } }, { "slug": "features-alerting", "url": "https://apicontext.com/features/alerting", "title": "Alerting", "description": "Get real-time notifications any time APIContext sees an issue with your applications or service APIs, with thresholds and channels tailored to the teams that need to respond.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Know about API issues the moment they happen.", "href": "/features/alerting" } ], "summary": "Know about API issues the moment they happen. Get real-time notifications any time APIContext sees an issue with your applications or service APIs, with thresholds and channels tailored to the teams that need to respond.", "stats": [ { "value": "real-time", "label": "notifications for API issues" }, { "value": "dozens", "label": "preconfigured alert triggers" }, { "value": "OTEL", "label": "delivery into observability tools" }, { "value": "multi", "label": "channel escalation paths" } ], "bodySections": [ { "eyebrow": "Real-time notifications", "title": "You cannot fix what you do not know about.", "body": "APIContext detects API health and performance issues, then sends the right context to incident management, application monitoring, data platforms, or any service that supports OpenTelemetry." }, { "eyebrow": "Real-time notifications", "title": "Notify teams as soon as API behavior changes.", "body": "Send alerts to incident management tools like ServiceNow, PagerDuty, and BigPanda; application monitoring tools like Datadog, Dynatrace, and New Relic; data platforms like Splunk, Databricks, and Snowflake; or OTEL-compatible services.", "bullets": [ "Alert on health and performance issues immediately", "Route to incident, APM, data, and OTEL tools", "Include API result context teams can act on" ] }, { "eyebrow": "Customizable thresholds", "title": "Tune alerts to the issue, not just the endpoint.", "body": "Define performance, availability, conformance, response-code, and other thresholds. Use preconfigured triggers for latency, uptime, response codes, and more.", "bullets": [ "Latency, uptime, response-code, and conformance triggers", "Different thresholds for different teams and services", "Reduce noise by tailoring severity and conditions" ] }, { "eyebrow": "Multi-channel delivery", "title": "Make sure the right team gets the right alert.", "body": "Set multiple thresholds and channels, build escalation paths, and add redundant alerts so issues are visible and accountable.", "bullets": [ "Multiple channels and escalation paths", "Redundant notifications for critical APIs", "Team-specific routing for accountability" ] }, { "title": "Alerting routes API issues into incident, APM, data, and OpenTelemetry workflows", "body": "Incident tools: Send API issues to ServiceNow, PagerDuty, BigPanda, and other incident workflows. APM integrations: Route health and performance signal into Datadog, Dynatrace, New Relic, and related tools. Data platforms: Move alerts and events into Splunk, Databricks, Snowflake, or data pipelines. Threshold logic: Use latency, uptime, response code, conformance, and custom triggers. Escalation paths: Make accountability explicit with redundant alerts and severity-based routing. OTEL delivery: Deliver alert events to any OpenTelemetry-compatible system." } ], "keyFacts": [ "Real-time alerts", "Custom thresholds", "Multi-channel delivery", "Escalation paths", "OTEL-ready", "real-time notifications for API issues", "dozens preconfigured alert triggers", "OTEL delivery into observability tools", "multi channel escalation paths", "Incident tools: Send API issues to ServiceNow, PagerDuty, BigPanda, and other incident workflows.", "APM integrations: Route health and performance signal into Datadog, Dynatrace, New Relic, and related tools.", "Data platforms: Move alerts and events into Splunk, Databricks, Snowflake, or data pipelines.", "Threshold logic: Use latency, uptime, response code, conformance, and custom triggers." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "Real-time alerts", "Custom thresholds", "Multi-channel delivery", "Escalation paths", "OTEL-ready" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start alerting before users notice.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-alerting.json", "markdown": "https://apicontext.com/features/alerting.md", "html": "https://apicontext.com/ai/page/features-alerting.html" } }, { "slug": "features-api-conformance", "url": "https://apicontext.com/features/api-conformance", "title": "API Conformance", "description": "Compare production and pre-production APIs against your own schemas, OpenAPI specifications, and open standards so compliance can be proven internally and externally.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Demonstrate API compliance continuously.", "href": "/features/api-conformance" } ], "summary": "Demonstrate API compliance continuously. Compare production and pre-production APIs against your own schemas, OpenAPI specifications, and open standards so compliance can be proven internally and externally.", "stats": [ { "value": "OpenAPI", "label": "schema conformance checks" }, { "value": "FAPI", "label": "open-standard gap analysis" }, { "value": "24/7", "label": "continuous drift monitoring" }, { "value": "100%", "label": "call-level audit history" } ], "bodySections": [ { "eyebrow": "Compliance from real traffic shape", "title": "Real API calls. Real workflows. Real results.", "body": "APIContext builds sequenced workflows that replicate user scenarios, then shows how dependencies, security requirements, reliability, and response details affect compliance." }, { "eyebrow": "Verify API compliance", "title": "Compare live APIs against the contract they promised.", "body": "Run conformance checks against OpenAPI specifications in production or pre-production. Ongoing analysis alerts teams as soon as a deviation against spec is published.", "bullets": [ "Compare requests and responses to OpenAPI specs", "Validate production and pre-production environments", "Alert immediately when an endpoint drifts from contract" ] }, { "eyebrow": "Security and performance posture", "title": "Show compliance across schema, security, and reliability.", "body": "Schemas capture important requirements, but regulators and internal teams also care about uptime, availability, response time, auth posture, and reliability reporting.", "bullets": [ "Consolidated security and performance reporting", "Track uptime, availability, and response-time mandates", "Demonstrate posture in one auditable tool" ] }, { "eyebrow": "Guard against API drift", "title": "Compliance at launch is not enough.", "body": "Engineers keep iterating, and small changes accumulate. Continuous conformance checks catch drift, preserve audit trails, and route remediation tasks to the teams that can fix them.", "bullets": [ "Continuous drift detection across releases", "Flag and mark individual compliance issues", "Send remediation tasks into existing workflows" ] }, { "title": "Conformance evidence flows into security, compliance, DevOps, and reporting workflows", "body": "OpenAPI conformance: Measure whether live APIs match their published schemas and expected behavior. Security by design: Track auth, schema, and policy requirements as part of the same conformance posture. Performance evidence: Report reliability metrics such as uptime, availability, latency, and response time alongside compliance. Workflow validation: Sequence calls to reproduce real user scenarios and dependency chains. Audit trails: Review the details of every API call and preserve evidence for internal or external stakeholders. Remediation handoff: Send issues and tasks to existing systems and teams for resolution." } ], "keyFacts": [ "OpenAPI checks", "API posture", "Drift detection", "Audit trails", "Remediation workflows", "OpenAPI schema conformance checks", "FAPI open-standard gap analysis", "24/7 continuous drift monitoring", "100% call-level audit history", "OpenAPI conformance: Measure whether live APIs match their published schemas and expected behavior.", "Security by design: Track auth, schema, and policy requirements as part of the same conformance posture.", "Performance evidence: Report reliability metrics such as uptime, availability, latency, and response time alongside compliance.", "Workflow validation: Sequence calls to reproduce real user scenarios and dependency chains." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "OpenAPI checks", "API posture", "Drift detection", "Audit trails", "Remediation workflows" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start proving API conformance continuously.", "href": "/contact" } ], "faqs": [ { "question": "What is API conformance testing?", "answer": "API conformance testing verifies that a live API's behavior — response schemas, status codes, headers, and error formats — matches its declared specification, such as an OpenAPI document. It is a complement to API contract testing, but more expansive: it tests not only the technical contract but also the business rules that need to be enforced by the API in context. An API can be available and returning 200 status while still failing conformance — returning incorrect field types, omitting required headers, or violating documented business logic." }, { "question": "How does APIContext detect conformance failures?", "answer": "APIContext compares live API responses against an OpenAPI specification or custom schema on every synthetic check. When a response deviates — a field type changes, a required property is missing, or a security header is dropped — the platform flags the drift with a diff view showing exactly what changed. Checks also validate against regulatory security profiles including FAPI 2.0 for financial APIs." }, { "question": "What standards does APIContext support for conformance?", "answer": "APIContext supports OpenAPI 3.x, custom JSON schemas, and financial-grade security standards including FAPI 1.0 Baseline, FAPI 1.0 Advanced, FAPI 2.0, and many more. This covers security and payload requirements applicable to open banking APIs under UK, EU, Australian, and US regulatory frameworks." }, { "question": "Can conformance testing run against pre-production environments?", "answer": "Yes. APIContext runs conformance checks against production and staging endpoints simultaneously, making it possible to catch regressions before they are promoted to production. Teams can enforce a never-ship-a-breaking-change policy by gating deployments on conformance pass rates." } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-api-conformance.json", "markdown": "https://apicontext.com/features/api-conformance.md", "html": "https://apicontext.com/ai/page/features-api-conformance.html" } }, { "slug": "features-api-monitoring", "url": "https://apicontext.com/features/api-monitoring", "title": "API Monitoring", "description": "Continuously test public APIs, internal services, applications, and critical workflows so you can identify problems before customers notice.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Monitor all your APIs, all the time.", "href": "/features/api-monitoring" } ], "summary": "Monitor all your APIs, all the time. Continuously test public APIs, internal services, applications, and critical workflows so you can identify problems before customers notice.", "stats": [ { "value": "125+", "label": "worldwide monitoring locations" }, { "value": "1m", "label": "uptime checks available" }, { "value": "REST", "label": "SOAP, GraphQL, and workflows" }, { "value": "OTEL", "label": "webhook and alert integrations" } ], "bodySections": [ { "eyebrow": "Setup · Monitor · Report", "title": "From one URL to continuous production assurance.", "body": "Configure API workflows manually, from curl, from Postman Collections, or from OpenAPI specs. Then schedule checks, capture traces, and alert the right tools when behavior changes." }, { "eyebrow": "Set up API calls easily", "title": "Setting up an API monitor is as simple as entering a URL.", "body": "Enter a URL, make any HTTP call, test it in the browser, or import existing definitions. APIContext supports individual calls, sequences, variables, OAuth2, and advanced authentication scenarios.", "bullets": [ "Configure manually, from curl, Postman, or OpenAPI", "Test calls in the browser before scheduling", "Build multi-step workflows with variables and assertions" ] }, { "eyebrow": "Global reach, inside and out", "title": "Monitor from the places your users actually are.", "body": "Run checks from 125+ data centers across major cloud providers including AWS, Azure, IBM, Google, and Akamai, and add private nodes for APIs behind your firewall.", "bullets": [ "125+ public monitoring locations", "Cloud-provider and geography-aware checks", "Private nodes for protected internal APIs" ] }, { "eyebrow": "Secure calls and conformance", "title": "Verify the APIs that matter most.", "body": "Use full OAuth handling, JWTs, mTLS, FAPI validation, and conformance checks against OpenAPI specs, security standards, service objectives, and performance metrics.", "bullets": [ "OAuth, JWT, mTLS, and FAPI validation", "OpenAPI and security-standard conformance", "Alerts through webhooks, OpenTelemetry, and incident tools" ] }, { "title": "API monitoring results flow into incident, observability, reporting, and stakeholder workflows", "body": "Continuous testing: Run checks all the time against public APIs, internal services, applications, and critical workflows. Import existing work: Start from curl, Postman Collections, OpenAPI specs, or manual request configuration. Functional workflows: Chain calls with variables, assertions, external dependencies, and auth steps. Global monitoring: Monitor simultaneously from 125+ locations across major cloud providers. Secure synthetics: Validate secure APIs with OAuth, JWT, mTLS, FAPI, and token refresh handling. Integrated alerts: Send actionable alerts through webhooks, OpenTelemetry, and preconfigured integrations." } ], "keyFacts": [ "Setup", "Monitor", "Report", "125+ locations", "Secure synthetics", "125+ worldwide monitoring locations", "1m uptime checks available", "REST SOAP, GraphQL, and workflows", "OTEL webhook and alert integrations", "Continuous testing: Run checks all the time against public APIs, internal services, applications, and critical workflows.", "Import existing work: Start from curl, Postman Collections, OpenAPI specs, or manual request configuration.", "Functional workflows: Chain calls with variables, assertions, external dependencies, and auth steps.", "Global monitoring: Monitor simultaneously from 125+ locations across major cloud providers." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "Setup", "Monitor", "Report", "125+ locations", "Secure synthetics" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start monitoring before customers notice.", "href": "/contact" } ], "faqs": [ { "question": "What is synthetic API monitoring?", "answer": "Synthetic API monitoring involves sending scripted API requests from external locations on a continuous schedule, independent of real user traffic. It provides consistent baseline measurements of API availability, latency, and correctness regardless of traffic volume. Because checks originate outside your infrastructure, they reflect the experience of external callers — including partners, customers, and automated systems — rather than internal system health." }, { "question": "How is synthetic monitoring different from APM?", "answer": "APM instruments code inside your stack and measures internal system behavior; it sees the world from inside your infrastructure. Synthetic monitoring connects from outside as your customers do, continuously running scripted checks whether or not real traffic is present. This makes it the most reliable source of SLA-grade availability data and the earliest detection method for edge-layer failures and geographic performance degradation." }, { "question": "How many monitoring locations does APIContext use?", "answer": "APIContext runs synthetic checks from 125+ points of presence across AWS, Google Cloud, Azure, and Akamai networks. Checks can be scoped globally, regionally, or to a specific subset of locations to mirror the geography of your actual user base or partner network." }, { "question": "Can synthetic monitoring test APIs that require authentication?", "answer": "Yes. APIContext supports OAuth 2.0, OIDC, mTLS, DPoP, PKCE, PAR, FAPI 2.0, and many more. Multi-step monitors preserve tokens and session state across dependent requests, enabling end-to-end verification of authenticated workflows rather than just unauthenticated health checks." } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-api-monitoring.json", "markdown": "https://apicontext.com/features/api-monitoring.md", "html": "https://apicontext.com/ai/page/features-api-monitoring.html" } }, { "slug": "features-api-reporting-analysis", "url": "https://apicontext.com/features/api-reporting-analysis", "title": "Reporting & Analysis", "description": "Identify API issues quickly, explain what changed, and keep engineers, product teams, executives, and regulators working from the same trusted data.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Turn every API call into board-ready signal.", "href": "/features/api-reporting-analysis" } ], "summary": "Turn every API call into board-ready signal. Identify API issues quickly, explain what changed, and keep engineers, product teams, executives, and regulators working from the same trusted data.", "stats": [ { "value": "p99", "label": "latency and uptime trends" }, { "value": "100%", "label": "raw result and trace access" }, { "value": "OTEL", "label": "portable telemetry" }, { "value": "24/7", "label": "continuous compliance reporting" } ], "bodySections": [ { "eyebrow": "A view for every stakeholder", "title": "From slow calls to service-level trends. Explained in context.", "body": "APIContext connects real synthetic call results, trace timing, conformance outcomes, and alert history into reporting that works for front-line engineers and the board room. And the light data volume means you can keep your synthetic history forever in your system of record." }, { "eyebrow": "KPIs that matter", "title": "Understand the metrics behind resilience.", "body": "Track performance, uptime, latency, p95, p99, conformance, spec violations, and more from the same consistent calls in every region.", "bullets": [ "Performance, uptime, latency, and percentile reporting", "Conformance and specification violation trends", "Shared source of truth for engineering and leadership" ] }, { "eyebrow": "Service level trends", "title": "See whether you are meeting your SLOs at a glance.", "body": "Compare time periods, detect downtime patterns, and correlate deployments with service-impacting events so teams can explain what changed.", "bullets": [ "Availability and downtime comparisons", "Percentile analysis across time periods", "Deployment markers for production changes" ] }, { "eyebrow": "Latency reporting", "title": "Break every API call into the steps that created delay.", "body": "Generate latency reports for DNS, handshake, connect, processing, transfer, and validation. Compare results across location, cloud, and network path.", "bullets": [ "DNS, TLS, connect, processing, and transfer timings", "Location and cloud comparisons", "Bottleneck detection from real-world calls" ] }, { "title": "Export reporting data into observability, BI, incident, and stakeholder workflows", "body": "Real API calls: Report on GET, PUT, POST, DELETE, and any HTTP request type from real synthetic checks. Validate responses: Set conditions, override expected return codes, and track variables across tests and environments. Alerting from data: Configure alerts from different sources, events, regions, and API call outcomes. Automated reports: Generate compliance, resilience, and stakeholder reports without manual spreadsheet work. Independent reporting: Use trusted metrics from an outside-in source with real-world network data. Full data access: Send result, trace, and analytics telemetry to the platform of your choice with OpenTelemetry out of the box." } ], "keyFacts": [ "KPI dashboards", "Latency waterfalls", "Automated reports", "p99 latency and uptime trends", "100% raw result and trace access", "OTEL portable telemetry", "24/7 continuous compliance reporting", "Real API calls: Report on GET, PUT, POST, DELETE, and any HTTP request type from real synthetic checks.", "Validate responses: Set conditions, override expected return codes, and track variables across tests and environments.", "Alerting from data: Configure alerts from different sources, events, regions, and API call outcomes.", "Automated reports: Generate compliance, resilience, and stakeholder reports without manual spreadsheet work." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "KPI dashboards", "Latency waterfalls", "Automated reports" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Give every team the same API truth.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-api-reporting-analysis.json", "markdown": "https://apicontext.com/features/api-reporting-analysis.md", "html": "https://apicontext.com/ai/page/features-api-reporting-analysis.html" } }, { "slug": "features-api-security", "url": "https://apicontext.com/features/api-security", "title": "API Security", "description": "Security is not a one-time design check. APIContext runs real calls against production security flows to verify OAuth, FAPI, JWT, MTLS, scopes, tokens, and protected resources.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Runtime security validation for production APIs.", "href": "/features/api-security" } ], "summary": "Runtime security validation for production APIs. Security is not a one-time design check. APIContext runs real calls against production security flows to verify OAuth, FAPI, JWT, MTLS, scopes, tokens, and protected resources.", "stats": [ { "value": "24/7", "label": "security flow checks" }, { "value": "FAPI", "label": "runtime validation" }, { "value": "JWT", "label": "signing support" }, { "value": "audit", "label": "security evidence" } ], "bodySections": [ { "eyebrow": "Secured", "title": "Make real functional security calls from outside your stack.", "body": "Verify authentication, authorization, and secure API behavior the way customers and partners experience it in production.", "bullets": [ "Positive and negative security checks", "OAuth, FAPI, JWT, and MTLS support", "Encrypted key and certificate handling" ] }, { "eyebrow": "Runtime metrics", "title": "Shift security assurance into production runtime.", "body": "Traditional shift-left checks are essential, but API teams also need production assurance that security functions continue to work.", "bullets": [ "Token refresh and scope behavior checks", "Protected-resource verification", "Production alerting for unexpected exposure" ] }, { "eyebrow": "Auditability", "title": "Generate evidence for risk and compliance teams.", "body": "Create audit traces that prove security controls are functioning for internal assessors, external stakeholders, and regulators.", "bullets": [ "External end-to-end monitoring from the regions and cloud data centers stakeholders use", "Accurate 24/7 data based on production scenarios customers depend on", "SLO, SLA, security, and quality reporting that different teams can trust", "Integrations with observability, incident, reporting, and DevOps workflows" ] } ], "keyFacts": [ "Shift-right security", "OAuth and FAPI", "JWT and MTLS", "Audit traces", "Production validation", "24/7 security flow checks", "FAPI runtime validation", "JWT signing support", "audit security evidence", "Make real functional security calls from outside your stack.: Verify authentication, authorization, and secure API behavior the way customers and partners experience it in production.", "Shift security assurance into production runtime.: Traditional shift-left checks are essential, but API teams also need production assurance that security functions continue to work.", "Generate evidence for risk and compliance teams.: Create audit traces that prove security controls are functioning for internal assessors, external stakeholders, and regulators.", "APIContext helped us increase visibility of our APIs performance and significantly improved awareness." ], "primaryEntities": [ "APIContext", "Solutions", "API monitoring", "Shift-right security", "OAuth and FAPI", "JWT and MTLS", "Audit traces", "Production validation" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Right-shift API security monitoring.", "href": "/contact" } ], "testimonial": { "quote": "APIContext helped us increase visibility of our APIs performance and significantly improved awareness.", "author": "Val Novikov", "role": "CTO, Fispan" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-api-security.json", "markdown": "https://apicontext.com/features/api-security.md", "html": "https://apicontext.com/ai/page/features-api-security.html" } }, { "slug": "features-api-sla-and-slo-management", "url": "https://apicontext.com/features/api-sla-and-slo-management", "title": "API SLA and SLO Management", "description": "Set, measure, and report on SLOs and SLAs across your own APIs and third-party suppliers. Independent monitoring with detailed attribution shows the right team exactly what to fix.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Independent service-level assurance for every API you depend on.", "href": "/features/api-sla-and-slo-management" } ], "summary": "Independent service-level assurance for every API you depend on. Set, measure, and report on SLOs and SLAs across your own APIs and third-party suppliers. Independent monitoring with detailed attribution shows the right team exactly what to fix.", "stats": [ { "value": "30d", "label": "rolling SLO windows" }, { "value": "1.2M", "label": "synthetic calls per SLO" }, { "value": "125+", "label": "external monitoring locations" }, { "value": "API", "label": "supplier and internal targets" } ], "bodySections": [ { "eyebrow": "Define · Measure · Prove", "title": "Know whether service levels are being met before the contract is in dispute.", "body": "APIContext runs production-grade synthetic checks against the APIs and suppliers behind critical journeys, then rolls the evidence into targets, burn rates, attribution, reports, and alerts." }, { "eyebrow": "Set and test SLOs", "title": "Setting SLOs is easy. Knowing whether you are meeting them is the hard part.", "body": "Define availability, latency, error-rate, pass-rate, and conformance objectives per route, region, supplier, or workflow. APIContext continuously tests those targets from the places customers and partners actually use.", "bullets": [ "30-day rolling windows per route, region, and supplier", "Fast and slow burn-rate alerts before budgets are exhausted", "Configuration as code, reviewed alongside the APIs it covers" ] }, { "eyebrow": "Take the guesswork out", "title": "Separate vendor, network, and application failures.", "body": "When a critical journey slows down, APIContext shows whether the issue sits in your application, the network, a CDN, a supplier, or a chain of dependencies. Teams get evidence instead of a long triage argument.", "bullets": [ "Continuous testing across complicated multi-supplier workflows", "Payload, trace, latency, and status evidence attached to each issue", "Ownership context for customer support, operations, and vendor managers" ] }, { "eyebrow": "Ready for external reporting", "title": "Share service-level evidence that holds up.", "body": "Compliance officers need defensible numbers. Customer support needs to know before customers call. Vendor managers need breach evidence for credit claims and renewal conversations. APIContext gives each team the same independent record.", "bullets": [ "Status pages, stakeholder reports, and automated email summaries", "Contractual SLA evidence for suppliers and customer-facing services", "Compliance-ready dashboards for auditors, regulators, and leadership" ] }, { "title": "Independent SLO and SLA data flows into reporting, status, compliance, and incident tools", "body": "Burn-rate alerting: Fast and slow burn-rate alerts based on service-level budgets, not isolated blips. Independent measurement: External synthetic calls from global locations create numbers auditors, customers, and suppliers can trust. Multi-supplier workflows: Trace service levels across chains of APIs and attribute degradation to the segment that caused it. Configuration as code: Keep SLO targets and thresholds versioned with the contracts and APIs they govern. SLA evidence: Generate defensible reports for customer commitments, supplier disputes, credit claims, and reviews. Service-level trends: Track uptime, availability, latency, error rates, and pass rates against agreed objectives." } ], "keyFacts": [ "Independent monitoring", "Burn-rate alerting", "Vendor attribution", "Regulator-ready reports", "Configuration as code", "30d rolling SLO windows", "1.2M synthetic calls per SLO", "125+ external monitoring locations", "API supplier and internal targets", "Burn-rate alerting: Fast and slow burn-rate alerts based on service-level budgets, not isolated blips.", "Independent measurement: External synthetic calls from global locations create numbers auditors, customers, and suppliers can trust.", "Multi-supplier workflows: Trace service levels across chains of APIs and attribute degradation to the segment that caused it.", "Configuration as code: Keep SLO targets and thresholds versioned with the contracts and APIs they govern." ], "primaryEntities": [ "APIContext", "SLO & SLA Management", "API monitoring", "OpenTelemetry", "Independent monitoring", "Burn-rate alerting", "Vendor attribution", "Regulator-ready reports", "Configuration as code" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Are your service levels holding up?", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-api-sla-and-slo-management.json", "markdown": "https://apicontext.com/features/api-sla-and-slo-management.md", "html": "https://apicontext.com/ai/page/features-api-sla-and-slo-management.html" } }, { "slug": "features-browser-monitoring", "url": "https://apicontext.com/features/browser-monitoring", "title": "Browser Monitoring", "description": "Scripted, real-browser journeys running on real Chrome and Firefox from 125+ locations. We click, type, scroll, and assert so you are the first to know when a third-party script takes down checkout.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Know the moment your site breaks for a real customer.", "href": "/features/browser-monitoring" } ], "summary": "Know the moment your site breaks for a real customer. Scripted, real-browser journeys running on real Chrome and Firefox from 125+ locations. We click, type, scroll, and assert so you are the first to know when a third-party script takes down checkout.", "stats": [ { "value": "125+", "label": "global monitoring locations" }, { "value": "24/7", "label": "continuous monitoring" }, { "value": "2", "label": "engines: Chromium + Firefox" }, { "value": "CWV", "label": "Core Web Vitals tracked" } ], "bodySections": [ { "eyebrow": "See one run", "title": "Every step. Every network request. Captured as OTEL.", "body": "A browser journey is not a black box. Every span, from first-mile DNS to edge TLS, origin backend, and client render, is a verifiable hop." }, { "eyebrow": "Minutes to live monitors", "title": "Set up fast. Build multi-step tests that go beyond the browser.", "body": "Start from a URL and ship monitors in minutes—not a long scripting project. You define the steps: combine browser interaction with API calls, workflows, and dependencies so one synthetic journey exercises the full path your customers take.", "bullets": [ "Add a URL, tune headers and assertions, and schedule without brittle scripts", "Chain browser steps with APIs and workflow checks in a single test", "Preview and validate before scheduling", "Private nodes for WAF-protected and pre-production environments" ] }, { "eyebrow": "Core Web Vitals", "title": "Field-grade vitals from every region, continuously.", "body": "LCP, INP, CLS, TTFB, and FCP are tracked per journey, per region, and per release. Correlate regressions to the exact deploy.", "bullets": [ "LCP, INP, CLS, TTFB, FCP tracked per step", "Per-region and per-device thresholds", "Deploy markers and regression detection" ] }, { "eyebrow": "From alert to root cause", "title": "Route the right context to the right team, fast.", "body": "When something breaks, get alerted immediately via webhooks, OpenTelemetry, or your existing observability toolchain — with a context-rich payload and full page-level waterfall to investigate.", "bullets": [ "Webhook and OTEL-compatible alert delivery", "Full page-level waterfall for investigation", "Route to the right team with specific incident context", "Share reports with stakeholders seamlessly" ] }, { "title": "Stream browser journeys into your APM, SIEM, or data lake", "body": "Core Web Vitals: Track LCP, TTFB, and other key metrics per journey, per region, and per release. 125+ locations: US, EU, LATAM, APAC, and MEA coverage from the same networks your customers use. Private locations: Run the same journeys inside your VPC against staging or WAF-protected apps. Page-level waterfalls: Full waterfall and OTEL trace on every run, ready for your APM. Chrome DevTools import: Import recordings directly from Chrome DevTools. No proprietary scripting format. Smart alerts: Alert on consecutive failures from multiple regions, not noisy single-run flakes." } ], "keyFacts": [ "Real Chromium & Firefox", "Core Web Vitals", "Visual regression", "HAR capture", "OTEL traces", "125+ global monitoring locations", "24/7 continuous monitoring", "2 engines: Chromium + Firefox", "CWV Core Web Vitals tracked", "Core Web Vitals: Track LCP, TTFB, and other key metrics per journey, per region, and per release.", "125+ locations: US, EU, LATAM, APAC, and MEA coverage from the same networks your customers use.", "Private locations: Run the same journeys inside your VPC against staging or WAF-protected apps.", "Page-level waterfalls: Full waterfall and OTEL trace on every run, ready for your APM." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "Real Chromium & Firefox", "Core Web Vitals", "Visual regression", "HAR capture", "OTEL traces" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Get your first browser journey running today.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-browser-monitoring.json", "markdown": "https://apicontext.com/features/browser-monitoring.md", "html": "https://apicontext.com/ai/page/features-browser-monitoring.html" } }, { "slug": "features-build-to-specifications", "url": "https://apicontext.com/features/build-to-specifications", "title": "Build to Specifications", "description": "Bridge the gap between your API’s intended functionality and real-world behavior by continuously comparing production endpoints with their OpenAPI Specification definitions.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Keep production APIs aligned with their OpenAPI specs.", "href": "/features/build-to-specifications" } ], "summary": "Keep production APIs aligned with their OpenAPI specs. Bridge the gap between your API’s intended functionality and real-world behavior by continuously comparing production endpoints with their OpenAPI Specification definitions.", "stats": [ { "value": "OAS", "label": "production endpoint comparisons" }, { "value": "24/7", "label": "continuous conformance checks" }, { "value": "full", "label": "request and response validation" }, { "value": "teams", "label": "remediation routed by owner" } ], "bodySections": [ { "eyebrow": "Automated comparisons", "title": "Catch contract drift every time code reaches production.", "body": "APIContext compares live endpoints to their architected OpenAPI specification and alerts teams to discrepancies in request format, response shape, status code, auth, and more." }, { "eyebrow": "Automated comparisons", "title": "Continuously compare production APIs to OpenAPI.", "body": "Every time teams push new code, APIContext can run conformance checks and alert on changes against the architected specification.", "bullets": [ "Compare live endpoints to OAS definitions", "Run checks continuously after production changes", "Alert when behavior diverges from the spec" ] }, { "eyebrow": "Granular validation", "title": "Validate every part of the API contract.", "body": "Check request and response formats, HTTP status codes, authentication requirements, response definitions, and more so teams can see exactly what changed.", "bullets": [ "Request and response format validation", "HTTP status code and auth requirement checks", "Detailed response-definition comparison" ] }, { "eyebrow": "Manage errors easily", "title": "Turn variances into accountable remediation.", "body": "Variances are highlighted for review. Alert or promote issues to the right teams so stakeholders understand tradeoffs, risks, and ownership.", "bullets": [ "Highlight variances for quick review", "Promote issues to remediation workflows", "Align stakeholders around risk and ownership" ] }, { "title": "Specification drift evidence routes into engineering, architecture, and remediation workflows", "body": "Protect data and users: Use OpenAPI specifications as guardrails for production API behavior. Production reality: Compare intended functionality against how live endpoints actually respond. Spec-driven checks: Use OpenAPI definitions to drive repeatable validation. Variance review: See discrepancies clearly, with the context needed for review. Change alerts: Notify teams when new production code changes behavior against the spec. Stakeholder alignment: Bring application owners, architects, and business teams together around the same evidence." } ], "keyFacts": [ "OpenAPI comparison", "Production checks", "Granular validation", "Variance review", "Remediation routing", "OAS production endpoint comparisons", "24/7 continuous conformance checks", "full request and response validation", "teams remediation routed by owner", "Protect data and users: Use OpenAPI specifications as guardrails for production API behavior.", "Production reality: Compare intended functionality against how live endpoints actually respond.", "Spec-driven checks: Use OpenAPI definitions to drive repeatable validation.", "Variance review: See discrepancies clearly, with the context needed for review." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "OpenAPI comparison", "Production checks", "Granular validation", "Variance review", "Remediation routing" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Build and run APIs to specification.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-build-to-specifications.json", "markdown": "https://apicontext.com/features/build-to-specifications.md", "html": "https://apicontext.com/ai/page/features-build-to-specifications.html" } }, { "slug": "features-business-rules", "url": "https://apicontext.com/features/business-rules", "title": "Business Rules", "description": "Your APIs need to deliver the correct data in every scenario. Catch misconfigurations and align applications with internal and external business rules so your API stays the source of truth.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Make sure your APIs return the right answer.", "href": "/features/business-rules" } ], "summary": "Make sure your APIs return the right answer. Your APIs need to deliver the correct data in every scenario. Catch misconfigurations and align applications with internal and external business rules so your API stays the source of truth.", "stats": [ { "value": "0", "label": "pricing errors tolerated" }, { "value": "100%", "label": "scenario-level rule coverage" }, { "value": "minutes", "label": "to triage a variance" }, { "value": "teams", "label": "alerted by ownership" } ], "bodySections": [ { "eyebrow": "Rules that match your business", "title": "Validate business logic, not just status codes.", "body": "APIContext checks whether APIs return the right information for real scenarios: pricing, eligibility, compliance, routing, regional behavior, and other rules unique to your business." }, { "eyebrow": "Unique to your business", "title": "Define the rules your APIs must always follow.", "body": "Every business has its own policies, products, prices, regulatory requirements, and edge cases. Business rule checks make sure APIs deliver the right information, not merely a successful response.", "bullets": [ "Validate pricing, eligibility, and policy outcomes", "Catch business logic violations before customers do", "Align API behavior with internal and external rules" ] }, { "eyebrow": "Fix misconfigurations easily", "title": "Turn every variance into a fast triage decision.", "body": "When APIContext finds a variance, teams can review the evidence, decide whether to update the API, change the application, or revise the rule, then get the right owner involved.", "bullets": [ "Review detailed conformance evidence", "Classify API, application, or rule changes", "Route the work to the team that owns the fix" ] }, { "eyebrow": "Right alert, right team", "title": "Alert the right team to conformance issues - not SRE", "body": "Business rule conformance issues are not generic application monitoring noise. Deliver alerts at the right cadence to compliance, architecture, product, or engineering teams.", "bullets": [ "Alert by rule ownership and severity", "Control cadence so teams are not overwhelmed", "Separate compliance issues from infrastructure incidents" ] }, { "title": "Business-rule evidence routes cleanly into compliance, product, architecture, and engineering workflows", "body": "Custom rule checks: Assert outcomes that match your pricing, product, compliance, and policy requirements. Scenario coverage: Run checks across the edge cases where business logic failures usually hide. Detailed evidence: Review request, response, assertion, and variance details before choosing the fix. Ownership routing: Send API, application, and rule issues to the teams that actually own them. Targeted alerts: Notify compliance and architecture teams without flooding application monitoring queues. Rule audit trail: Keep a history of failures, accepted variances, and remediation decisions." } ], "keyFacts": [ "Custom rules", "Scenario checks", "Compliance workflows", "0 pricing errors tolerated", "100% scenario-level rule coverage", "minutes to triage a variance", "teams alerted by ownership", "Custom rule checks: Assert outcomes that match your pricing, product, compliance, and policy requirements.", "Scenario coverage: Run checks across the edge cases where business logic failures usually hide.", "Detailed evidence: Review request, response, assertion, and variance details before choosing the fix.", "Ownership routing: Send API, application, and rule issues to the teams that actually own them." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "Custom rules", "Scenario checks", "Compliance workflows" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start validating the answers your APIs provide.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-business-rules.json", "markdown": "https://apicontext.com/features/business-rules.md", "html": "https://apicontext.com/ai/page/features-business-rules.html" } }, { "slug": "features-cli", "url": "https://apicontext.com/features/cli", "title": "CLI", "description": "Update monitoring, manage users, build API call workflows, and keep applications monitored as fast as your team can type.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Manage your monitoring as code.", "href": "/features/cli" } ], "summary": "Manage your monitoring as code. Update monitoring, manage users, build API call workflows, and keep applications monitored as fast as your team can type.", "stats": [ { "value": "CLI", "label": "direct project control" }, { "value": "3-10", "label": "API calls in critical workflows" }, { "value": "npm", "label": "developer-native install path" }, { "value": "RBAC", "label": "user and role operations" } ], "bodySections": [ { "eyebrow": "Build and monitor with the same tools", "title": "Keep active projects in sync from your terminal.", "body": "The APIContext CLI gives developers a direct connection to API monitoring, so local changes can be pushed into active projects without leaving the development workflow." }, { "eyebrow": "Developer-native monitoring", "title": "Build and update API monitoring from the CLI.", "body": "Use Node.js, npm, or tarballs to connect directly to your monitoring. Manage schedules, API call structures, projects, and alerting without a browser-only workflow.", "bullets": [ "Install through npm or tarballs", "Make updates locally", "Push changes into active projects" ] }, { "eyebrow": "Advanced workflows", "title": "Keep multi-call journeys updated easily.", "body": "Critical application workflows often take 3 to 10 API calls. Use call-builder and workflow operations from the CLI to keep monitoring aligned with the journeys your users depend on.", "bullets": [ "Build multi-call workflows", "Manage API call sequences", "Keep critical journeys synchronized" ] }, { "eyebrow": "Project controls", "title": "Manage projects, users, and access from one place.", "body": "Manage user access, role management, view/edit operations, new projects, and existing projects with granular controls.", "bullets": [ "Manage users and roles", "Deploy and update projects", "Control view/edit operations" ] }, { "title": "CLI workflows fit into developer terminals, project automation, and operational control loops", "body": "Monitoring as code: Build and update API monitoring with developer tooling. Workflow operations: Create and manage multi-step API workflows directly from the terminal. Alerting controls: Manage alerting configuration alongside API call structures and schedules. Access management: Control users, roles, and permissions through CLI operations. Fast updates: Push local monitoring changes into active projects quickly. Docs-backed: Use documented operations for project and monitoring administration." } ], "keyFacts": [ "Node.js CLI", "npm or tarballs", "Workflow operations", "Project controls", "User management", "CLI direct project control", "3-10 API calls in critical workflows", "npm developer-native install path", "RBAC user and role operations", "Monitoring as code: Build and update API monitoring with developer tooling.", "Workflow operations: Create and manage multi-step API workflows directly from the terminal.", "Alerting controls: Manage alerting configuration alongside API call structures and schedules.", "Access management: Control users, roles, and permissions through CLI operations." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "Node.js CLI", "npm or tarballs", "Workflow operations", "Project controls", "User management" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Manage API monitoring from the terminal.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-cli.json", "markdown": "https://apicontext.com/features/cli.md", "html": "https://apicontext.com/ai/page/features-cli.html" } }, { "slug": "features-configuration-as-code", "url": "https://apicontext.com/features/configuration-as-code", "title": "Configuration as Code", "description": "Define, manage, version, and update API monitoring configurations as part of your development workflow, using files your teams can review and change together.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Maintain monitoring in human-readable YAML or JSON.", "href": "/features/configuration-as-code" } ], "summary": "Maintain monitoring in human-readable YAML or JSON. Define, manage, version, and update API monitoring configurations as part of your development workflow, using files your teams can review and change together.", "stats": [ { "value": "Git", "label": "ready for version control" }, { "value": "YAML", "label": "human-readable monitoring" }, { "value": "CI/CD", "label": "toolchain friendly" }, { "value": "full", "label": "program configuration" } ], "bodySections": [ { "eyebrow": "Make monitoring part of development", "title": "Change monitoring with every API change.", "body": "Configuration as Code lets developers edit application monitoring as part of normal development, keeping checks, schedules, workflows, and alerting aligned with production APIs." }, { "eyebrow": "Human-readable config", "title": "Write monitoring in YAML or JSON.", "body": "Simplify API monitoring and resilience by letting developers define, manage, and update project configurations in files that are easy to read and review.", "bullets": [ "Define monitoring as YAML or JSON", "Keep configuration readable", "Review monitoring changes like code" ] }, { "eyebrow": "Version control", "title": "Track, roll back, and collaborate on monitoring changes.", "body": "Configuration is ready for Git or any version control system, enabling change tracking, rollbacks, collaborative updates, and repeatable project management.", "bullets": [ "Track monitoring changes in Git", "Roll back when needed", "Collaborate across development teams" ] }, { "eyebrow": "Full monitoring program", "title": "Manage calls, workflows, schedules, alerts, projects, and users.", "body": "Update API call configuration, workflows, schedules, alerting thresholds, projects, and users from a consistent configuration model.", "bullets": [ "Update API calls and workflows", "Manage schedules and alert thresholds", "Configure projects and users" ] }, { "title": "Configuration as Code fits Git, CI/CD, project automation, and developer review workflows", "body": "Developer workflow: Bring monitoring into the same process as API development. Readable files: Use YAML or JSON that teams can inspect and review. Project-wide config: Cover API calls, workflows, schedules, alerting, projects, and users. Consistency: Keep monitoring consistent across environments and teams. CI/CD friendly: Integrate monitoring changes into existing toolchains. Change visibility: Track rollbacks, reviews, and collaborative updates in version control." } ], "keyFacts": [ "YAML", "JSON", "Version control", "CI/CD", "Project export", "Git ready for version control", "YAML human-readable monitoring", "CI/CD toolchain friendly", "full program configuration", "Developer workflow: Bring monitoring into the same process as API development.", "Readable files: Use YAML or JSON that teams can inspect and review.", "Project-wide config: Cover API calls, workflows, schedules, alerting, projects, and users.", "Consistency: Keep monitoring consistent across environments and teams." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "YAML", "JSON", "Version control", "CI/CD", "Project export" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Put API monitoring under version control.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-configuration-as-code.json", "markdown": "https://apicontext.com/features/configuration-as-code.md", "html": "https://apicontext.com/ai/page/features-configuration-as-code.html" } }, { "slug": "features-network-monitoring", "url": "https://apicontext.com/features/network-monitoring", "title": "Network Monitoring", "description": "Track performance across major cloud providers, public locations, and private nodes so teams can spot DNS, handshake, CDN, and hosting issues from the places users and partners actually operate.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "See every cloud, region, and network path before customers notice an issue.", "href": "/features/network-monitoring" } ], "summary": "See every cloud, region, and network path before customers notice an issue. Track performance across major cloud providers, public locations, and private nodes so teams can spot DNS, handshake, CDN, and hosting issues from the places users and partners actually operate.", "stats": [ { "value": "125+", "label": "public monitoring locations" }, { "value": "5+", "label": "major cloud providers covered" }, { "value": "30+", "label": "data points per network call" }, { "value": "24/7", "label": "network path checks" } ], "bodySections": [ { "eyebrow": "Global points of presence", "title": "Monitor from the locations your users depend on.", "body": "Run API and network checks from public cloud data centers, private networks, and your own VMs to understand where latency, DNS, handshakes, CDN handoffs, or hosting choices are changing the customer experience." }, { "eyebrow": "Cross-cloud visibility", "title": "Monitor from the cloud data centers partners and users use.", "body": "Run checks across major public cloud providers around the world. Then compare performance by region, provider, and path.", "bullets": [ "Public locations across major cloud providers", "Regional and provider-level performance comparison", "Fast setup for endpoints and OpenAPI imports" ] }, { "eyebrow": "Inside your network", "title": "Deploy private nodes behind the firewall.", "body": "Measure internal network performance and monitor private services without exposing sensitive systems to public networks.", "bullets": [ "Outbound-only private node monitoring", "Internal API and service checks", "Deploy on cloud, hybrid, on-prem, or your own VMs" ] }, { "eyebrow": "Network diagnostics", "title": "Find DNS, handshake, CDN, and routing issues quickly.", "body": "Break down each API call into the network timings teams need to isolate misconfigurations, provider issues, and regional bottlenecks.", "bullets": [ "DNS, connection, TLS, and transfer timing", "CDN and service-provider handoff evidence", "Benchmark against peer services and regions" ] }, { "title": "Network telemetry supports public cloud, private nodes, dashboards, and alerting workflows", "body": "Public coverage: Monitor from public locations on the cloud and data centers your stakeholders use. Private locations: Run the same network checks inside private environments and behind firewalls. Cloud comparison: Compare providers, regions, and hosting locations with the same checks. Detailed timings: Inspect DNS, handshake, connection, CDN, and API response behavior. Fast issue isolation: See whether the problem is your API, a network path, or a broader provider issue. Actionable alerts: Route network and API issues to the teams that own response." } ], "keyFacts": [ "125+ public locations", "Private agents", "Cloud provider views", "125+ public monitoring locations", "5+ major cloud providers covered", "30+ data points per network call", "24/7 network path checks", "Public coverage: Monitor from public locations on the cloud and data centers your stakeholders use.", "Private locations: Run the same network checks inside private environments and behind firewalls.", "Cloud comparison: Compare providers, regions, and hosting locations with the same checks.", "Detailed timings: Inspect DNS, handshake, connection, CDN, and API response behavior." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "125+ public locations", "Private agents", "Cloud provider views" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start monitoring the network paths your APIs rely on.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-network-monitoring.json", "markdown": "https://apicontext.com/features/network-monitoring.md", "html": "https://apicontext.com/ai/page/features-network-monitoring.html" } }, { "slug": "features-private-nodes", "url": "https://apicontext.com/features/private-nodes", "title": "Private Nodes", "description": "Deploy lightweight APIContext nodes behind your firewall to test internal APIs, private services, and employee-facing workflows without exposing sensitive systems to the public internet.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Monitor APIs and apps inside your network.", "href": "/features/private-nodes" } ], "summary": "Monitor APIs and apps inside your network. Deploy lightweight APIContext nodes behind your firewall to test internal APIs, private services, and employee-facing workflows without exposing sensitive systems to the public internet.", "stats": [ { "value": "<5m", "label": "to deploy the first node" }, { "value": "0", "label": "inbound firewall rules required" }, { "value": "VPC", "label": "cloud, hybrid, or on-prem" }, { "value": "OTEL", "label": "traces from inside the boundary" } ], "bodySections": [ { "eyebrow": "Inside the boundary", "title": "Run outside-in checks from inside your own infrastructure.", "body": "Private nodes execute the same synthetic journeys as cloud POPs, but originate from your network so internal APIs, staging environments, and restricted applications can be tested safely." }, { "eyebrow": "Container-native deployment", "title": "Drop a lightweight runner into any private environment.", "body": "Run agents as Docker containers, scheduled jobs, or service workloads in your VPC, data center, Kubernetes cluster, or secure network segment.", "bullets": [ "Docker-first deployment", "Kubernetes and VM friendly", "Outbound connection to APIContext", "No public exposure of internal endpoints" ] }, { "eyebrow": "Behind-firewall monitoring", "title": "Test business-critical APIs customers and employees depend on.", "body": "Validate private applications, partner integrations, internal APIs, and remote employee workflows from the places where they actually run.", "bullets": [ "Internal API availability", "Employee workflow checks", "Partner and branch-office perspectives", "Private DNS and network path validation" ] }, { "eyebrow": "Data control", "title": "Keep sensitive calls and credentials under your control.", "body": "Agents run inside your infrastructure using your enterprise credentials, secrets, and network policies. APIContext receives telemetry, not unrestricted access to your private services.", "bullets": [ "Use your identity and secret stores", "Control who calls which services", "Keep request paths inside your boundary", "Send clean OTEL signal to your observability stack" ] }, { "title": "Private-node telemetry flows into the same tools your teams already use", "body": "Outbound-only: Agents connect out to APIContext, so private services do not need inbound public access. Credential control: Use your own enterprise auth, vault, and network policy for private checks. Hybrid coverage: Combine public cloud POPs with private locations for a complete customer-to-origin picture. Internal synthetics: Run the same API, browser, and workflow checks against internal-only systems. Topology-aware: Separate cloud, edge, origin, and private-network failures in a single journey. OTEL-native: Forward traces, logs, metrics, and events from private runs to your existing tools." } ], "keyFacts": [ "Docker deploy", "Outbound-only", "Private APIs", "Internal workflows", "Enterprise credentials", "<5m to deploy the first node", "0 inbound firewall rules required", "VPC cloud, hybrid, or on-prem", "OTEL traces from inside the boundary", "Outbound-only: Agents connect out to APIContext, so private services do not need inbound public access.", "Credential control: Use your own enterprise auth, vault, and network policy for private checks.", "Hybrid coverage: Combine public cloud POPs with private locations for a complete customer-to-origin picture.", "Internal synthetics: Run the same API, browser, and workflow checks against internal-only systems." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "Docker deploy", "Outbound-only", "Private APIs", "Internal workflows", "Enterprise credentials" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start monitoring behind the firewall.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-private-nodes.json", "markdown": "https://apicontext.com/features/private-nodes.md", "html": "https://apicontext.com/ai/page/features-private-nodes.html" } }, { "slug": "features-workflows-and-traces", "url": "https://apicontext.com/features/workflows-and-traces", "title": "Workflows and Traces (feature)", "description": "Traverse AI infrastructure, browsers, and APIs with reusable workflows, then record the full details of every step for review, investigation, and OpenTelemetry export.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "features", "href": "/features" }, { "name": "Build reusable workflows for high-value journeys.", "href": "/features/workflows-and-traces" } ], "summary": "Build reusable workflows for high-value journeys. Traverse AI infrastructure, browsers, and APIs with reusable workflows, then record the full details of every step for review, investigation, and OpenTelemetry export.", "stats": [ { "value": "3", "label": "surfaces: AI, browser, API" }, { "value": "100%", "label": "step-level trace detail" }, { "value": "OTEL", "label": "review or export" }, { "value": "24/7", "label": "synthetic journey monitoring" } ], "bodySections": [ { "eyebrow": "Every event in the journey", "title": "From authentication to downstream API dependencies. Captured as a trace.", "body": "APIContext records the full journey, including each call, transition, dependency, and result, so teams can investigate failures without storing every packet of production traffic." }, { "eyebrow": "Advanced workflows", "title": "Build complex journeys across the systems users rely on.", "body": "Complex authentication and authorization flows? AI requests that call APIs? Browser interactions with API dependencies? Any journey that matters to you is one APIContext can verify.", "bullets": [ "Reusable workflow steps across APIs, browsers, and AI infrastructure", "Complex auth, authorization, and dependency handling", "High-value journey validation from the outside in" ] }, { "eyebrow": "Full call details", "title": "See the entire path each workflow took.", "body": "Every call APIContext makes is fully documented, including the route, timings, result details, and step outcomes, so teams have the information they need to investigate.", "bullets": [ "Trace every step and segment of a workflow", "Capture result details for each call", "Filter the journey to find the broken dependency quickly" ] }, { "eyebrow": "Only store what you need", "title": "Keep focused traces without drowning in traffic data.", "body": "Storing all API traffic can be prohibitively expensive. APIContext stores the traces for the synthetic calls it makes, reducing trace volume while preserving the journeys that matter.", "bullets": [ "Store traces for monitored synthetic journeys", "Reduce noisy production trace volume", "Review or export focused evidence through OpenTelemetry" ] }, { "title": "Workflow traces export cleanly into OpenTelemetry, APM, incident, and engineering review tools", "body": "Reusable workflows: Build once, then reuse journey steps for critical production checks. AI infrastructure: Validate workflows that move between AI requests, tools, and APIs. Browser dependencies: Connect browser interactions with the API calls they depend on. Full trace detail: Capture every step, path, timing, and result for investigation. OTEL export: Review traces in APIContext or export them to your existing observability stack. Focused storage: Keep high-value synthetic traces without storing every production call." } ], "keyFacts": [ "Reusable journeys", "Full call traces", "AI + browser + API steps", "OTEL export", "Focused trace storage", "3 surfaces: AI, browser, API", "100% step-level trace detail", "OTEL review or export", "24/7 synthetic journey monitoring", "Reusable workflows: Build once, then reuse journey steps for critical production checks.", "AI infrastructure: Validate workflows that move between AI requests, tools, and APIs.", "Browser dependencies: Connect browser interactions with the API calls they depend on.", "Full trace detail: Capture every step, path, timing, and result for investigation." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "Reusable journeys", "Full call traces", "AI + browser + API steps", "OTEL export", "Focused trace storage" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start tracing the journeys that matter most.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/features-workflows-and-traces.json", "markdown": "https://apicontext.com/features/workflows-and-traces.md", "html": "https://apicontext.com/ai/page/features-workflows-and-traces.html" } }, { "slug": "japan", "url": "https://apicontext.com/japan", "title": "Japan", "description": "合成モニタリングによる監視、測定、そして軽減策によって、すべてのアプリケーション接続の耐障害性とデジタルコンピューティングチェーンの信頼性を確保します。APIの適合性、ウェブページの速度、MCPサーバーの信頼性を追跡します。", "contentType": "company", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "APIContext Japan", "href": "/japan" } ], "summary": "APIContext provides Japanese enterprises with end-to-end visibility, proactive risk measures, and comprehensive monitoring capabilities for their APIs.", "keyFacts": [ "APIContext monitors API compliance, web page speed, and MCP server reliability.", "Supports Japanese enterprises with local payment and billing through Meristem Inc.", "Covers Banking & Finance, Enterprise IT, IoT, Government, and Partners & Developers industries." ], "primaryEntities": [ "APIContext", "API monitoring Japan", "API conformance", "Meristem Inc." ], "audience": [ "Japanese enterprises", "API teams", "SRE teams", "technology leaders" ], "ctas": [ { "label": "Try APIContext", "href": "https://client.apimetrics.io/" }, { "label": "Contact Meristem Inc.", "href": "/japan" } ], "source": "static", "bodySections": [ { "title": "Overview", "body": "APIContext provides Japanese enterprises with end-to-end visibility, proactive risk measures, and comprehensive monitoring capabilities for their APIs.", "bullets": [ "APIContext monitors API compliance, web page speed, and MCP server reliability.", "Supports Japanese enterprises with local payment and billing through Meristem Inc.", "Covers Banking & Finance, Enterprise IT, IoT, Government, and Partners & Developers industries." ], "links": [ { "label": "Try APIContext", "href": "https://client.apimetrics.io/" }, { "label": "Contact Meristem Inc.", "href": "/japan" } ] } ], "pageCategory": "Company", "schemaType": "WebPage", "aiEndpoints": { "json": "https://apicontext.com/ai/page/japan.json", "markdown": "https://apicontext.com/japan.md", "html": "https://apicontext.com/ai/page/japan.html" } }, { "slug": "pricing", "url": "https://apicontext.com/pricing", "title": "Pricing", "description": "Every plan includes full platform access. No per-seat traps, no hidden call overages. Pay for what you actually monitor.", "contentType": "product", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "APIContext Pricing", "href": "/pricing" } ], "summary": "Start free. Scale when you're ready. Every plan includes full platform access. No per-seat traps, no hidden call overages. Pay for what you actually monitor.", "bodySections": [ { "title": "Starter", "body": "For individual developers and small APIs. $29/ month with annual contract; $33/ month billed monthly.", "bullets": [ "Up to 5 uptime endpoints", "50,000 synthetic API calls / mo", "3 collaborators", "30-day data retention", "Email alerting", "Basic OAuth / API Key auth", "Community support" ] }, { "title": "Team", "body": "For growing teams shipping production APIs. $99/ month with annual contract; $114/ month billed monthly.", "bullets": [ "Up to 25 uptime endpoints", "250,000 synthetic API calls / mo", "10 collaborators", "90-day data retention", "Slack + PagerDuty alerting", "Full auth: OAuth 2, mTLS, JWT, HMAC", "OTEL export to Datadog / Dynatrace", "Email support" ] }, { "title": "Pro", "body": "For platform teams with SLO obligations. $499/ month with annual contract; $574/ month billed monthly.", "bullets": [ "Up to 100 uptime endpoints", "1,000,000 synthetic API calls / mo", "Unlimited collaborators", "1-year data retention", "All alerting channels incl. webhooks", "Full auth stack + signed HMAC", "OTEL + TrafficPeak native integration", "Standards conformance: FAPI · FDX · CDR", "Private nodes", "Priority support + Slack shared channel" ] }, { "title": "Enterprise", "body": "For regulated industries and multi-cloud at scale. $1,249/ month with annual contract; $1,436/ month billed monthly.", "bullets": [ "Unlimited uptime endpoints", "Custom synthetic call volume", "Unlimited collaborators", "Enterprise SSO available as paid add-on", "Unlimited data retention", "All Pro features", "FAPI · FDX · FHIR · Open Banking conformance", "Dedicated private node fleet", "Custom SLA + enterprise support", "Procurement / MSA / security review" ] }, { "title": "Projects & Team", "body": "Projects. Collaborators. SSO / SAML. Role-based access control" }, { "title": "Monitoring", "body": "Uptime endpoints. Synthetic API calls / month. Check frequency. Global POP locations. Private nodes" }, { "title": "Authentication", "body": "API Key / Basic auth. OAuth 2.0. mTLS / JWT. Signed HMAC" }, { "title": "Standards Conformance", "body": "FAPI 1.0 / 2.0. FDX. FHIR. Open Banking / CDR" }, { "title": "Alerting & Integrations", "body": "Email alerting. Slack / PagerDuty. Webhooks. OTEL export (Datadog, Dynatrace…). Akamai TrafficPeak native" }, { "title": "Data & Reporting", "body": "Data retention. API performance reports. SLA / SLO dashboards. Custom status pages" }, { "title": "Support", "body": "Community support. Email support. Priority support + shared Slack. Dedicated CSM + custom SLA" } ], "keyFacts": [ "Starter: For individual developers and small APIs. $29/ month with annual contract; $33/ month billed monthly.", "Team: For growing teams shipping production APIs. $99/ month with annual contract; $114/ month billed monthly.", "Pro: For platform teams with SLO obligations. $499/ month with annual contract; $574/ month billed monthly.", "Enterprise: For regulated industries and multi-cloud at scale. $1,249/ month with annual contract; $1,436/ month billed monthly.", "Enterprise usage above 1,000,000 synthetic tests per month is custom high-volume pricing and should talk to sales.", "Enterprise SSO is available as an add-on with a $3,000 one-time configuration charge and $500 monthly license charge.", "Projects & Team: Projects", "Projects & Team: Collaborators", "Monitoring: Uptime endpoints", "Monitoring: Synthetic API calls / month", "Authentication: API Key / Basic auth", "Authentication: OAuth 2.0", "Standards Conformance: FAPI 1.0 / 2.0", "Standards Conformance: FDX", "Alerting & Integrations: Email alerting", "Alerting & Integrations: Slack / PagerDuty", "Data & Reporting: Data retention", "Data & Reporting: API performance reports", "Support: Community support", "Support: Email support" ], "primaryEntities": [ "APIContext", "API monitoring pricing", "synthetic API calls", "enterprise pricing" ], "audience": [ "API teams", "SRE teams", "procurement teams" ], "ctas": [ { "label": "Start free trial", "href": "https://client.apimetrics.io/register" }, { "label": "Talk to sales", "href": "/contact" } ], "source": "static", "pageCategory": "Product", "schemaType": "SoftwareApplication", "aiEndpoints": { "json": "https://apicontext.com/ai/page/pricing.json", "markdown": "https://apicontext.com/pricing.md", "html": "https://apicontext.com/ai/page/pricing.html" } }, { "slug": "product-overview", "url": "https://apicontext.com/product-overview", "title": "Product Overview", "description": "Measure performance, ensure conformance, and understand your critical apps and services from the places your users, partners, and regulators actually depend on them.", "contentType": "product", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "Advanced monitoring and resilience", "href": "/product-overview" } ], "summary": "Advanced monitoring and resilience for the real world. Measure performance, ensure conformance, and understand your critical apps and services from the places your users, partners, and regulators actually depend on them.", "stats": [ { "value": "125+", "label": "global points of presence" }, { "value": "audit-ready", "label": "evidence for regulators, on demand" }, { "value": "OTEL", "label": "native alerting and telemetry export" }, { "value": "24/7", "label": "synthetic production verification" } ], "bodySections": [ { "title": "HTTP API call manager", "body": "Manage REST, SOAP, and GraphQL calls, multi-step sequences, and advanced authentication flows in one place." }, { "title": "HTTP endpoint monitor", "body": "Monitor web pages, login flows, and critical user journeys in real browsers from locations around the world. Catch broken elements and slow load times before users do." }, { "title": "AI infrastructure monitoring", "body": "Continuously test MCP servers and AI tool workflows. Verify that tool invocations return the right responses, meet latency budgets, and stay within your expected toolset." }, { "title": "Conformance monitoring", "body": "Measure OpenAPI conformance, gap against standards like FAPI, and report on SLO conformance." }, { "title": "Integrated reporting", "body": "Analyze median and percentile performance, full call history, outages, dependencies, and network paths." }, { "title": "Enterprise ready", "body": "Support role-based access, organization and project-level controls, and single sign-on." } ], "keyFacts": [ "125+ global Points of Presence", "SLO verification", "OpenTelemetry", "125+ global points of presence", "audit-ready evidence for regulators, on demand", "OTEL native alerting and telemetry export", "24/7 synthetic production verification", "HTTP API call manager: Manage REST, SOAP, and GraphQL calls, multi-step sequences, and advanced authentication flows in one place.", "HTTP endpoint monitor: Monitor web pages, login flows, and critical user journeys in real browsers from locations around the world. Catch broken elements and slow load times before users do.", "AI infrastructure monitoring: Continuously test MCP servers and AI tool workflows. Verify that tool invocations return the right responses, meet latency budgets, and stay within your expected toolset.", "Conformance monitoring: Measure OpenAPI conformance, gap against standards like FAPI, and report on SLO conformance.", "Integrated reporting: Analyze median and percentile performance, full call history, outages, dependencies, and network paths.", "Enterprise ready: Support role-based access, organization and project-level controls, and single sign-on." ], "primaryEntities": [ "APIContext", "API monitoring", "SLO verification", "OpenTelemetry", "API conformance" ], "audience": [ "API teams", "SRE teams", "regulated API programs" ], "ctas": [ { "label": "Lower your mean time to issue identification.", "href": "/contact" } ], "source": "static", "pageCategory": "Product", "schemaType": "SoftwareApplication", "aiEndpoints": { "json": "https://apicontext.com/ai/page/product-overview.json", "markdown": "https://apicontext.com/product-overview.md", "html": "https://apicontext.com/ai/page/product-overview.html" } }, { "slug": "resources", "url": "https://apicontext.com/resources", "title": "Resources (alias)", "description": "Explore CMS-published reports, case studies, ebooks, and technical resources for API reliability, resilience, and service quality.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "APIContext Resources", "href": "/resources" } ], "summary": "Explore APIContext reports, case studies, ebooks, and technical resources for API reliability, resilience, and service quality.", "keyFacts": [ "Resources are grouped from the same CMS catalog as the public resources library.", "Resource categories include reports, case studies, ebooks, guides, and technical materials.", "Resource pages help teams understand API monitoring, conformance, resilience, and service quality." ], "primaryEntities": [ "APIContext", "API resources", "API monitoring", "API resilience" ], "audience": [ "API teams", "SRE teams", "platform teams", "technology leaders" ], "ctas": [ { "label": "API Knowledge Base", "href": "/api-knowledge-base" }, { "label": "Understanding APIs", "href": "/understanding-api" } ], "source": "static", "bodySections": [ { "title": "Overview", "body": "Explore APIContext reports, case studies, ebooks, and technical resources for API reliability, resilience, and service quality.", "bullets": [ "Resources are grouped from the same CMS catalog as the public resources library.", "Resource categories include reports, case studies, ebooks, guides, and technical materials.", "Resource pages help teams understand API monitoring, conformance, resilience, and service quality." ], "links": [ { "label": "API Knowledge Base", "href": "/api-knowledge-base" }, { "label": "Understanding APIs", "href": "/understanding-api" } ] } ], "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources.json", "markdown": "https://apicontext.com/resources.md", "html": "https://apicontext.com/ai/page/resources.html" } }, { "slug": "resources-5-lessons-learned-from-3-years-of-open-banking", "url": "https://apicontext.com/resources/5-lessons-learned-from-3-years-of-open-banking", "title": "5 Lessons From 3 Years of Open Banking", "description": "Download APIContext's white paper on five lessons from three years of Open Banking API monitoring — what works, what doesn't, and what the data shows.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "5 Lessons Learned From 3 Years of Open Banking", "href": "/resources/5-lessons-learned-from-3-years-of-open-banking" } ], "summary": "5 Lessons Learned From 3 Years of Open Banking. Hard-won lessons from three years of monitoring Open Banking APIs at scale.. Download APIContext's white paper on five lessons from three years of Open Banking API monitoring — what works, what doesn't, and what the data shows.", "bodySections": [ { "eyebrow": "White paper", "title": "Hard-won lessons from three years of monitoring Open Banking APIs at scale.", "body": "Three years of continuous Open Banking API monitoring has produced a body of evidence about the patterns, problems, and progress of regulated API implementation across UK financial institutions. This white paper synthesises that experience into five durable lessons — observations about where Open Banking succeeds and fails, the quality patterns that recur across institutions, and what the data says about the future of regulated API programmes. Use it as a practical reference for teams building, managing, or governing Open Banking infrastructure.", "bullets": [ "The five most durable lessons from three years of Open Banking monitoring", "Quality patterns that recur across institutions regardless of technology stack", "Where the data shows the most progress and the most persistent problems", "What the evidence suggests for the next phase of Open Banking development" ] } ], "keyFacts": [ "Three years of continuous Open Banking API monitoring has produced a body of evidence about the patterns, problems, and progress of regulated API implementation across UK financial institutions.", "This white paper synthesises that experience into five durable lessons — observations about where Open Banking succeeds and fails, the quality patterns that recur across institutions, and what the data says about the future of regulated API programmes.", "Use it as a practical reference for teams building, managing, or governing Open Banking infrastructure.", "The five most durable lessons from three years of Open Banking monitoring", "Quality patterns that recur across institutions regardless of technology stack", "Where the data shows the most progress and the most persistent problems", "What the evidence suggests for the next phase of Open Banking development" ], "primaryEntities": [ "APIContext", "White paper", "5 Lessons Learned From 3 Years of Open Banking", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the white paper", "href": "/resources/5-lessons-learned-from-3-years-of-open-banking" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-5-lessons-learned-from-3-years-of-open-banking.json", "markdown": "https://apicontext.com/resources/5-lessons-learned-from-3-years-of-open-banking.md", "html": "https://apicontext.com/ai/page/resources-5-lessons-learned-from-3-years-of-open-banking.html" } }, { "slug": "resources-6-benefits-of-api-monitoring", "url": "https://apicontext.com/resources/6-benefits-of-api-monitoring", "title": "6 Benefits of API Monitoring", "description": "API monitoring delivers more than just uptime alerts. Download this APIContext infographic on the six core benefits of active API monitoring.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "6 Benefits Of API Monitoring", "href": "/resources/6-benefits-of-api-monitoring" } ], "summary": "6 Benefits Of API Monitoring. Teams that invest in active API monitoring consistently see benefits beyond basic uptime awareness — including faster incident response, better SLA evidence, improved consumer experience, and stronger governance.", "bodySections": [ { "title": "6 Benefits Of API Monitoring", "body": "Teams that invest in active API monitoring consistently see benefits beyond basic uptime awareness — including faster incident response, better SLA evidence, improved consumer experience, and stronger governance." }, { "title": "More about 6 Benefits Of API Monitoring", "body": "This infographic summarises the six most impactful benefits of API monitoring, giving teams a clear framework for making the case for investment and measuring its value." } ], "keyFacts": [ "Teams that invest in active API monitoring consistently see benefits beyond basic uptime awareness — including faster incident response, better SLA evidence, improved consumer experience, and stronger governance.", "This infographic summarises the six most impactful benefits of API monitoring, giving teams a clear framework for making the case for investment and measuring its value." ], "primaryEntities": [ "APIContext", "Infographic", "6 Benefits Of API Monitoring", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/6%20Benefits%20of%20API%20Monitoring.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-6-benefits-of-api-monitoring.json", "markdown": "https://apicontext.com/resources/6-benefits-of-api-monitoring.md", "html": "https://apicontext.com/ai/page/resources-6-benefits-of-api-monitoring.html" } }, { "slug": "resources-6-guidelines-for-building-and-using-apis", "url": "https://apicontext.com/resources/6-guidelines-for-building-and-using-apis", "title": "6 Guidelines for Building and Using APIs", "description": "Download the APIContext infographic on 6 guidelines for building and using APIs. Practical principles for teams designing and consuming APIs at scale.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "6 Guidelines For Building And Using APIs", "href": "/resources/6-guidelines-for-building-and-using-apis" } ], "summary": "6 Guidelines For Building And Using APIs. Good API design and usage practices compound over time. This infographic distils six core guidelines that help teams build APIs that are reliable, discoverable, and easy to consume.", "bodySections": [ { "title": "6 Guidelines For Building And Using APIs", "body": "Good API design and usage practices compound over time. This infographic distils six core guidelines that help teams build APIs that are reliable, discoverable, and easy to consume." }, { "title": "More about 6 Guidelines For Building And Using APIs", "body": "Download the PDF or view the infographic below." } ], "keyFacts": [ "Good API design and usage practices compound over time. This infographic distils six core guidelines that help teams build APIs that are reliable, discoverable, and easy to consume.", "Download the PDF or view the infographic below." ], "primaryEntities": [ "APIContext", "Infographic", "6 Guidelines For Building And Using APIs", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/Guidelines%20for%20building%20and%20using%20APIs.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-6-guidelines-for-building-and-using-apis.json", "markdown": "https://apicontext.com/resources/6-guidelines-for-building-and-using-apis.md", "html": "https://apicontext.com/ai/page/resources-6-guidelines-for-building-and-using-apis.html" } }, { "slug": "resources-7-api-factors-that-could-ruin-your-performance", "url": "https://apicontext.com/resources/7-api-factors-that-could-ruin-your-performance", "title": "7 API Factors That Could Ruin Your Performance", "description": "Seven common API factors that degrade performance — and what to do about them. Download this APIContext infographic.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "7 API Factors That Could Ruin Your Performance", "href": "/resources/7-api-factors-that-could-ruin-your-performance" } ], "summary": "7 API Factors That Could Ruin Your Performance. API performance problems rarely come from a single cause. This infographic identifies seven recurring factors that degrade API performance in production — from inefficient authentication flows to third-party dependency latency and poor caching strategy.", "bodySections": [ { "title": "7 API Factors That Could Ruin Your Performance", "body": "API performance problems rarely come from a single cause. This infographic identifies seven recurring factors that degrade API performance in production — from inefficient authentication flows to third-party dependency latency and poor caching strategy." }, { "title": "More about 7 API Factors That Could Ruin Your Performance", "body": "Download the PDF or view the infographic below." } ], "keyFacts": [ "API performance problems rarely come from a single cause. This infographic identifies seven recurring factors that degrade API performance in production — from inefficient authentication flows to third-party dependency latency and poor caching strategy.", "Download the PDF or view the infographic below." ], "primaryEntities": [ "APIContext", "Infographic", "7 API Factors That Could Ruin Your Performance", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/7%20API%20Factors%20That%20Could%20ruin%20your%20api%20performance.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-7-api-factors-that-could-ruin-your-performance.json", "markdown": "https://apicontext.com/resources/7-api-factors-that-could-ruin-your-performance.md", "html": "https://apicontext.com/ai/page/resources-7-api-factors-that-could-ruin-your-performance.html" } }, { "slug": "resources-api-authentication-in-context-spinning-off-a-bunch-of-devs-to-go-waste-their-time", "url": "https://apicontext.com/resources/api-authentication-in-context-spinning-off-a-bunch-of-devs-to-go-waste-their-time", "title": "API Authentication in Context", "description": "Authentication problems waste developer time and break integrations. Watch this APIContext video on the real cost of poorly designed API authentication.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API authentication in context: Spinning off a bunch of devs to go waste their time", "href": "/resources/api-authentication-in-context-spinning-off-a-bunch-of-devs-to-go-waste-their-time" } ], "summary": "API authentication in context: Spinning off a bunch of devs to go waste their time. Authentication is one of the most common sources of friction for developers integrating with APIs. Token expiry, OAuth edge cases, certificate handling, and inconsistent error responses all contribute to integration time that should not be necessary.", "bodySections": [ { "title": "API authentication in context: Spinning off a bunch of devs to go waste their time", "body": "Authentication is one of the most common sources of friction for developers integrating with APIs. Token expiry, OAuth edge cases, certificate handling, and inconsistent error responses all contribute to integration time that should not be necessary." }, { "title": "More about API authentication in context: Spinning off a bunch of devs to go waste their time", "body": "This video uses real examples to illustrate how authentication problems compound across integrations, why they are so costly to debug, and what better API design and monitoring can do to reduce the waste." } ], "keyFacts": [ "Authentication is one of the most common sources of friction for developers integrating with APIs. Token expiry, OAuth edge cases, certificate handling, and inconsistent error responses all contribute to integration time that should not be necessary.", "This video uses real examples to illustrate how authentication problems compound across integrations, why they are so costly to debug, and what better API design and monitoring can do to reduce the waste." ], "primaryEntities": [ "APIContext", "Video", "API authentication in context: Spinning off a bunch of devs to go waste their time", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-authentication-in-context-spinning-off-a-bunch-of-devs-to-go-waste-their-time.json", "markdown": "https://apicontext.com/resources/api-authentication-in-context-spinning-off-a-bunch-of-devs-to-go-waste-their-time.md", "html": "https://apicontext.com/ai/page/resources-api-authentication-in-context-spinning-off-a-bunch-of-devs-to-go-waste-their-time.html" } }, { "slug": "resources-api-authentication-unhappy-paths", "url": "https://apicontext.com/resources/api-authentication-unhappy-paths", "title": "API Authentication: Unhappy Paths", "description": "Most authentication testing covers the happy path. The unhappy paths are where integrations break in production. Watch this APIContext video.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API Authentication: Unhappy paths", "href": "/resources/api-authentication-unhappy-paths" } ], "summary": "API Authentication: Unhappy paths. Authentication testing usually focuses on the happy path: valid credentials, expected flows, successful responses. But production environments surface the unhappy paths — expired tokens, invalid grants, certificate mismatches, and edge cases that were never tested.", "bodySections": [ { "title": "API Authentication: Unhappy paths", "body": "Authentication testing usually focuses on the happy path: valid credentials, expected flows, successful responses. But production environments surface the unhappy paths — expired tokens, invalid grants, certificate mismatches, and edge cases that were never tested." }, { "title": "More about API Authentication: Unhappy paths", "body": "This video explores the authentication failure modes that matter most in production, how they manifest for consumers, and how active monitoring helps teams catch auth problems before they escalate into incidents." } ], "keyFacts": [ "Authentication testing usually focuses on the happy path: valid credentials, expected flows, successful responses. But production environments surface the unhappy paths — expired tokens, invalid grants, certificate mismatches, and edge cases that were never tested.", "This video explores the authentication failure modes that matter most in production, how they manifest for consumers, and how active monitoring helps teams catch auth problems before they escalate into incidents." ], "primaryEntities": [ "APIContext", "Video", "API Authentication: Unhappy paths", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-authentication-unhappy-paths.json", "markdown": "https://apicontext.com/resources/api-authentication-unhappy-paths.md", "html": "https://apicontext.com/ai/page/resources-api-authentication-unhappy-paths.html" } }, { "slug": "resources-api-drift-white-paper", "url": "https://apicontext.com/resources/api-drift-white-paper", "title": "API Drift White Paper", "description": "Download the API Drift white paper and learn how production APIs move away from contracts, expectations, and customer experience.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API Drift White Paper", "href": "/resources/api-drift-white-paper" } ], "summary": "API Drift White Paper. Understand how APIs change in production, and what teams can do about it.. Download the API Drift white paper and learn how production APIs move away from contracts, expectations, and customer experience.", "bodySections": [ { "eyebrow": "White paper", "title": "Understand how APIs change in production, and what teams can do about it.", "body": "API drift happens when live API behavior moves away from the contract, the documentation, or the experience customers were promised. This guide explains why drift is hard to catch with static checks alone, how it shows up in production, and why active monitoring is essential for teams managing critical APIs. Use it to sharpen reliability, governance, and change-management conversations across engineering, product, and customer-facing teams.", "bullets": [ "Where API drift comes from and why it is rarely a single-team problem", "How drift affects API consumers, agents, partners, and regulated workflows", "What active monitoring can detect that contract reviews miss", "How to build better feedback loops between API owners and operations teams" ] } ], "keyFacts": [ "API drift happens when live API behavior moves away from the contract, the documentation, or the experience customers were promised.", "This guide explains why drift is hard to catch with static checks alone, how it shows up in production, and why active monitoring is essential for teams managing critical APIs.", "Use it to sharpen reliability, governance, and change-management conversations across engineering, product, and customer-facing teams.", "Where API drift comes from and why it is rarely a single-team problem", "How drift affects API consumers, agents, partners, and regulated workflows", "What active monitoring can detect that contract reviews miss", "How to build better feedback loops between API owners and operations teams" ], "primaryEntities": [ "APIContext", "White paper", "API Drift White Paper", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the white paper", "href": "/resources/api-drift-white-paper" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-drift-white-paper.json", "markdown": "https://apicontext.com/resources/api-drift-white-paper.md", "html": "https://apicontext.com/ai/page/resources-api-drift-white-paper.html" } }, { "slug": "resources-api-economy-by-the-numbers-2022", "url": "https://apicontext.com/resources/api-economy-by-the-numbers-2022", "title": "API Economy by the Numbers 2022", "description": "Download APIContext's data-driven infographic on the API economy in 2022 — scale, growth, quality, and what the numbers mean.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API Economy by the Numbers", "href": "/resources/api-economy-by-the-numbers-2022" } ], "summary": "API Economy by the Numbers. A data-driven look at the scale and quality of the API economy.. Download APIContext's data-driven infographic on the API economy in 2022 — scale, growth, quality, and what the numbers mean.", "bodySections": [ { "eyebrow": "Infographic", "title": "A data-driven look at the scale and quality of the API economy.", "body": "The API economy has grown from a technical conversation to a strategic business priority. The numbers tell a story about scale, growth, and the quality challenges that come with rapid expansion. This infographic presents key data points about the API economy — the scale of API usage, growth trends, and what the numbers reveal about the quality imperative for organisations that depend on APIs. Complete the form to download the full infographic.", "bullets": [ "The scale and growth trajectory of the API economy", "What the data reveals about API quality across the ecosystem", "Why API reliability has become a strategic business concern", "How the numbers translate into investment priorities for API teams" ] } ], "keyFacts": [ "The API economy has grown from a technical conversation to a strategic business priority. The numbers tell a story about scale, growth, and the quality challenges that come with rapid expansion.", "This infographic presents key data points about the API economy — the scale of API usage, growth trends, and what the numbers reveal about the quality imperative for organisations that depend on APIs.", "Complete the form to download the full infographic.", "The scale and growth trajectory of the API economy", "What the data reveals about API quality across the ecosystem", "Why API reliability has become a strategic business concern", "How the numbers translate into investment priorities for API teams" ], "primaryEntities": [ "APIContext", "Infographic", "API Economy by the Numbers", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the infographic", "href": "/resources/api-economy-by-the-numbers-2022" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-economy-by-the-numbers-2022.json", "markdown": "https://apicontext.com/resources/api-economy-by-the-numbers-2022.md", "html": "https://apicontext.com/ai/page/resources-api-economy-by-the-numbers-2022.html" } }, { "slug": "resources-api-lifecycle", "url": "https://apicontext.com/resources/api-lifecycle", "title": "API Lifecycle", "description": "Download the APIContext infographic on the API lifecycle — from design and build through deployment, management, and retirement.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API Lifecycle", "href": "/resources/api-lifecycle" } ], "summary": "API Lifecycle. Managing APIs well requires understanding the full lifecycle: from initial design through development, testing, deployment, versioning, and eventual retirement. Each stage has distinct quality and governance requirements.", "bodySections": [ { "title": "API Lifecycle", "body": "Managing APIs well requires understanding the full lifecycle: from initial design through development, testing, deployment, versioning, and eventual retirement. Each stage has distinct quality and governance requirements." }, { "title": "More about API Lifecycle", "body": "This infographic maps the API lifecycle stages and the key activities at each, providing a reference framework for teams building or improving their API programmes." } ], "keyFacts": [ "Managing APIs well requires understanding the full lifecycle: from initial design through development, testing, deployment, versioning, and eventual retirement. Each stage has distinct quality and governance requirements.", "This infographic maps the API lifecycle stages and the key activities at each, providing a reference framework for teams building or improving their API programmes." ], "primaryEntities": [ "APIContext", "Infographic", "API Lifecycle", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/API%20Lifcycle.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-lifecycle.json", "markdown": "https://apicontext.com/resources/api-lifecycle.md", "html": "https://apicontext.com/ai/page/resources-api-lifecycle.html" } }, { "slug": "resources-api-monitoring-and-governance-in-your-production-runtime-environment", "url": "https://apicontext.com/resources/api-monitoring-and-governance-in-your-production-runtime-environment", "title": "API Monitoring and Governance in Production Runtime", "description": "Production runtime is where API governance becomes real. Watch this APIContext video on monitoring and governance in live environments.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API Monitoring and Governance in your Production Runtime Environment", "href": "/resources/api-monitoring-and-governance-in-your-production-runtime-environment" } ], "summary": "API Monitoring and Governance in your Production Runtime Environment. API governance frameworks are often designed at the design and development stage, but the production runtime environment is where governance either holds or breaks down. Real traffic, real dependencies, and real failures test policies that looked solid in theory.", "bodySections": [ { "title": "API Monitoring and Governance in your Production Runtime Environment", "body": "API governance frameworks are often designed at the design and development stage, but the production runtime environment is where governance either holds or breaks down. Real traffic, real dependencies, and real failures test policies that looked solid in theory." }, { "title": "More about API Monitoring and Governance in your Production Runtime Environment", "body": "This video covers what monitoring and governance look like in production — how to connect runtime behaviour back to governance policies, and what teams need to see in order to maintain meaningful control over their live API estate." } ], "keyFacts": [ "API governance frameworks are often designed at the design and development stage, but the production runtime environment is where governance either holds or breaks down. Real traffic, real dependencies, and real failures test policies that looked solid in theory.", "This video covers what monitoring and governance look like in production — how to connect runtime behaviour back to governance policies, and what teams need to see in order to maintain meaningful control over their live API estate." ], "primaryEntities": [ "APIContext", "Video", "API Monitoring and Governance in your Production Runtime Environment", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-monitoring-and-governance-in-your-production-runtime-environment.json", "markdown": "https://apicontext.com/resources/api-monitoring-and-governance-in-your-production-runtime-environment.md", "html": "https://apicontext.com/ai/page/resources-api-monitoring-and-governance-in-your-production-runtime-environment.html" } }, { "slug": "resources-api-readiness-for-agentic-ai-white-paper", "url": "https://apicontext.com/resources/api-readiness-for-agentic-ai-white-paper", "title": "Agentic AI Readiness White Paper", "description": "Agentic AI is already live. And AI agents are interacting through APIs. Download the white paper to find out how to get your APIs ready.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Enterprise API Readiness in the Era of Agentic AI", "href": "/resources/api-readiness-for-agentic-ai-white-paper" } ], "summary": "Enterprise API Readiness in the Era of Agentic AI. Prepare your APIs for the next wave of automation. Agentic AI is already live. And AI agents are interacting through APIs. Download the white paper to find out how to get your APIs ready.", "bodySections": [ { "eyebrow": "White paper", "title": "Prepare your APIs for the next wave of automation", "body": "As AI agents move from prototypes to production, they are fundamentally changing how systems interact. They demand clarity, resilience, and governance that most enterprise APIs were not designed to provide. This white paper gives technology leaders a roadmap for the shift. It explores how agentic AI stresses traditional API infrastructure, and what it takes to be truly AI-ready. Drawing from recent field data, real-world drift patterns, and emerging standards like Model Context Protocol (MCP), it shares actionable guidance for building safer, smarter, and more scalable interfaces for autonomous clients.", "bullets": [ "Why traditional API assumptions break under AI-driven load", "The real-world state of API drift, and how it derails agents", "How to implement agent-aware rate limiting, validation, and authentication", "What MCP means for your API security, performance, and orchestration", "A checklist for making your API discoverable and trustworthy to AI", "And more" ] } ], "keyFacts": [ "As AI agents move from prototypes to production, they are fundamentally changing how systems interact. They demand clarity, resilience, and governance that most enterprise APIs were not designed to provide.", "This white paper gives technology leaders a roadmap for the shift. It explores how agentic AI stresses traditional API infrastructure, and what it takes to be truly AI-ready.", "Drawing from recent field data, real-world drift patterns, and emerging standards like Model Context Protocol (MCP), it shares actionable guidance for building safer, smarter, and more scalable interfaces for autonomous clients.", "Why traditional API assumptions break under AI-driven load", "The real-world state of API drift, and how it derails agents", "How to implement agent-aware rate limiting, validation, and authentication", "What MCP means for your API security, performance, and orchestration", "A checklist for making your API discoverable and trustworthy to AI", "And more" ], "primaryEntities": [ "APIContext", "White paper", "Enterprise API Readiness in the Era of Agentic AI", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Get the white paper", "href": "/resources/api-readiness-for-agentic-ai-white-paper" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-readiness-for-agentic-ai-white-paper.json", "markdown": "https://apicontext.com/resources/api-readiness-for-agentic-ai-white-paper.md", "html": "https://apicontext.com/ai/page/resources-api-readiness-for-agentic-ai-white-paper.html" } }, { "slug": "resources-api-run-time-governance-shift-left-will-not-protect-you", "url": "https://apicontext.com/resources/api-run-time-governance-shift-left-will-not-protect-you", "title": "API Runtime Governance: Shift Left Will Not Protect You", "description": "Shift-left catches design-time issues, but runtime is where APIs actually fail. Watch this APIContext video on why runtime governance is essential.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API run-time governance: Shift left will not protect you", "href": "/resources/api-run-time-governance-shift-left-will-not-protect-you" } ], "summary": "API run-time governance: Shift left will not protect you. Shift-left practices — design-time linting, contract testing, and pre-deployment validation — are valuable. But they address the API as it was built, not as it behaves under real load, with real traffic, from real locations.", "bodySections": [ { "title": "API run-time governance: Shift left will not protect you", "body": "Shift-left practices — design-time linting, contract testing, and pre-deployment validation — are valuable. But they address the API as it was built, not as it behaves under real load, with real traffic, from real locations." }, { "title": "More about API run-time governance: Shift left will not protect you", "body": "This video makes the case for runtime governance as a distinct and necessary layer: why production behaviour diverges from design intent, and what monitoring provides that shift-left practices simply cannot." } ], "keyFacts": [ "Shift-left practices — design-time linting, contract testing, and pre-deployment validation — are valuable. But they address the API as it was built, not as it behaves under real load, with real traffic, from real locations.", "This video makes the case for runtime governance as a distinct and necessary layer: why production behaviour diverges from design intent, and what monitoring provides that shift-left practices simply cannot." ], "primaryEntities": [ "APIContext", "Video", "API run-time governance: Shift left will not protect you", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-run-time-governance-shift-left-will-not-protect-you.json", "markdown": "https://apicontext.com/resources/api-run-time-governance-shift-left-will-not-protect-you.md", "html": "https://apicontext.com/ai/page/resources-api-run-time-governance-shift-left-will-not-protect-you.html" } }, { "slug": "resources-api-security-challenges-logic-abuse-blind-spots-and-hacking-a-bank", "url": "https://apicontext.com/resources/api-security-challenges-logic-abuse-blind-spots-and-hacking-a-bank", "title": "API Security: Logic Abuse, Blind Spots and Hacking a Bank", "description": "Real API security attacks exploit logic, not just vulnerabilities. Watch this APIContext video on the security challenges that matter most.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API security challenges: Logic abuse, blind spots, and hacking a bank", "href": "/resources/api-security-challenges-logic-abuse-blind-spots-and-hacking-a-bank" } ], "summary": "API security challenges: Logic abuse, blind spots, and hacking a bank. The most dangerous API security attacks often exploit business logic rather than technical vulnerabilities — they use the API exactly as documented, but in ways the designers never intended. These attacks are invisible to tools that look only for known vulnerability patterns.", "bodySections": [ { "title": "API security challenges: Logic abuse, blind spots, and hacking a bank", "body": "The most dangerous API security attacks often exploit business logic rather than technical vulnerabilities — they use the API exactly as documented, but in ways the designers never intended. These attacks are invisible to tools that look only for known vulnerability patterns." }, { "title": "More about API security challenges: Logic abuse, blind spots, and hacking a bank", "body": "This video examines the security challenges that logic abuse and blind spots create, using the example of attacking a bank API to illustrate how real-world exploits work and why visibility into API behaviour — not just authentication and encryption — is essential." } ], "keyFacts": [ "The most dangerous API security attacks often exploit business logic rather than technical vulnerabilities — they use the API exactly as documented, but in ways the designers never intended. These attacks are invisible to tools that look only for known vulnerability patterns.", "This video examines the security challenges that logic abuse and blind spots create, using the example of attacking a bank API to illustrate how real-world exploits work and why visibility into API behaviour — not just authentication and encryption — is essential." ], "primaryEntities": [ "APIContext", "Video", "API security challenges: Logic abuse, blind spots, and hacking a bank", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-security-challenges-logic-abuse-blind-spots-and-hacking-a-bank.json", "markdown": "https://apicontext.com/resources/api-security-challenges-logic-abuse-blind-spots-and-hacking-a-bank.md", "html": "https://apicontext.com/ai/page/resources-api-security-challenges-logic-abuse-blind-spots-and-hacking-a-bank.html" } }, { "slug": "resources-api-security-tips", "url": "https://apicontext.com/resources/api-security-tips", "title": "API Security Tips", "description": "Download the APIContext infographic on API security tips. Practical guidance for teams securing APIs in production environments.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API Security Tips", "href": "/resources/api-security-tips" } ], "summary": "API Security Tips. API security covers a wide range of concerns — from authentication and authorisation to rate limiting, input validation, and monitoring for anomalous behaviour. This infographic highlights the most impactful security practices for teams managing production APIs.", "bodySections": [ { "title": "API Security Tips", "body": "API security covers a wide range of concerns — from authentication and authorisation to rate limiting, input validation, and monitoring for anomalous behaviour. This infographic highlights the most impactful security practices for teams managing production APIs." }, { "title": "More about API Security Tips", "body": "Download the PDF or view the infographic below." } ], "keyFacts": [ "API security covers a wide range of concerns — from authentication and authorisation to rate limiting, input validation, and monitoring for anomalous behaviour. This infographic highlights the most impactful security practices for teams managing production APIs.", "Download the PDF or view the infographic below." ], "primaryEntities": [ "APIContext", "Infographic", "API Security Tips", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/API%20Security%20Tips-1.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-security-tips.json", "markdown": "https://apicontext.com/resources/api-security-tips.md", "html": "https://apicontext.com/ai/page/resources-api-security-tips.html" } }, { "slug": "resources-api-vulnerabilities-ai-and-shadow-it", "url": "https://apicontext.com/resources/api-vulnerabilities-ai-and-shadow-it", "title": "API Vulnerabilities, AI and Shadow IT", "description": "AI-generated integrations and shadow IT are expanding the API attack surface in ways most security teams haven't anticipated. Watch this APIContext video.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "API vulnerabilities, AI, and Shadow IT", "href": "/resources/api-vulnerabilities-ai-and-shadow-it" } ], "summary": "API vulnerabilities, AI, and Shadow IT. AI-assisted development is accelerating the creation of API integrations across organisations — including integrations that security teams never reviewed, compliance never approved, and operations never knew about. This is shadow IT at a new scale.", "bodySections": [ { "title": "API vulnerabilities, AI, and Shadow IT", "body": "AI-assisted development is accelerating the creation of API integrations across organisations — including integrations that security teams never reviewed, compliance never approved, and operations never knew about. This is shadow IT at a new scale." }, { "title": "More about API vulnerabilities, AI, and Shadow IT", "body": "This video explores how AI-generated code and shadow API usage are expanding the attack surface, what the specific vulnerability patterns look like, and what monitoring and governance approaches help teams maintain control of an API estate that is growing faster than traditional processes can track." } ], "keyFacts": [ "AI-assisted development is accelerating the creation of API integrations across organisations — including integrations that security teams never reviewed, compliance never approved, and operations never knew about. This is shadow IT at a new scale.", "This video explores how AI-generated code and shadow API usage are expanding the attack surface, what the specific vulnerability patterns look like, and what monitoring and governance approaches help teams maintain control of an API estate that is growing faster than traditional processes can track." ], "primaryEntities": [ "APIContext", "Video", "API vulnerabilities, AI, and Shadow IT", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-api-vulnerabilities-ai-and-shadow-it.json", "markdown": "https://apicontext.com/resources/api-vulnerabilities-ai-and-shadow-it.md", "html": "https://apicontext.com/ai/page/resources-api-vulnerabilities-ai-and-shadow-it.html" } }, { "slug": "resources-apicontext-case-study-telco-operator", "url": "https://apicontext.com/resources/apicontext-case-study-telco-operator", "title": "Case Study – Telco Operator", "description": "Learn how a telecom operator used APIContext to improve API performance, reduce incident response time, and meet SLA commitments to enterprise customers.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Case Study: Telecom API Performance", "href": "/resources/apicontext-case-study-telco-operator" } ], "summary": "Case Study: Telecom API Performance. How a telecom operator improved API quality and SLA adherence with independent monitoring.. Learn how a telecom operator used APIContext to improve API performance, reduce incident response time, and meet SLA commitments to enterprise customers.", "bodySections": [ { "eyebrow": "Case study", "title": "How a telecom operator improved API quality and SLA adherence with independent monitoring.", "body": "Telecom operators face significant pressure to deliver reliable APIs to enterprise customers, partners, and developers. Internal monitoring frequently misses the performance and availability issues that matter most to external consumers. This case study describes how a telecom operator implemented APIContext to gain independent visibility into their API estate, reduce incident response time, and produce the evidence needed to meet and demonstrate SLA compliance.", "bullets": [ "How a telecom operator gained visibility that internal monitoring could not provide", "The performance patterns that active monitoring surfaced in a telecom API estate", "How monitoring data reduced incident detection and response time", "Producing credible SLA evidence for enterprise customers and partners" ] } ], "keyFacts": [ "Telecom operators face significant pressure to deliver reliable APIs to enterprise customers, partners, and developers. Internal monitoring frequently misses the performance and availability issues that matter most to external consumers.", "This case study describes how a telecom operator implemented APIContext to gain independent visibility into their API estate, reduce incident response time, and produce the evidence needed to meet and demonstrate SLA compliance.", "How a telecom operator gained visibility that internal monitoring could not provide", "The performance patterns that active monitoring surfaced in a telecom API estate", "How monitoring data reduced incident detection and response time", "Producing credible SLA evidence for enterprise customers and partners" ], "primaryEntities": [ "APIContext", "Case study", "Case Study: Telecom API Performance", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the case study", "href": "/resources/apicontext-case-study-telco-operator" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apicontext-case-study-telco-operator.json", "markdown": "https://apicontext.com/resources/apicontext-case-study-telco-operator.md", "html": "https://apicontext.com/ai/page/resources-apicontext-case-study-telco-operator.html" } }, { "slug": "resources-apicontext-security-overview", "url": "https://apicontext.com/resources/apicontext-security-overview", "title": "APIContext Security Overview", "description": "Download the APIContext security overview — how active monitoring supports API security posture, compliance, and incident response.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIContext Security Overview", "href": "/resources/apicontext-security-overview" } ], "summary": "APIContext Security Overview. How APIContext supports API security through continuous active monitoring.. Download the APIContext security overview — how active monitoring supports API security posture, compliance, and incident response.", "bodySections": [ { "eyebrow": "Product overview", "title": "How APIContext supports API security through continuous active monitoring.", "body": "API security requires visibility that most security tools do not provide by default — behavioural baselines, anomaly detection across real traffic, and evidence that authentication and authorisation are working as intended. This overview explains how APIContext's monitoring approach supports security teams, from detecting undocumented endpoints and shadow APIs to providing the audit trail that compliance and incident response require. Complete the form to download the full overview.", "bullets": [ "How active monitoring surfaces security-relevant API behaviour", "The specific security use cases APIContext addresses in production", "How APIContext's evidence supports compliance and audit requirements", "Integrating API monitoring with existing security tooling and workflows" ] } ], "keyFacts": [ "API security requires visibility that most security tools do not provide by default — behavioural baselines, anomaly detection across real traffic, and evidence that authentication and authorisation are working as intended.", "This overview explains how APIContext's monitoring approach supports security teams, from detecting undocumented endpoints and shadow APIs to providing the audit trail that compliance and incident response require.", "Complete the form to download the full overview.", "How active monitoring surfaces security-relevant API behaviour", "The specific security use cases APIContext addresses in production", "How APIContext's evidence supports compliance and audit requirements", "Integrating API monitoring with existing security tooling and workflows" ], "primaryEntities": [ "APIContext", "Product overview", "APIContext Security Overview", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the overview", "href": "/resources/apicontext-security-overview" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apicontext-security-overview.json", "markdown": "https://apicontext.com/resources/apicontext-security-overview.md", "html": "https://apicontext.com/ai/page/resources-apicontext-security-overview.html" } }, { "slug": "resources-apicontext-webcast-5-lessons-learned-from-3-years-of-open-banking", "url": "https://apicontext.com/resources/apicontext-webcast-5-lessons-learned-from-3-years-of-open-banking", "title": "Webcast: 5 Lessons From 3 Years of Open Banking", "description": "Three years of Open Banking API monitoring has surfaced hard-won lessons. Watch this APIContext webcast for the key takeaways.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIContext Webcast: 5 Lessons Learned from 3 Years of Open Banking", "href": "/resources/apicontext-webcast-5-lessons-learned-from-3-years-of-open-banking" } ], "summary": "APIContext Webcast: 5 Lessons Learned from 3 Years of Open Banking. Three years of monitoring Open Banking APIs across UK banks has produced a body of evidence about what works, what doesn't, and where the industry keeps making the same mistakes. This webcast brings together the most durable lessons from that period.", "bodySections": [ { "title": "APIContext Webcast: 5 Lessons Learned from 3 Years of Open Banking", "body": "Three years of monitoring Open Banking APIs across UK banks has produced a body of evidence about what works, what doesn't, and where the industry keeps making the same mistakes. This webcast brings together the most durable lessons from that period." }, { "title": "More about APIContext Webcast: 5 Lessons Learned from 3 Years of Open Banking", "body": "From authentication reliability patterns to the relationship between documentation quality and API performance, this video distils five lessons that apply not just to Open Banking, but to any regulated API programme at scale." } ], "keyFacts": [ "Three years of monitoring Open Banking APIs across UK banks has produced a body of evidence about what works, what doesn't, and where the industry keeps making the same mistakes. This webcast brings together the most durable lessons from that period.", "From authentication reliability patterns to the relationship between documentation quality and API performance, this video distils five lessons that apply not just to Open Banking, but to any regulated API programme at scale." ], "primaryEntities": [ "APIContext", "Video", "APIContext Webcast: 5 Lessons Learned from 3 Years of Open Banking", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apicontext-webcast-5-lessons-learned-from-3-years-of-open-banking.json", "markdown": "https://apicontext.com/resources/apicontext-webcast-5-lessons-learned-from-3-years-of-open-banking.md", "html": "https://apicontext.com/ai/page/resources-apicontext-webcast-5-lessons-learned-from-3-years-of-open-banking.html" } }, { "slug": "resources-apicontext-webcast-series-highlights-api-lifecycle-runtime-governance", "url": "https://apicontext.com/resources/apicontext-webcast-series-highlights-api-lifecycle-runtime-governance", "title": "Webcast: API Lifecycle Runtime Governance", "description": "Runtime governance is the missing layer in most API lifecycle strategies. Watch this APIContext webcast highlight.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIContext Webcast Series Highlights: API Lifecycle Runtime Governance", "href": "/resources/apicontext-webcast-series-highlights-api-lifecycle-runtime-governance" } ], "summary": "APIContext Webcast Series Highlights: API Lifecycle Runtime Governance. Most API lifecycle frameworks focus on design, development, testing, and deployment. Runtime governance — the ongoing verification that live APIs behave as intended — is frequently underspecified or left entirely to APM tools not designed for the job.", "bodySections": [ { "title": "APIContext Webcast Series Highlights: API Lifecycle Runtime Governance", "body": "Most API lifecycle frameworks focus on design, development, testing, and deployment. Runtime governance — the ongoing verification that live APIs behave as intended — is frequently underspecified or left entirely to APM tools not designed for the job." }, { "title": "More about APIContext Webcast Series Highlights: API Lifecycle Runtime Governance", "body": "This highlight from the APIContext webcast series looks at how to incorporate runtime governance meaningfully into the API lifecycle, and what continuous measurement adds to the governance picture that lifecycle tooling alone cannot provide." } ], "keyFacts": [ "Most API lifecycle frameworks focus on design, development, testing, and deployment. Runtime governance — the ongoing verification that live APIs behave as intended — is frequently underspecified or left entirely to APM tools not designed for the job.", "This highlight from the APIContext webcast series looks at how to incorporate runtime governance meaningfully into the API lifecycle, and what continuous measurement adds to the governance picture that lifecycle tooling alone cannot provide." ], "primaryEntities": [ "APIContext", "Video", "APIContext Webcast Series Highlights: API Lifecycle Runtime Governance", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-api-lifecycle-runtime-governance.json", "markdown": "https://apicontext.com/resources/apicontext-webcast-series-highlights-api-lifecycle-runtime-governance.md", "html": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-api-lifecycle-runtime-governance.html" } }, { "slug": "resources-apicontext-webcast-series-highlights-can-you-trust-your-api-data", "url": "https://apicontext.com/resources/apicontext-webcast-series-highlights-can-you-trust-your-api-data", "title": "Webcast: Can You Trust Your API Data", "description": "The data your APIs return may not be as reliable as you think. Watch this APIContext webcast highlight on API data trustworthiness.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIContext Webcast Series Highlights: Can you trust your API data?", "href": "/resources/apicontext-webcast-series-highlights-can-you-trust-your-api-data" } ], "summary": "APIContext Webcast Series Highlights: Can you trust your API data?. When an API returns data, teams typically assume it is accurate, current, and consistent. But production API data is subject to caching inconsistencies, third-party data quality issues, schema drift, and timing problems that are invisible to most monitoring setups.", "bodySections": [ { "title": "APIContext Webcast Series Highlights: Can you trust your API data?", "body": "When an API returns data, teams typically assume it is accurate, current, and consistent. But production API data is subject to caching inconsistencies, third-party data quality issues, schema drift, and timing problems that are invisible to most monitoring setups." }, { "title": "More about APIContext Webcast Series Highlights: Can you trust your API data?", "body": "This highlight from the APIContext webcast series explores the data trust question from a monitoring perspective: what it means to verify that API data is actually reliable, and what active measurement reveals about the quality of what APIs return." } ], "keyFacts": [ "When an API returns data, teams typically assume it is accurate, current, and consistent. But production API data is subject to caching inconsistencies, third-party data quality issues, schema drift, and timing problems that are invisible to most monitoring setups.", "This highlight from the APIContext webcast series explores the data trust question from a monitoring perspective: what it means to verify that API data is actually reliable, and what active measurement reveals about the quality of what APIs return." ], "primaryEntities": [ "APIContext", "Video", "APIContext Webcast Series Highlights: Can you trust your API data?", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-can-you-trust-your-api-data.json", "markdown": "https://apicontext.com/resources/apicontext-webcast-series-highlights-can-you-trust-your-api-data.md", "html": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-can-you-trust-your-api-data.html" } }, { "slug": "resources-apicontext-webcast-series-highlights-does-your-api-security-monitoring-do-what-you-think-it-does", "url": "https://apicontext.com/resources/apicontext-webcast-series-highlights-does-your-api-security-monitoring-do-what-you-think-it-does", "title": "Webcast: API Security Monitoring", "description": "Many teams overestimate what their API security monitoring actually covers. Watch this APIContext webcast highlight to find out.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIContext Webcast Series Highlights: Does your API security monitoring do what you think it does?", "href": "/resources/apicontext-webcast-series-highlights-does-your-api-security-monitoring-do-what-you-think-it-does" } ], "summary": "APIContext Webcast Series Highlights: Does your API security monitoring do what you think it does?. There is often a significant gap between what teams believe their API security monitoring covers and what it actually detects. Assumptions about authentication coverage, anomaly detection, and third-party API visibility frequently don't hold up under scrutiny.", "bodySections": [ { "title": "APIContext Webcast Series Highlights: Does your API security monitoring do what you think it does?", "body": "There is often a significant gap between what teams believe their API security monitoring covers and what it actually detects. Assumptions about authentication coverage, anomaly detection, and third-party API visibility frequently don't hold up under scrutiny." }, { "title": "More about APIContext Webcast Series Highlights: Does your API security monitoring do what you think it does?", "body": "This highlight from the APIContext webcast series examines the most common blind spots in API security monitoring setups, and what teams should verify before assuming their coverage is complete." } ], "keyFacts": [ "There is often a significant gap between what teams believe their API security monitoring covers and what it actually detects. Assumptions about authentication coverage, anomaly detection, and third-party API visibility frequently don't hold up under scrutiny.", "This highlight from the APIContext webcast series examines the most common blind spots in API security monitoring setups, and what teams should verify before assuming their coverage is complete." ], "primaryEntities": [ "APIContext", "Video", "APIContext Webcast Series Highlights: Does your API security monitoring do what you think it does?", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-does-your-api-security-monitoring-do-what-you-think-it-does.json", "markdown": "https://apicontext.com/resources/apicontext-webcast-series-highlights-does-your-api-security-monitoring-do-what-you-think-it-does.md", "html": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-does-your-api-security-monitoring-do-what-you-think-it-does.html" } }, { "slug": "resources-apicontext-webcast-series-highlights-give-developers-the-tools-they-need", "url": "https://apicontext.com/resources/apicontext-webcast-series-highlights-give-developers-the-tools-they-need", "title": "Webcast: Give Developers the Tools", "description": "Developers build better integrations when they have the right quality signals. Watch this APIContext webcast highlight on equipping development teams.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIContext Webcast Series Highlights Give developers the tools they need", "href": "/resources/apicontext-webcast-series-highlights-give-developers-the-tools-they-need" } ], "summary": "APIContext Webcast Series Highlights Give developers the tools they need. Developers working with APIs need more than documentation. They need real-time performance data, meaningful error signals, and the ability to understand how their integration is behaving compared to the API's own performance baseline.", "bodySections": [ { "title": "APIContext Webcast Series Highlights Give developers the tools they need", "body": "Developers working with APIs need more than documentation. They need real-time performance data, meaningful error signals, and the ability to understand how their integration is behaving compared to the API's own performance baseline." }, { "title": "More about APIContext Webcast Series Highlights Give developers the tools they need", "body": "This highlight from the APIContext webcast series looks at what better tooling for developers looks like in practice, and how API providers can give developers the information they need to build more reliable integrations." } ], "keyFacts": [ "Developers working with APIs need more than documentation. They need real-time performance data, meaningful error signals, and the ability to understand how their integration is behaving compared to the API's own performance baseline.", "This highlight from the APIContext webcast series looks at what better tooling for developers looks like in practice, and how API providers can give developers the information they need to build more reliable integrations." ], "primaryEntities": [ "APIContext", "Video", "APIContext Webcast Series Highlights Give developers the tools they need", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-give-developers-the-tools-they-need.json", "markdown": "https://apicontext.com/resources/apicontext-webcast-series-highlights-give-developers-the-tools-they-need.md", "html": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-give-developers-the-tools-they-need.html" } }, { "slug": "resources-apicontext-webcast-series-highlights-your-api-is-a-product", "url": "https://apicontext.com/resources/apicontext-webcast-series-highlights-your-api-is-a-product", "title": "Webcast: Your API is a Product", "description": "Treating your API as a product changes how you build, monitor, and improve it. Watch this APIContext webcast highlight.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIContext Webcast Series Highlights: Your API is a Product", "href": "/resources/apicontext-webcast-series-highlights-your-api-is-a-product" } ], "summary": "APIContext Webcast Series Highlights: Your API is a Product. The shift from treating APIs as internal plumbing to managing them as products changes the accountability model entirely. API-as-product means defining what a good consumer experience looks like, measuring it continuously, and holding teams responsible for it.", "bodySections": [ { "title": "APIContext Webcast Series Highlights: Your API is a Product", "body": "The shift from treating APIs as internal plumbing to managing them as products changes the accountability model entirely. API-as-product means defining what a good consumer experience looks like, measuring it continuously, and holding teams responsible for it." }, { "title": "More about APIContext Webcast Series Highlights: Your API is a Product", "body": "This highlight from the APIContext webcast series explores what it means to run an API like a product in practice — the metrics that matter, the quality standards to set, and how active monitoring provides the feedback loop that product thinking requires." } ], "keyFacts": [ "The shift from treating APIs as internal plumbing to managing them as products changes the accountability model entirely. API-as-product means defining what a good consumer experience looks like, measuring it continuously, and holding teams responsible for it.", "This highlight from the APIContext webcast series explores what it means to run an API like a product in practice — the metrics that matter, the quality standards to set, and how active monitoring provides the feedback loop that product thinking requires." ], "primaryEntities": [ "APIContext", "Video", "APIContext Webcast Series Highlights: Your API is a Product", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-your-api-is-a-product.json", "markdown": "https://apicontext.com/resources/apicontext-webcast-series-highlights-your-api-is-a-product.md", "html": "https://apicontext.com/ai/page/resources-apicontext-webcast-series-highlights-your-api-is-a-product.html" } }, { "slug": "resources-apis-and-the-dirty-word-of-governance", "url": "https://apicontext.com/resources/apis-and-the-dirty-word-of-governance", "title": "APIs and the Dirty Word of Governance", "description": "Governance sounds bureaucratic, but without it API programs drift, break contracts, and create compliance risk. Watch this APIContext video to see why it matters.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIs and the dirty word of governance", "href": "/resources/apis-and-the-dirty-word-of-governance" } ], "summary": "APIs and the dirty word of governance. API governance often gets a bad reputation — it sounds like process overhead that slows teams down. But without it, APIs accumulate inconsistencies, break consumer contracts, and create risk that quietly compounds.", "bodySections": [ { "title": "APIs and the dirty word of governance", "body": "API governance often gets a bad reputation — it sounds like process overhead that slows teams down. But without it, APIs accumulate inconsistencies, break consumer contracts, and create risk that quietly compounds." }, { "title": "More about APIs and the dirty word of governance", "body": "This video examines what governance actually means in a production API context, where lightweight policies make the biggest difference, and how monitoring provides the evidence governance needs to be effective." } ], "keyFacts": [ "API governance often gets a bad reputation — it sounds like process overhead that slows teams down. But without it, APIs accumulate inconsistencies, break consumer contracts, and create risk that quietly compounds.", "This video examines what governance actually means in a production API context, where lightweight policies make the biggest difference, and how monitoring provides the evidence governance needs to be effective." ], "primaryEntities": [ "APIContext", "Video", "APIs and the dirty word of governance", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apis-and-the-dirty-word-of-governance.json", "markdown": "https://apicontext.com/resources/apis-and-the-dirty-word-of-governance.md", "html": "https://apicontext.com/ai/page/resources-apis-and-the-dirty-word-of-governance.html" } }, { "slug": "resources-apis-for-businesses", "url": "https://apicontext.com/resources/apis-for-businesses", "title": "APIs For Businesses", "description": "How do APIs create business value? Download this APIContext infographic on the role of APIs in modern business operations and strategy.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIs For Businesses", "href": "/resources/apis-for-businesses" } ], "summary": "APIs For Businesses. APIs drive business value in tangible ways: faster integrations, new product capabilities, partner ecosystem enablement, and more efficient operations. This infographic maps the business case for APIs across different organisational contexts.", "bodySections": [ { "title": "APIs For Businesses", "body": "APIs drive business value in tangible ways: faster integrations, new product capabilities, partner ecosystem enablement, and more efficient operations. This infographic maps the business case for APIs across different organisational contexts." }, { "title": "More about APIs For Businesses", "body": "Download the PDF or view the infographic below." } ], "keyFacts": [ "APIs drive business value in tangible ways: faster integrations, new product capabilities, partner ecosystem enablement, and more efficient operations. This infographic maps the business case for APIs across different organisational contexts.", "Download the PDF or view the infographic below." ], "primaryEntities": [ "APIContext", "Infographic", "APIs For Businesses", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/APIs%20for%20Businesses.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apis-for-businesses.json", "markdown": "https://apicontext.com/resources/apis-for-businesses.md", "html": "https://apicontext.com/ai/page/resources-apis-for-businesses.html" } }, { "slug": "resources-apis-have-only-been-getting-faster-report", "url": "https://apicontext.com/resources/apis-have-only-been-getting-faster-report", "title": "APIs Have Only Been Getting Faster", "description": "Download APIContext's report on API performance trends — APIs are getting faster, but not uniformly. Find out where progress is happening and where it isn't.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIs have only been getting faster – a report", "href": "/resources/apis-have-only-been-getting-faster-report" } ], "summary": "APIs have only been getting faster – a report. A data-driven look at API performance trends and what is driving them.. Download APIContext's report on API performance trends — APIs are getting faster, but not uniformly. Find out where progress is happening and where it isn't.", "bodySections": [ { "eyebrow": "White paper", "title": "A data-driven look at API performance trends and what is driving them.", "body": "Across APIContext's global measurement network, the headline finding is consistent: APIs have been getting faster over time. But the trend is not uniform — progress has been concentrated in certain providers, regions, and API types, while others have stagnated. This report examines the performance improvement trend in detail, identifying where gains have been most significant, what is driving them, and where the remaining performance gaps persist. Use it as a data-driven reference for benchmarking your API performance against the broader trend.", "bullets": [ "The overall API performance improvement trend and what is driving it", "Where performance gains have been most significant across providers and regions", "The API types and environments where improvement has been slowest", "How to benchmark your API performance against industry trends" ] } ], "keyFacts": [ "Across APIContext's global measurement network, the headline finding is consistent: APIs have been getting faster over time. But the trend is not uniform — progress has been concentrated in certain providers, regions, and API types, while others have stagnated.", "This report examines the performance improvement trend in detail, identifying where gains have been most significant, what is driving them, and where the remaining performance gaps persist.", "Use it as a data-driven reference for benchmarking your API performance against the broader trend.", "The overall API performance improvement trend and what is driving it", "Where performance gains have been most significant across providers and regions", "The API types and environments where improvement has been slowest", "How to benchmark your API performance against industry trends" ], "primaryEntities": [ "APIContext", "White paper", "APIs have only been getting faster – a report", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the report", "href": "/resources/apis-have-only-been-getting-faster-report" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apis-have-only-been-getting-faster-report.json", "markdown": "https://apicontext.com/resources/apis-have-only-been-getting-faster-report.md", "html": "https://apicontext.com/ai/page/resources-apis-have-only-been-getting-faster-report.html" } }, { "slug": "resources-apis-how-they-help-businesses", "url": "https://apicontext.com/resources/apis-how-they-help-businesses", "title": "APIs How They Help Businesses", "description": "Download the APIContext infographic on how APIs help businesses operate, connect, and grow. A clear overview for technical and business audiences.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "APIs How They Help Businesses", "href": "/resources/apis-how-they-help-businesses" } ], "summary": "APIs How They Help Businesses. APIs are the connective tissue of modern business operations — enabling integrations, powering digital experiences, and opening up new revenue channels. This infographic explains the business value of APIs in concrete, accessible terms.", "bodySections": [ { "title": "APIs How They Help Businesses", "body": "APIs are the connective tissue of modern business operations — enabling integrations, powering digital experiences, and opening up new revenue channels. This infographic explains the business value of APIs in concrete, accessible terms." }, { "title": "More about APIs How They Help Businesses", "body": "Download the PDF or view the infographic below." } ], "keyFacts": [ "APIs are the connective tissue of modern business operations — enabling integrations, powering digital experiences, and opening up new revenue channels. This infographic explains the business value of APIs in concrete, accessible terms.", "Download the PDF or view the infographic below." ], "primaryEntities": [ "APIContext", "Infographic", "APIs How They Help Businesses", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/APIs%20How%20they%20help%20Businesses.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-apis-how-they-help-businesses.json", "markdown": "https://apicontext.com/resources/apis-how-they-help-businesses.md", "html": "https://apicontext.com/ai/page/resources-apis-how-they-help-businesses.html" } }, { "slug": "resources-are-you-ready-to-begin-leveraging-apis", "url": "https://apicontext.com/resources/are-you-ready-to-begin-leveraging-apis", "title": "Are You Ready to Begin Leveraging APIs", "description": "Is your organisation ready to leverage APIs strategically? Download this APIContext infographic on the readiness factors that matter most.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Are You Ready To Begin Leveraging APIs", "href": "/resources/are-you-ready-to-begin-leveraging-apis" } ], "summary": "Are You Ready To Begin Leveraging APIs. API adoption readiness involves more than technical capability. Organisational readiness — governance structures, security posture, monitoring practices, and partner integration strategy — determines whether an API programme delivers lasting value or creates long-term technical debt.", "bodySections": [ { "title": "Are You Ready To Begin Leveraging APIs", "body": "API adoption readiness involves more than technical capability. Organisational readiness — governance structures, security posture, monitoring practices, and partner integration strategy — determines whether an API programme delivers lasting value or creates long-term technical debt." }, { "title": "More about Are You Ready To Begin Leveraging APIs", "body": "This infographic outlines the key readiness factors for organisations looking to leverage APIs strategically, helping teams assess where they stand and what to address before scaling their API programme." } ], "keyFacts": [ "API adoption readiness involves more than technical capability. Organisational readiness — governance structures, security posture, monitoring practices, and partner integration strategy — determines whether an API programme delivers lasting value or creates long-term technical debt.", "This infographic outlines the key readiness factors for organisations looking to leverage APIs strategically, helping teams assess where they stand and what to address before scaling their API programme." ], "primaryEntities": [ "APIContext", "Infographic", "Are You Ready To Begin Leveraging APIs", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/Are%20you%20ready%20to%20begin%20leveraging%20APIs.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-are-you-ready-to-begin-leveraging-apis.json", "markdown": "https://apicontext.com/resources/are-you-ready-to-begin-leveraging-apis.md", "html": "https://apicontext.com/ai/page/resources-are-you-ready-to-begin-leveraging-apis.html" } }, { "slug": "resources-being-aware-of-the-impact-of-api-failures", "url": "https://apicontext.com/resources/being-aware-of-the-impact-of-api-failures", "title": "Being Aware of the Impact of API Failures", "description": "API failures ripple further than most teams realise. Watch this APIContext video on understanding the true blast radius of API incidents.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Being Aware of the Impact of API Failures", "href": "/resources/being-aware-of-the-impact-of-api-failures" } ], "summary": "Being Aware of the Impact of API Failures. When an API fails, the visible symptoms — an error message, a failed transaction — are just the surface. The real impact extends through dependent services, partner integrations, and customer journeys in ways that are often invisible to internal monitoring.", "bodySections": [ { "title": "Being Aware of the Impact of API Failures", "body": "When an API fails, the visible symptoms — an error message, a failed transaction — are just the surface. The real impact extends through dependent services, partner integrations, and customer journeys in ways that are often invisible to internal monitoring." }, { "title": "More about Being Aware of the Impact of API Failures", "body": "This video explores how API failures propagate, why their full impact is so often underestimated, and how better observability changes the conversation around incident severity and response." } ], "keyFacts": [ "When an API fails, the visible symptoms — an error message, a failed transaction — are just the surface. The real impact extends through dependent services, partner integrations, and customer journeys in ways that are often invisible to internal monitoring.", "This video explores how API failures propagate, why their full impact is so often underestimated, and how better observability changes the conversation around incident severity and response." ], "primaryEntities": [ "APIContext", "Video", "Being Aware of the Impact of API Failures", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-being-aware-of-the-impact-of-api-failures.json", "markdown": "https://apicontext.com/resources/being-aware-of-the-impact-of-api-failures.md", "html": "https://apicontext.com/ai/page/resources-being-aware-of-the-impact-of-api-failures.html" } }, { "slug": "resources-best-practices-for-api-monitoring", "url": "https://apicontext.com/resources/best-practices-for-api-monitoring", "title": "Best Practices for API Monitoring", "description": "Download the APIContext infographic on best practices for API monitoring. Key principles for teams building reliable, observable API infrastructure.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Best Practices For API Monitoring", "href": "/resources/best-practices-for-api-monitoring" } ], "summary": "Best Practices For API Monitoring. Effective API monitoring goes beyond checking whether an endpoint returns a 200. This infographic summarises the key practices that separate teams with real API visibility from those flying blind.", "bodySections": [ { "title": "Best Practices For API Monitoring", "body": "Effective API monitoring goes beyond checking whether an endpoint returns a 200. This infographic summarises the key practices that separate teams with real API visibility from those flying blind." }, { "title": "More about Best Practices For API Monitoring", "body": "Download the PDF or view the infographic below." } ], "keyFacts": [ "Effective API monitoring goes beyond checking whether an endpoint returns a 200. This infographic summarises the key practices that separate teams with real API visibility from those flying blind.", "Download the PDF or view the infographic below." ], "primaryEntities": [ "APIContext", "Infographic", "Best Practices For API Monitoring", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/Best%20Practices%20for%20API%20monitoring.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-best-practices-for-api-monitoring.json", "markdown": "https://apicontext.com/resources/best-practices-for-api-monitoring.md", "html": "https://apicontext.com/ai/page/resources-best-practices-for-api-monitoring.html" } }, { "slug": "resources-british-high-street-bank-open-banking-api-assurance", "url": "https://apicontext.com/resources/british-high-street-bank-open-banking-api-assurance", "title": "British High Street Bank Case Study", "description": "Learn how a major UK retail bank achieved reliable Open Banking API monitoring across regulated endpoints, real test accounts, and global measurement locations.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "British High Street Bank Open Banking API Performance", "href": "/resources/british-high-street-bank-open-banking-api-assurance" } ], "summary": "British High Street Bank Open Banking API Performance. Achieving reliable, regulated Open Banking monitoring on new cloud infrastructure.. Learn how a major UK retail bank achieved reliable Open Banking API monitoring across regulated endpoints, real test accounts, and global measurement locations.", "bodySections": [ { "eyebrow": "Case study", "title": "Achieving reliable, regulated Open Banking monitoring on new cloud infrastructure.", "body": "When a major UK high street bank migrated its Open Banking APIs to new cloud infrastructure, it needed external monitoring that could handle the specific demands of regulated banking: real AISP and PISP test accounts, OBUK certificate handling, and performance measurement from the locations that matter. APIContext was configured to test all required account types and API call paths from multiple global locations and cloud providers. The bank now has continuous, independent visibility into its Open Banking API performance — with improved uptime and availability as the result.", "bullets": [ "How to monitor Open Banking APIs using real production test accounts", "Handling OBUK certificate requirements in an active monitoring setup", "Measuring regulated API performance from multiple global locations", "How independent external monitoring supports Open Banking compliance" ] } ], "keyFacts": [ "When a major UK high street bank migrated its Open Banking APIs to new cloud infrastructure, it needed external monitoring that could handle the specific demands of regulated banking: real AISP and PISP test accounts, OBUK certificate handling, and performance measurement from the locations that matter.", "APIContext was configured to test all required account types and API call paths from multiple global locations and cloud providers. The bank now has continuous, independent visibility into its Open Banking API performance — with improved uptime and availability as the result.", "How to monitor Open Banking APIs using real production test accounts", "Handling OBUK certificate requirements in an active monitoring setup", "Measuring regulated API performance from multiple global locations", "How independent external monitoring supports Open Banking compliance" ], "primaryEntities": [ "APIContext", "Case study", "British High Street Bank Open Banking API Performance", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the case study", "href": "/resources/british-high-street-bank-open-banking-api-assurance" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-british-high-street-bank-open-banking-api-assurance.json", "markdown": "https://apicontext.com/resources/british-high-street-bank-open-banking-api-assurance.md", "html": "https://apicontext.com/ai/page/resources-british-high-street-bank-open-banking-api-assurance.html" } }, { "slug": "resources-caroline-lewko-of-revere-communications-developers-are-a-key-decision-maker-in-buying-and-using-your-tools", "url": "https://apicontext.com/resources/caroline-lewko-of-revere-communications-developers-are-a-key-decision-maker-in-buying-and-using-your-tools", "title": "Caroline Lewko – Developers Key Decision Maker", "description": "Caroline Lewko of Revere Communications on why developers are central to API tool purchase decisions and how to reach them effectively.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Caroline Lewko of Revere Communications: Developers are a key decision maker in buying and using your tools", "href": "/resources/caroline-lewko-of-revere-communications-developers-are-a-key-decision-maker-in-buying-and-using-your-tools" } ], "summary": "Caroline Lewko of Revere Communications: Developers are a key decision maker in buying and using your tools. Enterprise software buying decisions increasingly involve developers as active participants, not just end users. Caroline Lewko of Revere Communications has studied how developers influence platform adoption decisions and what it takes to build credibility with them.", "bodySections": [ { "title": "Caroline Lewko of Revere Communications: Developers are a key decision maker in buying and using your tools", "body": "Enterprise software buying decisions increasingly involve developers as active participants, not just end users. Caroline Lewko of Revere Communications has studied how developers influence platform adoption decisions and what it takes to build credibility with them." }, { "title": "More about Caroline Lewko of Revere Communications: Developers are a key decision maker in buying and using your tools", "body": "This video covers why developer buy-in matters even in top-down enterprise sales, what developers look for when evaluating API tooling, and how organisations can better align their product and communication strategies to reach developer audiences." } ], "keyFacts": [ "Enterprise software buying decisions increasingly involve developers as active participants, not just end users. Caroline Lewko of Revere Communications has studied how developers influence platform adoption decisions and what it takes to build credibility with them.", "This video covers why developer buy-in matters even in top-down enterprise sales, what developers look for when evaluating API tooling, and how organisations can better align their product and communication strategies to reach developer audiences." ], "primaryEntities": [ "APIContext", "Video", "Caroline Lewko of Revere Communications: Developers are a key decision maker in buying and using your tools", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-caroline-lewko-of-revere-communications-developers-are-a-key-decision-maker-in-buying-and-using-your-tools.json", "markdown": "https://apicontext.com/resources/caroline-lewko-of-revere-communications-developers-are-a-key-decision-maker-in-buying-and-using-your-tools.md", "html": "https://apicontext.com/ai/page/resources-caroline-lewko-of-revere-communications-developers-are-a-key-decision-maker-in-buying-and-using-your-tools.html" } }, { "slug": "resources-caroline-lewko-of-revere-communications-how-does-a-developer-evaluate-a-new-tool", "url": "https://apicontext.com/resources/caroline-lewko-of-revere-communications-how-does-a-developer-evaluate-a-new-tool", "title": "Caroline Lewko – How Developer Evaluates a Tool", "description": "Caroline Lewko of Revere Communications on the developer evaluation process for new API tools and platforms.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Caroline Lewko of Revere Communications – How does a developer evaluate a new tool?", "href": "/resources/caroline-lewko-of-revere-communications-how-does-a-developer-evaluate-a-new-tool" } ], "summary": "Caroline Lewko of Revere Communications – How does a developer evaluate a new tool?. Developer tool adoption follows a different pattern from traditional enterprise software selection. Developers evaluate primarily through direct experience — documentation quality, sandbox reliability, error message clarity, and the speed with which they can get something working.", "bodySections": [ { "title": "Caroline Lewko of Revere Communications – How does a developer evaluate a new tool?", "body": "Developer tool adoption follows a different pattern from traditional enterprise software selection. Developers evaluate primarily through direct experience — documentation quality, sandbox reliability, error message clarity, and the speed with which they can get something working." }, { "title": "More about Caroline Lewko of Revere Communications – How does a developer evaluate a new tool?", "body": "Caroline Lewko of Revere Communications breaks down the developer evaluation journey: the signals developers pay most attention to, the friction points that most commonly cause abandonment, and what API providers can do to optimise the experience." } ], "keyFacts": [ "Developer tool adoption follows a different pattern from traditional enterprise software selection. Developers evaluate primarily through direct experience — documentation quality, sandbox reliability, error message clarity, and the speed with which they can get something working.", "Caroline Lewko of Revere Communications breaks down the developer evaluation journey: the signals developers pay most attention to, the friction points that most commonly cause abandonment, and what API providers can do to optimise the experience." ], "primaryEntities": [ "APIContext", "Video", "Caroline Lewko of Revere Communications – How does a developer evaluate a new tool?", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-caroline-lewko-of-revere-communications-how-does-a-developer-evaluate-a-new-tool.json", "markdown": "https://apicontext.com/resources/caroline-lewko-of-revere-communications-how-does-a-developer-evaluate-a-new-tool.md", "html": "https://apicontext.com/ai/page/resources-caroline-lewko-of-revere-communications-how-does-a-developer-evaluate-a-new-tool.html" } }, { "slug": "resources-caroline-lewko-of-revere-communications-talks-about-developer-experience", "url": "https://apicontext.com/resources/caroline-lewko-of-revere-communications-talks-about-developer-experience", "title": "Caroline Lewko – Developer Experience", "description": "What does developer experience actually mean — and how do you measure it? Caroline Lewko of Revere Communications shares her perspective.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Caroline Lewko of Revere Communications Talks About Developer Experience", "href": "/resources/caroline-lewko-of-revere-communications-talks-about-developer-experience" } ], "summary": "Caroline Lewko of Revere Communications Talks About Developer Experience. Developer experience has become a priority for platform teams, but it is often defined too narrowly — reduced to documentation quality or onboarding flows. Caroline Lewko of Revere Communications argues for a broader definition that includes API reliability, performance, and the quality of the signals developers receive when things go wrong.", "bodySections": [ { "title": "Caroline Lewko of Revere Communications Talks About Developer Experience", "body": "Developer experience has become a priority for platform teams, but it is often defined too narrowly — reduced to documentation quality or onboarding flows. Caroline Lewko of Revere Communications argues for a broader definition that includes API reliability, performance, and the quality of the signals developers receive when things go wrong." }, { "title": "More about Caroline Lewko of Revere Communications Talks About Developer Experience", "body": "This video explores what developer experience means across the full API interaction lifecycle, how it connects to platform adoption, and what teams can do to measure and improve it systematically." } ], "keyFacts": [ "Developer experience has become a priority for platform teams, but it is often defined too narrowly — reduced to documentation quality or onboarding flows. Caroline Lewko of Revere Communications argues for a broader definition that includes API reliability, performance, and the quality of the signals developers receive when things go wrong.", "This video explores what developer experience means across the full API interaction lifecycle, how it connects to platform adoption, and what teams can do to measure and improve it systematically." ], "primaryEntities": [ "APIContext", "Video", "Caroline Lewko of Revere Communications Talks About Developer Experience", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-caroline-lewko-of-revere-communications-talks-about-developer-experience.json", "markdown": "https://apicontext.com/resources/caroline-lewko-of-revere-communications-talks-about-developer-experience.md", "html": "https://apicontext.com/ai/page/resources-caroline-lewko-of-revere-communications-talks-about-developer-experience.html" } }, { "slug": "resources-casc-scoring-by-apicontext", "url": "https://apicontext.com/resources/casc-scoring-by-apicontext", "title": "CASC Scoring by APIContext", "description": "Download the APIContext product overview on CASC scoring — the Cloud API Service Consistency score that benchmarks API quality across dimensions.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "CASC Scoring by APIContext", "href": "/resources/casc-scoring-by-apicontext" } ], "summary": "CASC Scoring by APIContext. A structured approach to measuring and benchmarking API quality.. Download the APIContext product overview on CASC scoring — the Cloud API Service Consistency score that benchmarks API quality across dimensions.", "bodySections": [ { "eyebrow": "Product overview", "title": "A structured approach to measuring and benchmarking API quality.", "body": "The CASC score — Cloud API Service Consistency — is APIContext's framework for measuring API quality across the dimensions that matter most: availability, performance, correctness, and consistency. This product overview explains what CASC scoring measures, how it is calculated from active monitoring data, and how teams use it to benchmark APIs against industry standards and their own historical performance. Complete the form to download the full overview.", "bullets": [ "What the CASC score measures and how it is calculated", "How to benchmark your APIs against industry standards", "The CASC dimensions that correlate most strongly with consumer experience", "How to track CASC score improvements over time" ] } ], "keyFacts": [ "The CASC score — Cloud API Service Consistency — is APIContext's framework for measuring API quality across the dimensions that matter most: availability, performance, correctness, and consistency.", "This product overview explains what CASC scoring measures, how it is calculated from active monitoring data, and how teams use it to benchmark APIs against industry standards and their own historical performance.", "Complete the form to download the full overview.", "What the CASC score measures and how it is calculated", "How to benchmark your APIs against industry standards", "The CASC dimensions that correlate most strongly with consumer experience", "How to track CASC score improvements over time" ], "primaryEntities": [ "APIContext", "Product overview", "CASC Scoring by APIContext", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the overview", "href": "/resources/casc-scoring-by-apicontext" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-casc-scoring-by-apicontext.json", "markdown": "https://apicontext.com/resources/casc-scoring-by-apicontext.md", "html": "https://apicontext.com/ai/page/resources-casc-scoring-by-apicontext.html" } }, { "slug": "resources-case-study-new-zealand-ministry-of-business", "url": "https://apicontext.com/resources/case-study-new-zealand-ministry-of-business", "title": "Case Study – New Zealand Ministry of Business", "description": "Learn how New Zealand's Ministry of Business used APIContext to monitor government API performance and support digital service delivery.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Case Study: New Zealand Ministry of Business Government API Performance", "href": "/resources/case-study-new-zealand-ministry-of-business" } ], "summary": "Case Study: New Zealand Ministry of Business Government API Performance. Independent API monitoring for government digital service delivery.. Learn how New Zealand's Ministry of Business used APIContext to monitor government API performance and support digital service delivery.", "bodySections": [ { "eyebrow": "Case study", "title": "Independent API monitoring for government digital service delivery.", "body": "Government APIs support digital services that citizens and businesses depend on. When those APIs underperform, the impact on service delivery is real and immediate — but without independent monitoring, the problems are often invisible to the teams responsible. This case study describes how New Zealand's Ministry of Business, Innovation and Employment implemented APIContext to monitor government API performance, improve service reliability, and demonstrate quality to stakeholders.", "bullets": [ "How independent monitoring improved government API service delivery", "The performance and availability patterns found in public sector API estates", "How monitoring data supported accountability and reporting requirements", "Improving digital service quality through continuous API measurement" ] } ], "keyFacts": [ "Government APIs support digital services that citizens and businesses depend on. When those APIs underperform, the impact on service delivery is real and immediate — but without independent monitoring, the problems are often invisible to the teams responsible.", "This case study describes how New Zealand's Ministry of Business, Innovation and Employment implemented APIContext to monitor government API performance, improve service reliability, and demonstrate quality to stakeholders.", "How independent monitoring improved government API service delivery", "The performance and availability patterns found in public sector API estates", "How monitoring data supported accountability and reporting requirements", "Improving digital service quality through continuous API measurement" ], "primaryEntities": [ "APIContext", "Case study", "Case Study: New Zealand Ministry of Business Government API Performance", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the case study", "href": "/resources/case-study-new-zealand-ministry-of-business" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-case-study-new-zealand-ministry-of-business.json", "markdown": "https://apicontext.com/resources/case-study-new-zealand-ministry-of-business.md", "html": "https://apicontext.com/ai/page/resources-case-study-new-zealand-ministry-of-business.html" } }, { "slug": "resources-case-study-signify", "url": "https://apicontext.com/resources/case-study-signify", "title": "Case Study – Signify", "description": "Learn how Signify used APIContext to identify and address API performance issues, improving reliability for their global connected lighting platform.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Case Study – Signify API Performance Improvements", "href": "/resources/case-study-signify" } ], "summary": "Case Study – Signify API Performance Improvements. How a global connected lighting leader improved API reliability with independent monitoring.. Learn how Signify used APIContext to identify and address API performance issues, improving reliability for their global connected lighting platform.", "bodySections": [ { "eyebrow": "Case study", "title": "How a global connected lighting leader improved API reliability with independent monitoring.", "body": "Signify's connected lighting platform depends on APIs that perform consistently across global markets and diverse device ecosystems. When performance issues emerged, Signify needed independent measurement to understand their true scope and location. This case study describes how APIContext helped Signify identify performance problems that internal monitoring had not surfaced, and the improvements that followed from having accurate, geographically distributed visibility into their API estate.", "bullets": [ "How independent monitoring surfaced performance issues invisible to internal tools", "The geographic distribution of API performance problems in IoT environments", "How measurement data drove targeted infrastructure improvements", "The reliability improvements that resulted from addressing root-cause performance issues" ] } ], "keyFacts": [ "Signify's connected lighting platform depends on APIs that perform consistently across global markets and diverse device ecosystems. When performance issues emerged, Signify needed independent measurement to understand their true scope and location.", "This case study describes how APIContext helped Signify identify performance problems that internal monitoring had not surfaced, and the improvements that followed from having accurate, geographically distributed visibility into their API estate.", "How independent monitoring surfaced performance issues invisible to internal tools", "The geographic distribution of API performance problems in IoT environments", "How measurement data drove targeted infrastructure improvements", "The reliability improvements that resulted from addressing root-cause performance issues" ], "primaryEntities": [ "APIContext", "Case study", "Case Study – Signify API Performance Improvements", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the case study", "href": "/resources/case-study-signify" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-case-study-signify.json", "markdown": "https://apicontext.com/resources/case-study-signify.md", "html": "https://apicontext.com/ai/page/resources-case-study-signify.html" } }, { "slug": "resources-cloud-service-provider-api-quality-industry-report-2024", "url": "https://apicontext.com/resources/cloud-service-provider-api-quality-industry-report-2024", "title": "2024 Cloud Service Provider API Quality Report", "description": "Download APIContext's 2024 Cloud Service Provider API Quality report.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "2024 Cloud Service Provider API Quality Report", "href": "/resources/cloud-service-provider-api-quality-industry-report-2024" } ], "summary": "2024 Cloud Service Provider API Quality Report. Benchmark API quality across major cloud providers.. Download APIContext's 2024 Cloud Service Provider API Quality report.", "bodySections": [ { "eyebrow": "Industry report", "title": "Benchmark API quality across major cloud providers.", "body": "Cloud APIs are the control plane for modern software. When they slow down, fail, or behave inconsistently, entire digital services feel the impact. This report looks at API quality through active measurements, helping teams compare provider behavior and understand where geography, routing, and platform choices matter. Use it as a practical reference for cloud selection, vendor conversations, and reliability planning.", "bullets": [ "How major cloud provider APIs compare on quality and consistency", "Where network path, region, and provider differences show up", "Why independent API measurements help teams make better cloud decisions", "How API quality trends can inform resilience and procurement planning" ] } ], "keyFacts": [ "Cloud APIs are the control plane for modern software. When they slow down, fail, or behave inconsistently, entire digital services feel the impact.", "This report looks at API quality through active measurements, helping teams compare provider behavior and understand where geography, routing, and platform choices matter.", "Use it as a practical reference for cloud selection, vendor conversations, and reliability planning.", "How major cloud provider APIs compare on quality and consistency", "Where network path, region, and provider differences show up", "Why independent API measurements help teams make better cloud decisions", "How API quality trends can inform resilience and procurement planning" ], "primaryEntities": [ "APIContext", "Industry report", "2024 Cloud Service Provider API Quality Report", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the report", "href": "/resources/cloud-service-provider-api-quality-industry-report-2024" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-cloud-service-provider-api-quality-industry-report-2024.json", "markdown": "https://apicontext.com/resources/cloud-service-provider-api-quality-industry-report-2024.md", "html": "https://apicontext.com/ai/page/resources-cloud-service-provider-api-quality-industry-report-2024.html" } }, { "slug": "resources-connect-times-have-dropped-dramatically", "url": "https://apicontext.com/resources/connect-times-have-dropped-dramatically", "title": "Connect Times Have Dropped Dramatically", "description": "API connect times have improved significantly over recent years — but not uniformly. Watch this APIContext video for a data-driven look at the trend.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Connect Times Have Dropped Dramatically", "href": "/resources/connect-times-have-dropped-dramatically" } ], "summary": "Connect Times Have Dropped Dramatically. Network connect times for APIs have fallen significantly over the past several years, driven by infrastructure investment and protocol improvements. But the aggregate trend masks real variation across providers, regions, and API types.", "bodySections": [ { "title": "Connect Times Have Dropped Dramatically", "body": "Network connect times for APIs have fallen significantly over the past several years, driven by infrastructure investment and protocol improvements. But the aggregate trend masks real variation across providers, regions, and API types." }, { "title": "More about Connect Times Have Dropped Dramatically", "body": "This video presents data from APIContext's measurement network showing how connect times have evolved, where progress has been uneven, and what this means for teams benchmarking API performance." } ], "keyFacts": [ "Network connect times for APIs have fallen significantly over the past several years, driven by infrastructure investment and protocol improvements. But the aggregate trend masks real variation across providers, regions, and API types.", "This video presents data from APIContext's measurement network showing how connect times have evolved, where progress has been uneven, and what this means for teams benchmarking API performance." ], "primaryEntities": [ "APIContext", "Video", "Connect Times Have Dropped Dramatically", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-connect-times-have-dropped-dramatically.json", "markdown": "https://apicontext.com/resources/connect-times-have-dropped-dramatically.md", "html": "https://apicontext.com/ai/page/resources-connect-times-have-dropped-dramatically.html" } }, { "slug": "resources-david-oneill-talks-about-api-performance-security-using-data-from-a-real-open-banking-client", "url": "https://apicontext.com/resources/david-oneill-talks-about-api-performance-security-using-data-from-a-real-open-banking-client", "title": "David O'Neill Open Banking Performance", "description": "APIContext CEO David O'Neill shares real-world Open Banking API performance and security data. Watch the full discussion.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "David O'Neill talks about API Performance & Security using data from a real Open Banking client", "href": "/resources/david-oneill-talks-about-api-performance-security-using-data-from-a-real-open-banking-client" } ], "summary": "David O'Neill talks about API Performance & Security using data from a real Open Banking client. Real production data tells a different story than benchmark reports. APIContext CEO David O'Neill walks through actual API performance and security observations from a live Open Banking client, showing what the numbers look like in practice.", "bodySections": [ { "title": "David O'Neill talks about API Performance & Security using data from a real Open Banking client", "body": "Real production data tells a different story than benchmark reports. APIContext CEO David O'Neill walks through actual API performance and security observations from a live Open Banking client, showing what the numbers look like in practice." }, { "title": "More about David O'Neill talks about API Performance & Security using data from a real Open Banking client", "body": "This video covers how performance issues manifest in regulated API environments, the relationship between performance and security posture, and what the data reveals about the state of Open Banking API quality." } ], "keyFacts": [ "Real production data tells a different story than benchmark reports. APIContext CEO David O'Neill walks through actual API performance and security observations from a live Open Banking client, showing what the numbers look like in practice.", "This video covers how performance issues manifest in regulated API environments, the relationship between performance and security posture, and what the data reveals about the state of Open Banking API quality." ], "primaryEntities": [ "APIContext", "Video", "David O'Neill talks about API Performance & Security using data from a real Open Banking client", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-david-oneill-talks-about-api-performance-security-using-data-from-a-real-open-banking-client.json", "markdown": "https://apicontext.com/resources/david-oneill-talks-about-api-performance-security-using-data-from-a-real-open-banking-client.md", "html": "https://apicontext.com/ai/page/resources-david-oneill-talks-about-api-performance-security-using-data-from-a-real-open-banking-client.html" } }, { "slug": "resources-defining-an-api-quality-standard-for-saas-and-cloud-services-white-paper", "url": "https://apicontext.com/resources/defining-an-api-quality-standard-for-saas-and-cloud-services-white-paper", "title": "Defining an API Quality Standard for SaaS and Cloud", "description": "Download APIContext's white paper on defining API quality standards for SaaS and cloud services — what quality means and how to measure it.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Defining an API Quality Standard for SaaS and Cloud Services", "href": "/resources/defining-an-api-quality-standard-for-saas-and-cloud-services-white-paper" } ], "summary": "Defining an API Quality Standard for SaaS and Cloud Services. A framework for setting and measuring API quality in SaaS and cloud environments.. Download APIContext's white paper on defining API quality standards for SaaS and cloud services — what quality means and how to measure it.", "bodySections": [ { "eyebrow": "White paper", "title": "A framework for setting and measuring API quality in SaaS and cloud environments.", "body": "What does API quality actually mean for SaaS and cloud services? The answer involves more than uptime SLAs — it includes response time consistency, error rate distributions, authentication reliability, and the consumer experience across geographies. This white paper proposes a practical quality standard framework for SaaS and cloud APIs, grounded in measurable dimensions and validated against real monitoring data from APIContext's global measurement network. It is a useful reference for API product managers, platform teams, and SaaS providers trying to define what 'good' looks like for their APIs.", "bullets": [ "The measurable dimensions of API quality in SaaS and cloud environments", "How to set quality standards that are achievable and verifiable", "What real monitoring data reveals about the baseline for good API quality", "How to use a quality framework to drive continuous improvement" ] } ], "keyFacts": [ "What does API quality actually mean for SaaS and cloud services? The answer involves more than uptime SLAs — it includes response time consistency, error rate distributions, authentication reliability, and the consumer experience across geographies.", "This white paper proposes a practical quality standard framework for SaaS and cloud APIs, grounded in measurable dimensions and validated against real monitoring data from APIContext's global measurement network.", "It is a useful reference for API product managers, platform teams, and SaaS providers trying to define what 'good' looks like for their APIs.", "The measurable dimensions of API quality in SaaS and cloud environments", "How to set quality standards that are achievable and verifiable", "What real monitoring data reveals about the baseline for good API quality", "How to use a quality framework to drive continuous improvement" ], "primaryEntities": [ "APIContext", "White paper", "Defining an API Quality Standard for SaaS and Cloud Services", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the white paper", "href": "/resources/defining-an-api-quality-standard-for-saas-and-cloud-services-white-paper" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-defining-an-api-quality-standard-for-saas-and-cloud-services-white-paper.json", "markdown": "https://apicontext.com/resources/defining-an-api-quality-standard-for-saas-and-cloud-services-white-paper.md", "html": "https://apicontext.com/ai/page/resources-defining-an-api-quality-standard-for-saas-and-cloud-services-white-paper.html" } }, { "slug": "resources-digital-downtime-is-done-an-e-book-on-global-application-resilience-regulations", "url": "https://apicontext.com/resources/digital-downtime-is-done-an-e-book-on-global-application-resilience-regulations", "title": "Digital Downtime is Done", "description": "Download the APIContext ebook on global application resilience regulations.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Digital Downtime is Done", "href": "/resources/digital-downtime-is-done-an-e-book-on-global-application-resilience-regulations" } ], "summary": "Digital Downtime is Done. A practical guide to global application resilience regulations.. Download the APIContext ebook on global application resilience regulations.", "bodySections": [ { "eyebrow": "Ebook", "title": "A practical guide to global application resilience regulations.", "body": "Regulators around the world are making operational resilience a board-level issue. Digital services need evidence, not assumptions, that critical journeys are working. This ebook explains the shift toward resilience regulation and what it means for organizations that depend on APIs, partners, and cloud services. Use it to frame monitoring, reporting, and governance work around the evidence regulators and customers increasingly expect.", "bullets": [ "Why application resilience is becoming a regulatory priority", "How API dependencies shape real customer and citizen experience", "What evidence teams need when downtime becomes a governance issue", "How active monitoring supports resilience reporting and accountability" ] } ], "keyFacts": [ "Regulators around the world are making operational resilience a board-level issue. Digital services need evidence, not assumptions, that critical journeys are working.", "This ebook explains the shift toward resilience regulation and what it means for organizations that depend on APIs, partners, and cloud services.", "Use it to frame monitoring, reporting, and governance work around the evidence regulators and customers increasingly expect.", "Why application resilience is becoming a regulatory priority", "How API dependencies shape real customer and citizen experience", "What evidence teams need when downtime becomes a governance issue", "How active monitoring supports resilience reporting and accountability" ], "primaryEntities": [ "APIContext", "Ebook", "Digital Downtime is Done", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the ebook", "href": "/resources/digital-downtime-is-done-an-e-book-on-global-application-resilience-regulations" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-digital-downtime-is-done-an-e-book-on-global-application-resilience-regulations.json", "markdown": "https://apicontext.com/resources/digital-downtime-is-done-an-e-book-on-global-application-resilience-regulations.md", "html": "https://apicontext.com/ai/page/resources-digital-downtime-is-done-an-e-book-on-global-application-resilience-regulations.html" } }, { "slug": "resources-ensuring-quality-service-delivery", "url": "https://apicontext.com/resources/ensuring-quality-service-delivery", "title": "Ensuring Quality Service Delivery", "description": "Download the APIContext product overview on ensuring quality service delivery through active API monitoring and governance.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Ensuring Quality Service Delivery", "href": "/resources/ensuring-quality-service-delivery" } ], "summary": "Ensuring Quality Service Delivery. How APIContext helps organisations maintain API quality at scale.. Download the APIContext product overview on ensuring quality service delivery through active API monitoring and governance.", "bodySections": [ { "eyebrow": "Product overview", "title": "How APIContext helps organisations maintain API quality at scale.", "body": "Quality service delivery depends on APIs that behave consistently — for customers, partners, and internal teams. When APIs drift, degrade, or fail, the impact on service quality is immediate and often difficult to diagnose. This product overview explains how APIContext's active monitoring and governance capabilities help organisations maintain API quality across their entire estate, from development through production. Complete the form to download the full overview.", "bullets": [ "How active monitoring detects quality issues before they reach customers", "The governance capabilities that maintain quality across the API lifecycle", "How APIContext integrates with existing infrastructure and tooling", "The monitoring approaches that deliver the most consistent quality improvements" ] } ], "keyFacts": [ "Quality service delivery depends on APIs that behave consistently — for customers, partners, and internal teams. When APIs drift, degrade, or fail, the impact on service quality is immediate and often difficult to diagnose.", "This product overview explains how APIContext's active monitoring and governance capabilities help organisations maintain API quality across their entire estate, from development through production.", "Complete the form to download the full overview.", "How active monitoring detects quality issues before they reach customers", "The governance capabilities that maintain quality across the API lifecycle", "How APIContext integrates with existing infrastructure and tooling", "The monitoring approaches that deliver the most consistent quality improvements" ], "primaryEntities": [ "APIContext", "Product overview", "Ensuring Quality Service Delivery", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the overview", "href": "/resources/ensuring-quality-service-delivery" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-ensuring-quality-service-delivery.json", "markdown": "https://apicontext.com/resources/ensuring-quality-service-delivery.md", "html": "https://apicontext.com/ai/page/resources-ensuring-quality-service-delivery.html" } }, { "slug": "resources-first-utility-power-company-api-monitoring-case-study", "url": "https://apicontext.com/resources/first-utility-power-company-api-monitoring-case-study", "title": "Case Study – First Utility Power Company", "description": "Learn how First Utility (now Shell Energy) used APIContext to monitor their power company APIs and improve reliability for smart home integrations.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "First Utility (Shell Energy) Power Company API Monitoring Case Study", "href": "/resources/first-utility-power-company-api-monitoring-case-study" } ], "summary": "First Utility (Shell Energy) Power Company API Monitoring Case Study. API monitoring for energy company smart home and partner integrations.. Learn how First Utility (now Shell Energy) used APIContext to monitor their power company APIs and improve reliability for smart home integrations.", "bodySections": [ { "eyebrow": "Case study", "title": "API monitoring for energy company smart home and partner integrations.", "body": "Energy companies depend on APIs to support smart home integrations, third-party services, and partner ecosystems that customers actively use. Reliability problems in these APIs translate directly into customer experience failures. This case study describes how First Utility — now part of Shell Energy — used APIContext to monitor the performance and availability of their APIs across partner integrations, improving reliability and reducing the time to identify and resolve issues.", "bullets": [ "How API monitoring supported smart home and partner integration reliability", "The performance patterns found in energy company API estates", "How monitoring reduced time-to-detect for API performance issues", "Improving customer experience through reliable API infrastructure" ] } ], "keyFacts": [ "Energy companies depend on APIs to support smart home integrations, third-party services, and partner ecosystems that customers actively use. Reliability problems in these APIs translate directly into customer experience failures.", "This case study describes how First Utility — now part of Shell Energy — used APIContext to monitor the performance and availability of their APIs across partner integrations, improving reliability and reducing the time to identify and resolve issues.", "How API monitoring supported smart home and partner integration reliability", "The performance patterns found in energy company API estates", "How monitoring reduced time-to-detect for API performance issues", "Improving customer experience through reliable API infrastructure" ], "primaryEntities": [ "APIContext", "Case study", "First Utility (Shell Energy) Power Company API Monitoring Case Study", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the case study", "href": "/resources/first-utility-power-company-api-monitoring-case-study" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-first-utility-power-company-api-monitoring-case-study.json", "markdown": "https://apicontext.com/resources/first-utility-power-company-api-monitoring-case-study.md", "html": "https://apicontext.com/ai/page/resources-first-utility-power-company-api-monitoring-case-study.html" } }, { "slug": "resources-five-9s-the-elusive-goal", "url": "https://apicontext.com/resources/five-9s-the-elusive-goal", "title": "Five 9s Video", "description": "99.999% uptime sounds simple. In practice, it demands more than most teams expect from their API infrastructure. Watch this APIContext video to understand why.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Five 9s, the Elusive Goal", "href": "/resources/five-9s-the-elusive-goal" } ], "summary": "Five 9s, the Elusive Goal. 99.999% availability — five nines — allows just over five minutes of downtime per year. It is a widely cited reliability target, but one that most API-dependent services quietly miss.", "bodySections": [ { "title": "Five 9s, the Elusive Goal", "body": "99.999% availability — five nines — allows just over five minutes of downtime per year. It is a widely cited reliability target, but one that most API-dependent services quietly miss." }, { "title": "More about Five 9s, the Elusive Goal", "body": "This video breaks down what five nines actually requires in practice, where teams commonly fall short, and how independent external monitoring helps close the gap between assumed and actual uptime." } ], "keyFacts": [ "99.999% availability — five nines — allows just over five minutes of downtime per year. It is a widely cited reliability target, but one that most API-dependent services quietly miss.", "This video breaks down what five nines actually requires in practice, where teams commonly fall short, and how independent external monitoring helps close the gap between assumed and actual uptime." ], "primaryEntities": [ "APIContext", "Video", "Five 9s, the Elusive Goal", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-five-9s-the-elusive-goal.json", "markdown": "https://apicontext.com/resources/five-9s-the-elusive-goal.md", "html": "https://apicontext.com/ai/page/resources-five-9s-the-elusive-goal.html" } }, { "slug": "resources-how-api-monitoring-improves-customer-experience-satisfaction", "url": "https://apicontext.com/resources/how-api-monitoring-improves-customer-experience-satisfaction", "title": "How API Monitoring Improves Customer Experience", "description": "API performance directly shapes customer experience. View this APIContext infographic on the connection between API monitoring and customer satisfaction.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "How API Monitoring Improves Customer Experience & Satisfaction", "href": "/resources/how-api-monitoring-improves-customer-experience-satisfaction" } ], "summary": "How API Monitoring Improves Customer Experience & Satisfaction. Customer experience is increasingly mediated by APIs — every transaction, notification, and integration depends on APIs performing reliably. When APIs are slow or unreliable, customers feel it directly, even if they never see the underlying technology.", "bodySections": [ { "title": "How API Monitoring Improves Customer Experience & Satisfaction", "body": "Customer experience is increasingly mediated by APIs — every transaction, notification, and integration depends on APIs performing reliably. When APIs are slow or unreliable, customers feel it directly, even if they never see the underlying technology." }, { "title": "More about How API Monitoring Improves Customer Experience & Satisfaction", "body": "This infographic illustrates the connection between API monitoring, performance improvement, and measurable gains in customer experience and satisfaction." } ], "keyFacts": [ "Customer experience is increasingly mediated by APIs — every transaction, notification, and integration depends on APIs performing reliably. When APIs are slow or unreliable, customers feel it directly, even if they never see the underlying technology.", "This infographic illustrates the connection between API monitoring, performance improvement, and measurable gains in customer experience and satisfaction." ], "primaryEntities": [ "APIContext", "Infographic", "How API Monitoring Improves Customer Experience & Satisfaction", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-how-api-monitoring-improves-customer-experience-satisfaction.json", "markdown": "https://apicontext.com/resources/how-api-monitoring-improves-customer-experience-satisfaction.md", "html": "https://apicontext.com/ai/page/resources-how-api-monitoring-improves-customer-experience-satisfaction.html" } }, { "slug": "resources-how-apicontext-observes-uk-open-banking-apis", "url": "https://apicontext.com/resources/how-apicontext-observes-uk-open-banking-apis", "title": "How APIContext Observes UK Open Banking APIs", "description": "See how APIContext monitors UK Open Banking APIs with real credentials, global test nodes, and continuous measurement. Watch the overview.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "How APIContext Observes UK Open Banking APIs", "href": "/resources/how-apicontext-observes-uk-open-banking-apis" } ], "summary": "How APIContext Observes UK Open Banking APIs. Monitoring UK Open Banking APIs requires more than a simple uptime check. It means handling real AISP and PISP credentials, OBUK certificate authentication, and running from the locations that reflect where consumers and TPPs actually connect.", "bodySections": [ { "title": "How APIContext Observes UK Open Banking APIs", "body": "Monitoring UK Open Banking APIs requires more than a simple uptime check. It means handling real AISP and PISP credentials, OBUK certificate authentication, and running from the locations that reflect where consumers and TPPs actually connect." }, { "title": "More about How APIContext Observes UK Open Banking APIs", "body": "This video walks through how APIContext approaches Open Banking API observation — the technical setup, the measurement cadence, and how the resulting data gives banks and TPPs a clear, independent picture of API quality." } ], "keyFacts": [ "Monitoring UK Open Banking APIs requires more than a simple uptime check. It means handling real AISP and PISP credentials, OBUK certificate authentication, and running from the locations that reflect where consumers and TPPs actually connect.", "This video walks through how APIContext approaches Open Banking API observation — the technical setup, the measurement cadence, and how the resulting data gives banks and TPPs a clear, independent picture of API quality." ], "primaryEntities": [ "APIContext", "Video", "How APIContext Observes UK Open Banking APIs", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-how-apicontext-observes-uk-open-banking-apis.json", "markdown": "https://apicontext.com/resources/how-apicontext-observes-uk-open-banking-apis.md", "html": "https://apicontext.com/ai/page/resources-how-apicontext-observes-uk-open-banking-apis.html" } }, { "slug": "resources-latency-is-still-a-problem", "url": "https://apicontext.com/resources/latency-is-still-a-problem", "title": "Latency is Still a Problem", "description": "Despite decades of infrastructure investment, API latency remains a live problem. Watch this APIContext video on where latency comes from and how to address it.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Latency is Still a Problem", "href": "/resources/latency-is-still-a-problem" } ], "summary": "Latency is Still a Problem. Improved networking, CDNs, and distributed infrastructure have reduced latency for many workloads. But API latency — the accumulated delay across authentication, backend processing, and response serialisation — remains a significant source of user experience degradation.", "bodySections": [ { "title": "Latency is Still a Problem", "body": "Improved networking, CDNs, and distributed infrastructure have reduced latency for many workloads. But API latency — the accumulated delay across authentication, backend processing, and response serialisation — remains a significant source of user experience degradation." }, { "title": "More about Latency is Still a Problem", "body": "This video looks at where API latency problems actually come from in modern architectures, why they resist simple fixes, and how measurement from diverse locations helps teams understand and prioritise latency improvements." } ], "keyFacts": [ "Improved networking, CDNs, and distributed infrastructure have reduced latency for many workloads. But API latency — the accumulated delay across authentication, backend processing, and response serialisation — remains a significant source of user experience degradation.", "This video looks at where API latency problems actually come from in modern architectures, why they resist simple fixes, and how measurement from diverse locations helps teams understand and prioritise latency improvements." ], "primaryEntities": [ "APIContext", "Video", "Latency is Still a Problem", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-latency-is-still-a-problem.json", "markdown": "https://apicontext.com/resources/latency-is-still-a-problem.md", "html": "https://apicontext.com/ai/page/resources-latency-is-still-a-problem.html" } }, { "slug": "resources-leading-saas-provider-partner-sla-assurance", "url": "https://apicontext.com/resources/leading-saas-provider-partner-sla-assurance", "title": "Leading SaaS Provider Partner SLA Assurance", "description": "Learn how a leading SaaS provider used APIContext to assure API SLA delivery to partners and reduce SLA dispute resolution time.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Leading SaaS Provider Partner SLA Assurance", "href": "/resources/leading-saas-provider-partner-sla-assurance" } ], "summary": "Leading SaaS Provider Partner SLA Assurance. How a SaaS platform used independent monitoring to back its partner SLA commitments with evidence.. Learn how a leading SaaS provider used APIContext to assure API SLA delivery to partners and reduce SLA dispute resolution time.", "bodySections": [ { "eyebrow": "Case study", "title": "How a SaaS platform used independent monitoring to back its partner SLA commitments with evidence.", "body": "When a SaaS provider makes API SLA commitments to partners, the ability to produce independent evidence of SLA adherence becomes a commercial necessity — both for managing disputes and for maintaining partner trust. This case study describes how a leading SaaS provider implemented APIContext to provide continuous, independent measurement of their API performance against partner SLA thresholds, reducing dispute resolution time and strengthening partner relationships.", "bullets": [ "How independent monitoring provides credible SLA evidence to partners", "The measurement approach that reduced SLA dispute resolution time", "How continuous monitoring changed the conversation with partner teams", "Building trust through transparent API performance data" ] } ], "keyFacts": [ "When a SaaS provider makes API SLA commitments to partners, the ability to produce independent evidence of SLA adherence becomes a commercial necessity — both for managing disputes and for maintaining partner trust.", "This case study describes how a leading SaaS provider implemented APIContext to provide continuous, independent measurement of their API performance against partner SLA thresholds, reducing dispute resolution time and strengthening partner relationships.", "How independent monitoring provides credible SLA evidence to partners", "The measurement approach that reduced SLA dispute resolution time", "How continuous monitoring changed the conversation with partner teams", "Building trust through transparent API performance data" ], "primaryEntities": [ "APIContext", "Case study", "Leading SaaS Provider Partner SLA Assurance", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the case study", "href": "/resources/leading-saas-provider-partner-sla-assurance" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-leading-saas-provider-partner-sla-assurance.json", "markdown": "https://apicontext.com/resources/leading-saas-provider-partner-sla-assurance.md", "html": "https://apicontext.com/ai/page/resources-leading-saas-provider-partner-sla-assurance.html" } }, { "slug": "resources-lesson-1-of-open-banking-apis-quicksand", "url": "https://apicontext.com/resources/lesson-1-of-open-banking-apis-quicksand", "title": "Open Banking Lesson 1: Quicksand", "description": "Open Banking API programmes often start on unstable foundations. Watch APIContext's first Open Banking lesson on the quicksand that trips up most implementations.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Lesson 1 of Open Banking APIs: Quicksand", "href": "/resources/lesson-1-of-open-banking-apis-quicksand" } ], "summary": "Lesson 1 of Open Banking APIs: Quicksand. Many Open Banking API programmes launch with confident timelines and then find themselves sinking. The causes are usually the same: underestimated complexity, missing test infrastructure, and assumptions about third-party behaviour that turn out to be wrong.", "bodySections": [ { "title": "Lesson 1 of Open Banking APIs: Quicksand", "body": "Many Open Banking API programmes launch with confident timelines and then find themselves sinking. The causes are usually the same: underestimated complexity, missing test infrastructure, and assumptions about third-party behaviour that turn out to be wrong." }, { "title": "More about Lesson 1 of Open Banking APIs: Quicksand", "body": "This first instalment of APIContext's Open Banking series identifies the specific traps that create the quicksand effect — the issues that feel manageable early but compound into programme-level delays when left unaddressed." } ], "keyFacts": [ "Many Open Banking API programmes launch with confident timelines and then find themselves sinking. The causes are usually the same: underestimated complexity, missing test infrastructure, and assumptions about third-party behaviour that turn out to be wrong.", "This first instalment of APIContext's Open Banking series identifies the specific traps that create the quicksand effect — the issues that feel manageable early but compound into programme-level delays when left unaddressed." ], "primaryEntities": [ "APIContext", "Video", "Lesson 1 of Open Banking APIs: Quicksand", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-lesson-1-of-open-banking-apis-quicksand.json", "markdown": "https://apicontext.com/resources/lesson-1-of-open-banking-apis-quicksand.md", "html": "https://apicontext.com/ai/page/resources-lesson-1-of-open-banking-apis-quicksand.html" } }, { "slug": "resources-lesson-2-of-open-banking-apis-documentation", "url": "https://apicontext.com/resources/lesson-2-of-open-banking-apis-documentation", "title": "Open Banking Lesson 2: Documentation", "description": "Poor API documentation is one of the biggest barriers to Open Banking adoption. Watch APIContext's second Open Banking lesson on getting documentation right.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Lesson 2 of Open Banking APIs: Documentation", "href": "/resources/lesson-2-of-open-banking-apis-documentation" } ], "summary": "Lesson 2 of Open Banking APIs: Documentation. API documentation is often treated as an afterthought — written once at launch and rarely updated to reflect how the API actually behaves in production. For Open Banking, where third-party developers and TPPs rely on accurate specifications, this gap creates real friction.", "bodySections": [ { "title": "Lesson 2 of Open Banking APIs: Documentation", "body": "API documentation is often treated as an afterthought — written once at launch and rarely updated to reflect how the API actually behaves in production. For Open Banking, where third-party developers and TPPs rely on accurate specifications, this gap creates real friction." }, { "title": "More about Lesson 2 of Open Banking APIs: Documentation", "body": "This second instalment of APIContext's Open Banking series looks at what good API documentation requires, where the most common gaps appear, and how active monitoring helps keep documentation honest by surfacing discrepancies between spec and reality." } ], "keyFacts": [ "API documentation is often treated as an afterthought — written once at launch and rarely updated to reflect how the API actually behaves in production. For Open Banking, where third-party developers and TPPs rely on accurate specifications, this gap creates real friction.", "This second instalment of APIContext's Open Banking series looks at what good API documentation requires, where the most common gaps appear, and how active monitoring helps keep documentation honest by surfacing discrepancies between spec and reality." ], "primaryEntities": [ "APIContext", "Video", "Lesson 2 of Open Banking APIs: Documentation", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-lesson-2-of-open-banking-apis-documentation.json", "markdown": "https://apicontext.com/resources/lesson-2-of-open-banking-apis-documentation.md", "html": "https://apicontext.com/ai/page/resources-lesson-2-of-open-banking-apis-documentation.html" } }, { "slug": "resources-lesson-3-of-open-banking-apis-test-monitor-repeat", "url": "https://apicontext.com/resources/lesson-3-of-open-banking-apis-test-monitor-repeat", "title": "Open Banking Lesson 3: Test Monitor Repeat", "description": "Continuous testing and monitoring is the operational cadence that Open Banking APIs require. Watch APIContext's third Open Banking lesson.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Lesson 3 of Open Banking APIs: Test Monitor Repeat", "href": "/resources/lesson-3-of-open-banking-apis-test-monitor-repeat" } ], "summary": "Lesson 3 of Open Banking APIs: Test Monitor Repeat. Open Banking API quality is not a one-time certification — it requires continuous verification. APIs that pass testing at deployment can drift over time as infrastructure changes, third-party dependencies evolve, and traffic patterns shift.", "bodySections": [ { "title": "Lesson 3 of Open Banking APIs: Test Monitor Repeat", "body": "Open Banking API quality is not a one-time certification — it requires continuous verification. APIs that pass testing at deployment can drift over time as infrastructure changes, third-party dependencies evolve, and traffic patterns shift." }, { "title": "More about Lesson 3 of Open Banking APIs: Test Monitor Repeat", "body": "This third instalment of APIContext's Open Banking series focuses on the test-monitor-repeat cycle: what it looks like in practice, how to set it up without heavy overhead, and why continuous measurement is the only reliable source of API truth." } ], "keyFacts": [ "Open Banking API quality is not a one-time certification — it requires continuous verification. APIs that pass testing at deployment can drift over time as infrastructure changes, third-party dependencies evolve, and traffic patterns shift.", "This third instalment of APIContext's Open Banking series focuses on the test-monitor-repeat cycle: what it looks like in practice, how to set it up without heavy overhead, and why continuous measurement is the only reliable source of API truth." ], "primaryEntities": [ "APIContext", "Video", "Lesson 3 of Open Banking APIs: Test Monitor Repeat", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-lesson-3-of-open-banking-apis-test-monitor-repeat.json", "markdown": "https://apicontext.com/resources/lesson-3-of-open-banking-apis-test-monitor-repeat.md", "html": "https://apicontext.com/ai/page/resources-lesson-3-of-open-banking-apis-test-monitor-repeat.html" } }, { "slug": "resources-lesson-4-of-open-banking-apis-can-you-prove-it", "url": "https://apicontext.com/resources/lesson-4-of-open-banking-apis-can-you-prove-it", "title": "Open Banking Lesson 4: Can You Prove It", "description": "Regulators and consumers expect evidence of API performance, not just assurances. Watch APIContext's fourth Open Banking lesson on proving compliance.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Lesson 4 of Open Banking APIs: Can You Prove It?", "href": "/resources/lesson-4-of-open-banking-apis-can-you-prove-it" } ], "summary": "Lesson 4 of Open Banking APIs: Can You Prove It?. In regulated environments, claiming that your APIs meet performance and availability standards is not enough. Regulators, auditors, and sophisticated consumers increasingly expect independent, time-stamped evidence — not just dashboards or internal metrics.", "bodySections": [ { "title": "Lesson 4 of Open Banking APIs: Can You Prove It?", "body": "In regulated environments, claiming that your APIs meet performance and availability standards is not enough. Regulators, auditors, and sophisticated consumers increasingly expect independent, time-stamped evidence — not just dashboards or internal metrics." }, { "title": "More about Lesson 4 of Open Banking APIs: Can You Prove It?", "body": "This fourth instalment of APIContext's Open Banking series explores what it means to actually prove API performance, what evidence looks like in practice, and why internal monitoring alone is not sufficient to meet the standard." } ], "keyFacts": [ "In regulated environments, claiming that your APIs meet performance and availability standards is not enough. Regulators, auditors, and sophisticated consumers increasingly expect independent, time-stamped evidence — not just dashboards or internal metrics.", "This fourth instalment of APIContext's Open Banking series explores what it means to actually prove API performance, what evidence looks like in practice, and why internal monitoring alone is not sufficient to meet the standard." ], "primaryEntities": [ "APIContext", "Video", "Lesson 4 of Open Banking APIs: Can You Prove It?", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-lesson-4-of-open-banking-apis-can-you-prove-it.json", "markdown": "https://apicontext.com/resources/lesson-4-of-open-banking-apis-can-you-prove-it.md", "html": "https://apicontext.com/ai/page/resources-lesson-4-of-open-banking-apis-can-you-prove-it.html" } }, { "slug": "resources-lesson-5-of-open-banking-apis-frogs-in-hot-water", "url": "https://apicontext.com/resources/lesson-5-of-open-banking-apis-frogs-in-hot-water", "title": "Open Banking Lesson 5: Frogs in Hot Water", "description": "Gradual API degradation is easy to miss until it becomes a crisis. Watch APIContext's fifth Open Banking lesson on the frog-in-hot-water effect.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Lesson 5 of Open Banking APIs: Frogs In Hot Water", "href": "/resources/lesson-5-of-open-banking-apis-frogs-in-hot-water" } ], "summary": "Lesson 5 of Open Banking APIs: Frogs In Hot Water. Gradual performance degradation is one of the most dangerous patterns in API operations. Unlike sudden outages, slow decay is easy to normalise — teams adjust their expectations, thresholds creep upward, and the problem compounds until it becomes a customer-facing crisis.", "bodySections": [ { "title": "Lesson 5 of Open Banking APIs: Frogs In Hot Water", "body": "Gradual performance degradation is one of the most dangerous patterns in API operations. Unlike sudden outages, slow decay is easy to normalise — teams adjust their expectations, thresholds creep upward, and the problem compounds until it becomes a customer-facing crisis." }, { "title": "More about Lesson 5 of Open Banking APIs: Frogs In Hot Water", "body": "This fifth instalment of APIContext's Open Banking lessons series uses the frog-in-hot-water analogy to explore how this pattern appears in regulated API environments, and what it takes to detect it early." } ], "keyFacts": [ "Gradual performance degradation is one of the most dangerous patterns in API operations. Unlike sudden outages, slow decay is easy to normalise — teams adjust their expectations, thresholds creep upward, and the problem compounds until it becomes a customer-facing crisis.", "This fifth instalment of APIContext's Open Banking lessons series uses the frog-in-hot-water analogy to explore how this pattern appears in regulated API environments, and what it takes to detect it early." ], "primaryEntities": [ "APIContext", "Video", "Lesson 5 of Open Banking APIs: Frogs In Hot Water", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-lesson-5-of-open-banking-apis-frogs-in-hot-water.json", "markdown": "https://apicontext.com/resources/lesson-5-of-open-banking-apis-frogs-in-hot-water.md", "html": "https://apicontext.com/ai/page/resources-lesson-5-of-open-banking-apis-frogs-in-hot-water.html" } }, { "slug": "resources-mariana-velazquez-of-platformable-benchmark-analysis-of-the-developer-experience", "url": "https://apicontext.com/resources/mariana-velazquez-of-platformable-benchmark-analysis-of-the-developer-experience", "title": "Mariana Velázquez – Benchmark Developer Experience", "description": "Platformable's Mariana Velázquez on benchmarking developer experience across the API ecosystem. Watch the discussion.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Mariana Velázquez of Platformable – Benchmark Analysis of the Developer Experience", "href": "/resources/mariana-velazquez-of-platformable-benchmark-analysis-of-the-developer-experience" } ], "summary": "Mariana Velázquez of Platformable – Benchmark Analysis of the Developer Experience. Benchmarking developer experience requires a systematic approach that goes beyond individual surveys or anecdotes. Platformable has developed a methodology for measuring developer experience across API ecosystems at scale, and the results surface patterns that individual providers often miss.", "bodySections": [ { "title": "Mariana Velázquez of Platformable – Benchmark Analysis of the Developer Experience", "body": "Benchmarking developer experience requires a systematic approach that goes beyond individual surveys or anecdotes. Platformable has developed a methodology for measuring developer experience across API ecosystems at scale, and the results surface patterns that individual providers often miss." }, { "title": "More about Mariana Velázquez of Platformable – Benchmark Analysis of the Developer Experience", "body": "Mariana Velázquez of Platformable discusses how benchmark analysis of developer experience works, what the data shows about the current state of developer experience in the API economy, and how organisations can use this kind of analysis to improve." } ], "keyFacts": [ "Benchmarking developer experience requires a systematic approach that goes beyond individual surveys or anecdotes. Platformable has developed a methodology for measuring developer experience across API ecosystems at scale, and the results surface patterns that individual providers often miss.", "Mariana Velázquez of Platformable discusses how benchmark analysis of developer experience works, what the data shows about the current state of developer experience in the API economy, and how organisations can use this kind of analysis to improve." ], "primaryEntities": [ "APIContext", "Video", "Mariana Velázquez of Platformable – Benchmark Analysis of the Developer Experience", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-mariana-velazquez-of-platformable-benchmark-analysis-of-the-developer-experience.json", "markdown": "https://apicontext.com/resources/mariana-velazquez-of-platformable-benchmark-analysis-of-the-developer-experience.md", "html": "https://apicontext.com/ai/page/resources-mariana-velazquez-of-platformable-benchmark-analysis-of-the-developer-experience.html" } }, { "slug": "resources-mariana-velazquez-of-platformable-how-open-banking-initiatives-are-growing", "url": "https://apicontext.com/resources/mariana-velazquez-of-platformable-how-open-banking-initiatives-are-growing", "title": "Mariana Velázquez – Open Banking Initiatives Growing", "description": "Platformable's Mariana Velázquez on the growth of Open Banking initiatives globally and what it means for API quality and monitoring.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Mariana Velázquez of Platformable – How Open Banking Initiatives Are Growing", "href": "/resources/mariana-velazquez-of-platformable-how-open-banking-initiatives-are-growing" } ], "summary": "Mariana Velázquez of Platformable – How Open Banking Initiatives Are Growing. Open Banking has moved beyond its early regulatory implementations in the UK and EU. Platformable's research tracks the global expansion of open banking and open finance initiatives, and the picture is one of sustained, broad growth.", "bodySections": [ { "title": "Mariana Velázquez of Platformable – How Open Banking Initiatives Are Growing", "body": "Open Banking has moved beyond its early regulatory implementations in the UK and EU. Platformable's research tracks the global expansion of open banking and open finance initiatives, and the picture is one of sustained, broad growth." }, { "title": "More about Mariana Velázquez of Platformable – How Open Banking Initiatives Are Growing", "body": "Mariana Velázquez of Platformable discusses what that growth looks like in data, the quality challenges that come with rapid API ecosystem expansion, and what it means for organisations operating or building on open banking infrastructure." } ], "keyFacts": [ "Open Banking has moved beyond its early regulatory implementations in the UK and EU. Platformable's research tracks the global expansion of open banking and open finance initiatives, and the picture is one of sustained, broad growth.", "Mariana Velázquez of Platformable discusses what that growth looks like in data, the quality challenges that come with rapid API ecosystem expansion, and what it means for organisations operating or building on open banking infrastructure." ], "primaryEntities": [ "APIContext", "Video", "Mariana Velázquez of Platformable – How Open Banking Initiatives Are Growing", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-mariana-velazquez-of-platformable-how-open-banking-initiatives-are-growing.json", "markdown": "https://apicontext.com/resources/mariana-velazquez-of-platformable-how-open-banking-initiatives-are-growing.md", "html": "https://apicontext.com/ai/page/resources-mariana-velazquez-of-platformable-how-open-banking-initiatives-are-growing.html" } }, { "slug": "resources-mariana-velazquez-of-platformable-understanding-api-performance-compared-to-competitors", "url": "https://apicontext.com/resources/mariana-velazquez-of-platformable-understanding-api-performance-compared-to-competitors", "title": "Mariana Velázquez – API Performance vs Competitors", "description": "Platformable's Mariana Velázquez on understanding how your API performance compares to competitors. Watch the discussion.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Mariana Velázquez of Platformable – Understanding API Performance Compared to Competitors", "href": "/resources/mariana-velazquez-of-platformable-understanding-api-performance-compared-to-competitors" } ], "summary": "Mariana Velázquez of Platformable – Understanding API Performance Compared to Competitors. Understanding your API's performance in isolation is useful. Understanding it relative to your competitors gives you a materially different kind of intelligence — one that informs product positioning, investment decisions, and customer conversations.", "bodySections": [ { "title": "Mariana Velázquez of Platformable – Understanding API Performance Compared to Competitors", "body": "Understanding your API's performance in isolation is useful. Understanding it relative to your competitors gives you a materially different kind of intelligence — one that informs product positioning, investment decisions, and customer conversations." }, { "title": "More about Mariana Velázquez of Platformable – Understanding API Performance Compared to Competitors", "body": "Platformable's Mariana Velázquez discusses how benchmarking API performance against competitors works in practice, what the data tends to show, and why independent measurement is essential for meaningful comparison." } ], "keyFacts": [ "Understanding your API's performance in isolation is useful. Understanding it relative to your competitors gives you a materially different kind of intelligence — one that informs product positioning, investment decisions, and customer conversations.", "Platformable's Mariana Velázquez discusses how benchmarking API performance against competitors works in practice, what the data tends to show, and why independent measurement is essential for meaningful comparison." ], "primaryEntities": [ "APIContext", "Video", "Mariana Velázquez of Platformable – Understanding API Performance Compared to Competitors", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-mariana-velazquez-of-platformable-understanding-api-performance-compared-to-competitors.json", "markdown": "https://apicontext.com/resources/mariana-velazquez-of-platformable-understanding-api-performance-compared-to-competitors.md", "html": "https://apicontext.com/ai/page/resources-mariana-velazquez-of-platformable-understanding-api-performance-compared-to-competitors.html" } }, { "slug": "resources-measuring-performance-where-your-users-are", "url": "https://apicontext.com/resources/measuring-performance-where-your-users-are", "title": "Measuring Performance Where Your Users Are", "description": "API performance measured from your data centre does not reflect what users experience. Watch this APIContext video on geographic performance measurement.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Measuring Performance Where Your Users Are", "href": "/resources/measuring-performance-where-your-users-are" } ], "summary": "Measuring Performance Where Your Users Are. API performance tests run from a single location tell you how the API performs from that location. For most real-world applications, your users are distributed across geographies, cloud regions, and network paths that produce meaningfully different latency and reliability profiles.", "bodySections": [ { "title": "Measuring Performance Where Your Users Are", "body": "API performance tests run from a single location tell you how the API performs from that location. For most real-world applications, your users are distributed across geographies, cloud regions, and network paths that produce meaningfully different latency and reliability profiles." }, { "title": "More about Measuring Performance Where Your Users Are", "body": "This video covers why geographic distribution of API monitoring matters, what the performance differences look like in practice, and how measuring from where your users actually are changes what you know about your API's quality." } ], "keyFacts": [ "API performance tests run from a single location tell you how the API performs from that location. For most real-world applications, your users are distributed across geographies, cloud regions, and network paths that produce meaningfully different latency and reliability profiles.", "This video covers why geographic distribution of API monitoring matters, what the performance differences look like in practice, and how measuring from where your users actually are changes what you know about your API's quality." ], "primaryEntities": [ "APIContext", "Video", "Measuring Performance Where Your Users Are", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-measuring-performance-where-your-users-are.json", "markdown": "https://apicontext.com/resources/measuring-performance-where-your-users-are.md", "html": "https://apicontext.com/ai/page/resources-measuring-performance-where-your-users-are.html" } }, { "slug": "resources-monitoring-the-untestable-open-banking-psd2-white-paper", "url": "https://apicontext.com/resources/monitoring-the-untestable-open-banking-psd2-white-paper", "title": "Monitoring the Untestable – Open Banking White Paper", "description": "Download APIContext's white paper on monitoring Open Banking PSD2 APIs — how to test what can't be unit tested and measure what regulators require.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Monitoring the Untestable – An Open Banking White Paper from APIContext", "href": "/resources/monitoring-the-untestable-open-banking-psd2-white-paper" } ], "summary": "Monitoring the Untestable – An Open Banking White Paper from APIContext. How to achieve continuous quality assurance for APIs that can't be unit tested.. Download APIContext's white paper on monitoring Open Banking PSD2 APIs — how to test what can't be unit tested and measure what regulators require.", "bodySections": [ { "eyebrow": "White paper", "title": "How to achieve continuous quality assurance for APIs that can't be unit tested.", "body": "Open Banking APIs under PSD2 are not easily testable with conventional unit or integration testing approaches. They require real credentials, regulated authentication flows, and external measurement to verify that they are working as required. This white paper explores the monitoring challenge that PSD2 creates, the gaps that conventional testing approaches leave, and how active monitoring from external vantage points provides the continuous quality assurance that regulated Open Banking environments require. It is an essential reference for teams responsible for PSD2 compliance and Open Banking API quality.", "bullets": [ "Why PSD2 Open Banking APIs require a different monitoring approach", "The specific gaps that conventional testing leaves in regulated environments", "How active external monitoring addresses the untestable problem", "The evidence that regulators and compliance teams need from API monitoring" ] } ], "keyFacts": [ "Open Banking APIs under PSD2 are not easily testable with conventional unit or integration testing approaches. They require real credentials, regulated authentication flows, and external measurement to verify that they are working as required.", "This white paper explores the monitoring challenge that PSD2 creates, the gaps that conventional testing approaches leave, and how active monitoring from external vantage points provides the continuous quality assurance that regulated Open Banking environments require.", "It is an essential reference for teams responsible for PSD2 compliance and Open Banking API quality.", "Why PSD2 Open Banking APIs require a different monitoring approach", "The specific gaps that conventional testing leaves in regulated environments", "How active external monitoring addresses the untestable problem", "The evidence that regulators and compliance teams need from API monitoring" ], "primaryEntities": [ "APIContext", "White paper", "Monitoring the Untestable – An Open Banking White Paper from APIContext", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the white paper", "href": "/resources/monitoring-the-untestable-open-banking-psd2-white-paper" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-monitoring-the-untestable-open-banking-psd2-white-paper.json", "markdown": "https://apicontext.com/resources/monitoring-the-untestable-open-banking-psd2-white-paper.md", "html": "https://apicontext.com/ai/page/resources-monitoring-the-untestable-open-banking-psd2-white-paper.html" } }, { "slug": "resources-oauth-the-standard-that-isnt-white-paper", "url": "https://apicontext.com/resources/oauth-the-standard-that-isnt-white-paper", "title": "OAuth – The Standard That Isn't", "description": "Download APIContext's white paper on OAuth implementation inconsistency — why OAuth is less of a standard than teams assume, and what that means in production.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "OAuth – The Standard That Isn't", "href": "/resources/oauth-the-standard-that-isnt-white-paper" } ], "summary": "OAuth – The Standard That Isn't. The implementation inconsistency that makes OAuth a reliability risk.. Download APIContext's white paper on OAuth implementation inconsistency — why OAuth is less of a standard than teams assume, and what that means in production.", "bodySections": [ { "eyebrow": "White paper", "title": "The implementation inconsistency that makes OAuth a reliability risk.", "body": "OAuth is widely described as the standard for API authentication and authorisation. In practice, OAuth implementations vary so significantly between providers that many teams spend more time handling edge cases than the standard itself anticipated. This white paper documents the OAuth implementation inconsistency problem — the specific divergences between providers, the authentication failures they cause in production, and what teams can do to build more reliable OAuth-dependent integrations. It is essential reading for teams managing APIs that use OAuth for authentication across multiple providers.", "bullets": [ "Where OAuth implementations diverge between providers in practice", "The authentication failures that OAuth inconsistency causes in production", "How active monitoring helps teams detect OAuth reliability problems", "Practical approaches to building more resilient OAuth-dependent integrations" ] } ], "keyFacts": [ "OAuth is widely described as the standard for API authentication and authorisation. In practice, OAuth implementations vary so significantly between providers that many teams spend more time handling edge cases than the standard itself anticipated.", "This white paper documents the OAuth implementation inconsistency problem — the specific divergences between providers, the authentication failures they cause in production, and what teams can do to build more reliable OAuth-dependent integrations.", "It is essential reading for teams managing APIs that use OAuth for authentication across multiple providers.", "Where OAuth implementations diverge between providers in practice", "The authentication failures that OAuth inconsistency causes in production", "How active monitoring helps teams detect OAuth reliability problems", "Practical approaches to building more resilient OAuth-dependent integrations" ], "primaryEntities": [ "APIContext", "White paper", "OAuth – The Standard That Isn't", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the white paper", "href": "/resources/oauth-the-standard-that-isnt-white-paper" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-oauth-the-standard-that-isnt-white-paper.json", "markdown": "https://apicontext.com/resources/oauth-the-standard-that-isnt-white-paper.md", "html": "https://apicontext.com/ai/page/resources-oauth-the-standard-that-isnt-white-paper.html" } }, { "slug": "resources-old-school-banks-vs-cloud-native-api-first-uk-banks", "url": "https://apicontext.com/resources/old-school-banks-vs-cloud-native-api-first-uk-banks", "title": "Old School Banks vs Cloud Native", "description": "Legacy bank APIs and cloud-native challenger bank APIs perform very differently. Watch this APIContext video comparing UK banking API quality.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Old School Banks vs Cloud Native, API First UK Banks", "href": "/resources/old-school-banks-vs-cloud-native-api-first-uk-banks" } ], "summary": "Old School Banks vs Cloud Native, API First UK Banks. UK banking has two distinct cohorts: legacy institutions migrating their APIs onto new infrastructure, and cloud-native challenger banks that built API-first from day one. The performance and reliability differences between them are measurable and significant.", "bodySections": [ { "title": "Old School Banks vs Cloud Native, API First UK Banks", "body": "UK banking has two distinct cohorts: legacy institutions migrating their APIs onto new infrastructure, and cloud-native challenger banks that built API-first from day one. The performance and reliability differences between them are measurable and significant." }, { "title": "More about Old School Banks vs Cloud Native, API First UK Banks", "body": "This video uses data from APIContext's Open Banking monitoring to compare how these two groups actually perform, where the legacy institutions are closing the gap, and what the data says about the trajectory of UK Open Banking API quality." } ], "keyFacts": [ "UK banking has two distinct cohorts: legacy institutions migrating their APIs onto new infrastructure, and cloud-native challenger banks that built API-first from day one. The performance and reliability differences between them are measurable and significant.", "This video uses data from APIContext's Open Banking monitoring to compare how these two groups actually perform, where the legacy institutions are closing the gap, and what the data says about the trajectory of UK Open Banking API quality." ], "primaryEntities": [ "APIContext", "Video", "Old School Banks vs Cloud Native, API First UK Banks", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-old-school-banks-vs-cloud-native-api-first-uk-banks.json", "markdown": "https://apicontext.com/resources/old-school-banks-vs-cloud-native-api-first-uk-banks.md", "html": "https://apicontext.com/ai/page/resources-old-school-banks-vs-cloud-native-api-first-uk-banks.html" } }, { "slug": "resources-open-banking-api-monitoring", "url": "https://apicontext.com/resources/open-banking-api-monitoring", "title": "Open Banking API Monitoring", "description": "Download the APIContext product overview on Open Banking API monitoring — how to achieve continuous, independent quality assurance for regulated APIs.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Open Banking API Monitoring – Ensuring Quality Open Banking Service Delivery", "href": "/resources/open-banking-api-monitoring" } ], "summary": "Open Banking API Monitoring – Ensuring Quality Open Banking Service Delivery. Continuous, independent monitoring for regulated Open Banking APIs.. Download the APIContext product overview on Open Banking API monitoring — how to achieve continuous, independent quality assurance for regulated APIs.", "bodySections": [ { "eyebrow": "Product overview", "title": "Continuous, independent monitoring for regulated Open Banking APIs.", "body": "Open Banking APIs carry real consumer data and are subject to regulatory requirements that standard monitoring tools were not designed to address. Monitoring them properly requires real test credentials, OBUK certificate handling, and measurement from locations that reflect actual TPP traffic. This product overview explains how APIContext approaches Open Banking API monitoring — the technical capabilities required, the regulatory evidence it produces, and how it helps institutions demonstrate compliance and improve consumer experience. Complete the form to download the full overview.", "bullets": [ "How to monitor Open Banking APIs with real AISP and PISP credentials", "Handling OBUK certificates and regulated authentication flows", "The availability and performance evidence regulators expect", "How independent monitoring improves Open Banking consumer experience" ] } ], "keyFacts": [ "Open Banking APIs carry real consumer data and are subject to regulatory requirements that standard monitoring tools were not designed to address. Monitoring them properly requires real test credentials, OBUK certificate handling, and measurement from locations that reflect actual TPP traffic.", "This product overview explains how APIContext approaches Open Banking API monitoring — the technical capabilities required, the regulatory evidence it produces, and how it helps institutions demonstrate compliance and improve consumer experience.", "Complete the form to download the full overview.", "How to monitor Open Banking APIs with real AISP and PISP credentials", "Handling OBUK certificates and regulated authentication flows", "The availability and performance evidence regulators expect", "How independent monitoring improves Open Banking consumer experience" ], "primaryEntities": [ "APIContext", "Product overview", "Open Banking API Monitoring – Ensuring Quality Open Banking Service Delivery", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the overview", "href": "/resources/open-banking-api-monitoring" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-open-banking-api-monitoring.json", "markdown": "https://apicontext.com/resources/open-banking-api-monitoring.md", "html": "https://apicontext.com/ai/page/resources-open-banking-api-monitoring.html" } }, { "slug": "resources-our-recommendations", "url": "https://apicontext.com/resources/our-recommendations", "title": "Our Recommendations", "description": "APIContext's recommendations for teams building or improving their API monitoring practice. Watch the video overview.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Our Recommendations", "href": "/resources/our-recommendations" } ], "summary": "Our Recommendations. Based on years of measuring APIs across industries, cloud providers, and geographies, APIContext has developed a set of practical recommendations for teams working to improve API reliability, performance, and governance.", "bodySections": [ { "title": "Our Recommendations", "body": "Based on years of measuring APIs across industries, cloud providers, and geographies, APIContext has developed a set of practical recommendations for teams working to improve API reliability, performance, and governance." }, { "title": "More about Our Recommendations", "body": "This video summarises the recommendations that have the most consistent impact — the monitoring practices, measurement approaches, and governance decisions that separate teams with genuine API visibility from those operating on assumptions." } ], "keyFacts": [ "Based on years of measuring APIs across industries, cloud providers, and geographies, APIContext has developed a set of practical recommendations for teams working to improve API reliability, performance, and governance.", "This video summarises the recommendations that have the most consistent impact — the monitoring practices, measurement approaches, and governance decisions that separate teams with genuine API visibility from those operating on assumptions." ], "primaryEntities": [ "APIContext", "Video", "Our Recommendations", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-our-recommendations.json", "markdown": "https://apicontext.com/resources/our-recommendations.md", "html": "https://apicontext.com/ai/page/resources-our-recommendations.html" } }, { "slug": "resources-performance-benchmarking-meets-developer-experience-a-holistic-approach-to-api-quality-and-maturity", "url": "https://apicontext.com/resources/performance-benchmarking-meets-developer-experience-a-holistic-approach-to-api-quality-and-maturity", "title": "Performance Benchmarking Meets Developer Experience", "description": "API quality requires both performance data and developer experience measurement. Watch this APIContext video on the holistic approach.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Performance Benchmarking Meets Developer Experience: A Holistic Approach to API Quality and Maturity", "href": "/resources/performance-benchmarking-meets-developer-experience-a-holistic-approach-to-api-quality-and-maturity" } ], "summary": "Performance Benchmarking Meets Developer Experience: A Holistic Approach to API Quality and Maturity. API quality has two dimensions that are often measured separately: technical performance, captured through active monitoring and benchmarking, and developer experience, assessed through friction metrics, documentation completeness, and integration success rates.", "bodySections": [ { "title": "Performance Benchmarking Meets Developer Experience: A Holistic Approach to API Quality and Maturity", "body": "API quality has two dimensions that are often measured separately: technical performance, captured through active monitoring and benchmarking, and developer experience, assessed through friction metrics, documentation completeness, and integration success rates." }, { "title": "More about Performance Benchmarking Meets Developer Experience: A Holistic Approach to API Quality and Maturity", "body": "This video makes the case for integrating both dimensions into a single API quality and maturity model — and explores what the combined picture reveals about API health that either metric alone would miss." } ], "keyFacts": [ "API quality has two dimensions that are often measured separately: technical performance, captured through active monitoring and benchmarking, and developer experience, assessed through friction metrics, documentation completeness, and integration success rates.", "This video makes the case for integrating both dimensions into a single API quality and maturity model — and explores what the combined picture reveals about API health that either metric alone would miss." ], "primaryEntities": [ "APIContext", "Video", "Performance Benchmarking Meets Developer Experience: A Holistic Approach to API Quality and Maturity", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-performance-benchmarking-meets-developer-experience-a-holistic-approach-to-api-quality-and-maturity.json", "markdown": "https://apicontext.com/resources/performance-benchmarking-meets-developer-experience-a-holistic-approach-to-api-quality-and-maturity.md", "html": "https://apicontext.com/ai/page/resources-performance-benchmarking-meets-developer-experience-a-holistic-approach-to-api-quality-and-maturity.html" } }, { "slug": "resources-psd2-apis-and-performance-and-quality-monitoring-white-paper", "url": "https://apicontext.com/resources/psd2-apis-and-performance-and-quality-monitoring-white-paper", "title": "PSD2, APIs and Performance and Quality Monitoring", "description": "Download APIContext's white paper on PSD2 API performance and quality monitoring requirements and how to meet them.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "PSD2, APIs and Performance, and Quality Monitoring", "href": "/resources/psd2-apis-and-performance-and-quality-monitoring-white-paper" } ], "summary": "PSD2, APIs and Performance, and Quality Monitoring. Meeting the performance and quality monitoring requirements of PSD2.. Download APIContext's white paper on PSD2 API performance and quality monitoring requirements and how to meet them.", "bodySections": [ { "eyebrow": "White paper", "title": "Meeting the performance and quality monitoring requirements of PSD2.", "body": "PSD2 created specific requirements for API performance and quality in European financial services — requirements that go beyond uptime and into the realm of response time, authentication reliability, and consistent service delivery. This white paper explains what PSD2 actually requires of API performance monitoring, where institutions commonly fall short, and how a systematic active monitoring approach helps organisations meet and demonstrate compliance. Use it as a reference for compliance teams, API architects, and operations teams working on PSD2 obligations.", "bullets": [ "What PSD2 requires from API performance and quality monitoring", "Where institutions most commonly fall short of regulatory expectations", "How active monitoring provides the evidence PSD2 compliance demands", "Practical approaches to continuous PSD2 API quality assurance" ] } ], "keyFacts": [ "PSD2 created specific requirements for API performance and quality in European financial services — requirements that go beyond uptime and into the realm of response time, authentication reliability, and consistent service delivery.", "This white paper explains what PSD2 actually requires of API performance monitoring, where institutions commonly fall short, and how a systematic active monitoring approach helps organisations meet and demonstrate compliance.", "Use it as a reference for compliance teams, API architects, and operations teams working on PSD2 obligations.", "What PSD2 requires from API performance and quality monitoring", "Where institutions most commonly fall short of regulatory expectations", "How active monitoring provides the evidence PSD2 compliance demands", "Practical approaches to continuous PSD2 API quality assurance" ], "primaryEntities": [ "APIContext", "White paper", "PSD2, APIs and Performance, and Quality Monitoring", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the white paper", "href": "/resources/psd2-apis-and-performance-and-quality-monitoring-white-paper" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-psd2-apis-and-performance-and-quality-monitoring-white-paper.json", "markdown": "https://apicontext.com/resources/psd2-apis-and-performance-and-quality-monitoring-white-paper.md", "html": "https://apicontext.com/ai/page/resources-psd2-apis-and-performance-and-quality-monitoring-white-paper.html" } }, { "slug": "resources-ringcentral-enterprise-telecom-api-resilience-case-study", "url": "https://apicontext.com/resources/ringcentral-enterprise-telecom-api-resilience-case-study", "title": "RingCentral Case Study", "description": "Learn how RingCentral used APIContext to improve developer portal resilience, identify performance issues across global locations, and drive increased platform usage.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "RingCentral Developer Portal API Resilience", "href": "/resources/ringcentral-enterprise-telecom-api-resilience-case-study" } ], "summary": "RingCentral Developer Portal API Resilience. How a global enterprise telecom company raised the quality bar for its developer experience.. Learn how RingCentral used APIContext to improve developer portal resilience, identify performance issues across global locations, and drive increased platform usage.", "bodySections": [ { "eyebrow": "Case study", "title": "How a global enterprise telecom company raised the quality bar for its developer experience.", "body": "RingCentral wanted to give developers using their sandbox a high-quality, reliable experience from day one. That meant understanding how their APIs actually performed across the regions where developers were working. Using APIContext, RingCentral identified latency and availability issues across global locations that internal monitoring had not surfaced. Addressing those issues led to measurable improvements in platform resilience and a meaningful increase in developer platform usage.", "bullets": [ "How RingCentral identified hidden performance issues across global developer locations", "Why internal monitoring missed what external active monitoring caught", "The connection between API reliability and developer platform adoption", "How APIContext supports enterprise telecom API governance at scale" ] } ], "keyFacts": [ "RingCentral wanted to give developers using their sandbox a high-quality, reliable experience from day one. That meant understanding how their APIs actually performed across the regions where developers were working.", "Using APIContext, RingCentral identified latency and availability issues across global locations that internal monitoring had not surfaced. Addressing those issues led to measurable improvements in platform resilience and a meaningful increase in developer platform usage.", "How RingCentral identified hidden performance issues across global developer locations", "Why internal monitoring missed what external active monitoring caught", "The connection between API reliability and developer platform adoption", "How APIContext supports enterprise telecom API governance at scale" ], "primaryEntities": [ "APIContext", "Case study", "RingCentral Developer Portal API Resilience", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the case study", "href": "/resources/ringcentral-enterprise-telecom-api-resilience-case-study" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-ringcentral-enterprise-telecom-api-resilience-case-study.json", "markdown": "https://apicontext.com/resources/ringcentral-enterprise-telecom-api-resilience-case-study.md", "html": "https://apicontext.com/ai/page/resources-ringcentral-enterprise-telecom-api-resilience-case-study.html" } }, { "slug": "resources-security-in-the-api-ecosystem", "url": "https://apicontext.com/resources/security-in-the-api-ecosystem", "title": "Security in the API Ecosystem", "description": "API security goes beyond authentication. Watch this APIContext video on the security challenges teams face across the full API ecosystem.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Security in the API Ecosystem", "href": "/resources/security-in-the-api-ecosystem" } ], "summary": "Security in the API Ecosystem. API security is often discussed in terms of authentication and authorization. But in practice, the attack surface extends to undocumented endpoints, behavioural anomalies, and third-party integrations that were never designed with security in mind.", "bodySections": [ { "title": "Security in the API Ecosystem", "body": "API security is often discussed in terms of authentication and authorization. But in practice, the attack surface extends to undocumented endpoints, behavioural anomalies, and third-party integrations that were never designed with security in mind." }, { "title": "More about Security in the API Ecosystem", "body": "This video maps the security landscape teams need to understand when managing APIs in production, covering the gaps that static tools miss and how runtime monitoring contributes to a stronger overall posture." } ], "keyFacts": [ "API security is often discussed in terms of authentication and authorization. But in practice, the attack surface extends to undocumented endpoints, behavioural anomalies, and third-party integrations that were never designed with security in mind.", "This video maps the security landscape teams need to understand when managing APIs in production, covering the gaps that static tools miss and how runtime monitoring contributes to a stronger overall posture." ], "primaryEntities": [ "APIContext", "Video", "Security in the API Ecosystem", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-security-in-the-api-ecosystem.json", "markdown": "https://apicontext.com/resources/security-in-the-api-ecosystem.md", "html": "https://apicontext.com/ai/page/resources-security-in-the-api-ecosystem.html" } }, { "slug": "resources-tech-roundtable-performance-benchmarking-meets-developer-experience", "url": "https://apicontext.com/resources/tech-roundtable-performance-benchmarking-meets-developer-experience", "title": "Tech Roundtable: Performance Benchmarking Meets Developer Experience", "description": "A roundtable discussion on connecting API performance benchmarking with developer experience measurement. Watch the full discussion.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Tech Roundtable: Performance Benchmarking Meets Developer Experience", "href": "/resources/tech-roundtable-performance-benchmarking-meets-developer-experience" } ], "summary": "Tech Roundtable: Performance Benchmarking Meets Developer Experience. This roundtable brings together perspectives on API quality from performance benchmarking and developer experience disciplines — two areas that inform each other but are rarely discussed together in a structured way.", "bodySections": [ { "title": "Tech Roundtable: Performance Benchmarking Meets Developer Experience", "body": "This roundtable brings together perspectives on API quality from performance benchmarking and developer experience disciplines — two areas that inform each other but are rarely discussed together in a structured way." }, { "title": "More about Tech Roundtable: Performance Benchmarking Meets Developer Experience", "body": "The discussion covers where the two measurement approaches align, where they produce different signals, and how teams can build a more complete picture of API quality by combining performance data with developer experience indicators." } ], "keyFacts": [ "This roundtable brings together perspectives on API quality from performance benchmarking and developer experience disciplines — two areas that inform each other but are rarely discussed together in a structured way.", "The discussion covers where the two measurement approaches align, where they produce different signals, and how teams can build a more complete picture of API quality by combining performance data with developer experience indicators." ], "primaryEntities": [ "APIContext", "Video", "Tech Roundtable: Performance Benchmarking Meets Developer Experience", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-tech-roundtable-performance-benchmarking-meets-developer-experience.json", "markdown": "https://apicontext.com/resources/tech-roundtable-performance-benchmarking-meets-developer-experience.md", "html": "https://apicontext.com/ai/page/resources-tech-roundtable-performance-benchmarking-meets-developer-experience.html" } }, { "slug": "resources-the-art-of-rejection-mastering-failure-scenarios-for-api-security-validation-at-runtime", "url": "https://apicontext.com/resources/the-art-of-rejection-mastering-failure-scenarios-for-api-security-validation-at-runtime", "title": "The Art of Rejection: API Security Validation", "description": "Well-designed API rejection behaviour is a security signal. Watch this APIContext video on mastering failure scenarios for runtime API security validation.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "The Art of Rejection: Mastering Failure Scenarios for API Security Validation at Runtime", "href": "/resources/the-art-of-rejection-mastering-failure-scenarios-for-api-security-validation-at-runtime" } ], "summary": "The Art of Rejection: Mastering Failure Scenarios for API Security Validation at Runtime. How an API handles invalid requests tells you a great deal about its security posture. Verbose error messages, inconsistent rejection behaviour, and improper HTTP status code usage all create signals that attackers can exploit — and that monitoring can detect.", "bodySections": [ { "title": "The Art of Rejection: Mastering Failure Scenarios for API Security Validation at Runtime", "body": "How an API handles invalid requests tells you a great deal about its security posture. Verbose error messages, inconsistent rejection behaviour, and improper HTTP status code usage all create signals that attackers can exploit — and that monitoring can detect." }, { "title": "More about The Art of Rejection: Mastering Failure Scenarios for API Security Validation at Runtime", "body": "This video covers what well-designed API rejection looks like, why testing failure scenarios is essential for security validation at runtime, and how active monitoring of error behaviour contributes to a stronger overall API security posture." } ], "keyFacts": [ "How an API handles invalid requests tells you a great deal about its security posture. Verbose error messages, inconsistent rejection behaviour, and improper HTTP status code usage all create signals that attackers can exploit — and that monitoring can detect.", "This video covers what well-designed API rejection looks like, why testing failure scenarios is essential for security validation at runtime, and how active monitoring of error behaviour contributes to a stronger overall API security posture." ], "primaryEntities": [ "APIContext", "Video", "The Art of Rejection: Mastering Failure Scenarios for API Security Validation at Runtime", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-the-art-of-rejection-mastering-failure-scenarios-for-api-security-validation-at-runtime.json", "markdown": "https://apicontext.com/resources/the-art-of-rejection-mastering-failure-scenarios-for-api-security-validation-at-runtime.md", "html": "https://apicontext.com/ai/page/resources-the-art-of-rejection-mastering-failure-scenarios-for-api-security-validation-at-runtime.html" } }, { "slug": "resources-the-blind-men-and-the-elephant-the-prevalence-of-silos-in-api-architecture", "url": "https://apicontext.com/resources/the-blind-men-and-the-elephant-the-prevalence-of-silos-in-api-architecture", "title": "The Blind Men and the Elephant: API Silos", "description": "Siloed API ownership creates partial visibility that leads to systemic blind spots. Watch this APIContext video on the silo problem in API architecture.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "The blind men and the elephant: The prevalence of silos in API architecture", "href": "/resources/the-blind-men-and-the-elephant-the-prevalence-of-silos-in-api-architecture" } ], "summary": "The blind men and the elephant: The prevalence of silos in API architecture. When different teams own different parts of an API architecture without a shared view of the whole, the result is the blind men and the elephant problem: each team understands their piece well, and nobody sees the systemic issues.", "bodySections": [ { "title": "The blind men and the elephant: The prevalence of silos in API architecture", "body": "When different teams own different parts of an API architecture without a shared view of the whole, the result is the blind men and the elephant problem: each team understands their piece well, and nobody sees the systemic issues." }, { "title": "More about The blind men and the elephant: The prevalence of silos in API architecture", "body": "This video examines how silos develop in API architectures, the specific blind spots they create, and what cross-silo API monitoring can reveal about failures and dependencies that no single team would otherwise see." } ], "keyFacts": [ "When different teams own different parts of an API architecture without a shared view of the whole, the result is the blind men and the elephant problem: each team understands their piece well, and nobody sees the systemic issues.", "This video examines how silos develop in API architectures, the specific blind spots they create, and what cross-silo API monitoring can reveal about failures and dependencies that no single team would otherwise see." ], "primaryEntities": [ "APIContext", "Video", "The blind men and the elephant: The prevalence of silos in API architecture", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-the-blind-men-and-the-elephant-the-prevalence-of-silos-in-api-architecture.json", "markdown": "https://apicontext.com/resources/the-blind-men-and-the-elephant-the-prevalence-of-silos-in-api-architecture.md", "html": "https://apicontext.com/ai/page/resources-the-blind-men-and-the-elephant-the-prevalence-of-silos-in-api-architecture.html" } }, { "slug": "resources-the-cloud-for-apis-2022-in-review", "url": "https://apicontext.com/resources/the-cloud-for-apis-2022-in-review", "title": "The Cloud for APIs: 2022 in Review", "description": "Download APIContext's review of cloud API performance trends across 2022 — what changed, what improved, and where quality gaps persisted.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "The Cloud for APIs: 2022 in Review", "href": "/resources/the-cloud-for-apis-2022-in-review" } ], "summary": "The Cloud for APIs: 2022 in Review. A data-driven look at cloud API performance trends across 2022.. Download APIContext's review of cloud API performance trends across 2022 — what changed, what improved, and where quality gaps persisted.", "bodySections": [ { "eyebrow": "White paper", "title": "A data-driven look at cloud API performance trends across 2022.", "body": "APIContext continuously measures API performance across cloud providers, regions, and API types. This annual review synthesises a year of data into a clear picture of where cloud API quality improved, stagnated, or declined. The 2022 report covers performance trends across major cloud providers, the regions where quality varied most significantly, and the patterns that persisted despite infrastructure investment. Use it as a reference for cloud strategy, vendor negotiations, and reliability planning.", "bullets": [ "How cloud API performance evolved across 2022", "Which providers and regions showed the most improvement", "Where quality gaps persisted despite infrastructure investment", "What the 2022 data suggests for cloud API strategy in subsequent years" ] } ], "keyFacts": [ "APIContext continuously measures API performance across cloud providers, regions, and API types. This annual review synthesises a year of data into a clear picture of where cloud API quality improved, stagnated, or declined.", "The 2022 report covers performance trends across major cloud providers, the regions where quality varied most significantly, and the patterns that persisted despite infrastructure investment.", "Use it as a reference for cloud strategy, vendor negotiations, and reliability planning.", "How cloud API performance evolved across 2022", "Which providers and regions showed the most improvement", "Where quality gaps persisted despite infrastructure investment", "What the 2022 data suggests for cloud API strategy in subsequent years" ], "primaryEntities": [ "APIContext", "White paper", "The Cloud for APIs: 2022 in Review", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the report", "href": "/resources/the-cloud-for-apis-2022-in-review" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-the-cloud-for-apis-2022-in-review.json", "markdown": "https://apicontext.com/resources/the-cloud-for-apis-2022-in-review.md", "html": "https://apicontext.com/ai/page/resources-the-cloud-for-apis-2022-in-review.html" } }, { "slug": "resources-top-3-features-you-need-in-an-api-monitoring-service", "url": "https://apicontext.com/resources/top-3-features-you-need-in-an-api-monitoring-service", "title": "Top 3 Features in an API Monitoring Service", "description": "Not all API monitoring services are equal. Download this APIContext infographic on the three features that matter most when choosing one.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Top 3 Features You Need In An API Monitoring Service", "href": "/resources/top-3-features-you-need-in-an-api-monitoring-service" } ], "summary": "Top 3 Features You Need In An API Monitoring Service. Choosing an API monitoring service means evaluating a lot of options with overlapping feature sets. This infographic cuts through the noise to identify the three capabilities that have the most impact on API reliability and observability in practice.", "bodySections": [ { "title": "Top 3 Features You Need In An API Monitoring Service", "body": "Choosing an API monitoring service means evaluating a lot of options with overlapping feature sets. This infographic cuts through the noise to identify the three capabilities that have the most impact on API reliability and observability in practice." }, { "title": "More about Top 3 Features You Need In An API Monitoring Service", "body": "Download the PDF or view the infographic below." } ], "keyFacts": [ "Choosing an API monitoring service means evaluating a lot of options with overlapping feature sets. This infographic cuts through the noise to identify the three capabilities that have the most impact on API reliability and observability in practice.", "Download the PDF or view the infographic below." ], "primaryEntities": [ "APIContext", "Infographic", "Top 3 Features You Need In An API Monitoring Service", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/APIM%20Features%20Infographic.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-top-3-features-you-need-in-an-api-monitoring-service.json", "markdown": "https://apicontext.com/resources/top-3-features-you-need-in-an-api-monitoring-service.md", "html": "https://apicontext.com/ai/page/resources-top-3-features-you-need-in-an-api-monitoring-service.html" } }, { "slug": "resources-uk-open-banking-api-performance-2021-2022", "url": "https://apicontext.com/resources/uk-open-banking-api-performance-2021-2022", "title": "UK Open Banking API Performance 2021–2022", "description": "Download APIContext's analysis of UK Open Banking API performance across 2021 and 2022 — availability, latency, and quality trends across regulated institutions.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "UK Open Banking API Performance 2021–2022", "href": "/resources/uk-open-banking-api-performance-2021-2022" } ], "summary": "UK Open Banking API Performance 2021–2022. Independent measurement of regulated Open Banking APIs across UK institutions.. Download APIContext's analysis of UK Open Banking API performance across 2021 and 2022 — availability, latency, and quality trends across regulated institutions.", "bodySections": [ { "eyebrow": "White paper", "title": "Independent measurement of regulated Open Banking APIs across UK institutions.", "body": "UK Open Banking regulation requires financial institutions to provide third-party access to customer account data through standardised APIs. Whether those APIs actually meet quality expectations is a question that requires independent measurement to answer. This report covers API performance data across major UK Open Banking providers for 2021 and 2022 — availability rates, latency distributions, authentication reliability, and quality differences between legacy banks and cloud-native challengers. It is an independent, data-driven reference for TPPs, regulators, and institutions benchmarking their own performance.", "bullets": [ "Availability and latency data across UK Open Banking institutions", "Authentication reliability patterns in regulated API environments", "Performance differences between legacy banks and cloud-native challengers", "How UK Open Banking API quality trended across 2021 and 2022" ] } ], "keyFacts": [ "UK Open Banking regulation requires financial institutions to provide third-party access to customer account data through standardised APIs. Whether those APIs actually meet quality expectations is a question that requires independent measurement to answer.", "This report covers API performance data across major UK Open Banking providers for 2021 and 2022 — availability rates, latency distributions, authentication reliability, and quality differences between legacy banks and cloud-native challengers.", "It is an independent, data-driven reference for TPPs, regulators, and institutions benchmarking their own performance.", "Availability and latency data across UK Open Banking institutions", "Authentication reliability patterns in regulated API environments", "Performance differences between legacy banks and cloud-native challengers", "How UK Open Banking API quality trended across 2021 and 2022" ], "primaryEntities": [ "APIContext", "White paper", "UK Open Banking API Performance 2021–2022", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the report", "href": "/resources/uk-open-banking-api-performance-2021-2022" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-uk-open-banking-api-performance-2021-2022.json", "markdown": "https://apicontext.com/resources/uk-open-banking-api-performance-2021-2022.md", "html": "https://apicontext.com/ai/page/resources-uk-open-banking-api-performance-2021-2022.html" } }, { "slug": "resources-weve-invested-heavily-in-design-time-and-api-lifecycle-tool-chain-why-do-we-need-to-add-yet-another-platform", "url": "https://apicontext.com/resources/weve-invested-heavily-in-design-time-and-api-lifecycle-tool-chain-why-do-we-need-to-add-yet-another-platform", "title": "We've Invested Heavily in Design Time", "description": "Design-time and lifecycle tooling don't cover runtime. Watch this APIContext video on why another platform is worth the investment.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "We've invested heavily in design time and API lifecycle tool chain. Why do we need to add yet another platform?", "href": "/resources/weve-invested-heavily-in-design-time-and-api-lifecycle-tool-chain-why-do-we-need-to-add-yet-another-platform" } ], "summary": "We've invested heavily in design time and API lifecycle tool chain. Why do we need to add yet another platform?. It is a fair question. Teams that have already invested in API design tools, gateways, contract testing, and lifecycle management platforms reasonably wonder whether active runtime monitoring is redundant overhead or genuinely additive.", "bodySections": [ { "title": "We've invested heavily in design time and API lifecycle tool chain. Why do we need to add yet another platform?", "body": "It is a fair question. Teams that have already invested in API design tools, gateways, contract testing, and lifecycle management platforms reasonably wonder whether active runtime monitoring is redundant overhead or genuinely additive." }, { "title": "More about We've invested heavily in design time and API lifecycle tool chain. Why do we need to add yet another platform?", "body": "This video addresses the question directly: what design-time and lifecycle tools do well, what they cannot see by nature, and the specific cases where runtime monitoring produces information that no other layer in the API toolchain can provide." } ], "keyFacts": [ "It is a fair question. Teams that have already invested in API design tools, gateways, contract testing, and lifecycle management platforms reasonably wonder whether active runtime monitoring is redundant overhead or genuinely additive.", "This video addresses the question directly: what design-time and lifecycle tools do well, what they cannot see by nature, and the specific cases where runtime monitoring produces information that no other layer in the API toolchain can provide." ], "primaryEntities": [ "APIContext", "Video", "We've invested heavily in design time and API lifecycle tool chain. Why do we need to add yet another platform?", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-weve-invested-heavily-in-design-time-and-api-lifecycle-tool-chain-why-do-we-need-to-add-yet-another-platform.json", "markdown": "https://apicontext.com/resources/weve-invested-heavily-in-design-time-and-api-lifecycle-tool-chain-why-do-we-need-to-add-yet-another-platform.md", "html": "https://apicontext.com/ai/page/resources-weve-invested-heavily-in-design-time-and-api-lifecycle-tool-chain-why-do-we-need-to-add-yet-another-platform.html" } }, { "slug": "resources-what-are-the-characteristics-of-an-api-native-system", "url": "https://apicontext.com/resources/what-are-the-characteristics-of-an-api-native-system", "title": "Characteristics of an API Native System", "description": "API-native systems are designed differently from systems that added APIs later. Watch this APIContext video on what distinguishes them.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "What are the characteristics of an API native system", "href": "/resources/what-are-the-characteristics-of-an-api-native-system" } ], "summary": "What are the characteristics of an API native system. Not all APIs are created equal. Systems built API-native from the start have different characteristics than systems where APIs were added as an integration layer on top of existing architecture — and those differences show up clearly in production.", "bodySections": [ { "title": "What are the characteristics of an API native system", "body": "Not all APIs are created equal. Systems built API-native from the start have different characteristics than systems where APIs were added as an integration layer on top of existing architecture — and those differences show up clearly in production." }, { "title": "More about What are the characteristics of an API native system", "body": "This video explores what API-native design actually means in practice, how it affects the reliability, observability, and governance of APIs at scale, and what it tells teams about the long-term quality of their API estate." } ], "keyFacts": [ "Not all APIs are created equal. Systems built API-native from the start have different characteristics than systems where APIs were added as an integration layer on top of existing architecture — and those differences show up clearly in production.", "This video explores what API-native design actually means in practice, how it affects the reliability, observability, and governance of APIs at scale, and what it tells teams about the long-term quality of their API estate." ], "primaryEntities": [ "APIContext", "Video", "What are the characteristics of an API native system", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-what-are-the-characteristics-of-an-api-native-system.json", "markdown": "https://apicontext.com/resources/what-are-the-characteristics-of-an-api-native-system.md", "html": "https://apicontext.com/ai/page/resources-what-are-the-characteristics-of-an-api-native-system.html" } }, { "slug": "resources-what-do-apis-do-for-you", "url": "https://apicontext.com/resources/what-do-apis-do-for-you", "title": "What Do APIs Do For You", "description": "APIs enable the integrations, automations, and digital experiences that modern businesses depend on. Download this APIContext infographic for the big picture.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "What Do APIs Do For You?", "href": "/resources/what-do-apis-do-for-you" } ], "summary": "What Do APIs Do For You?. APIs are behind most of the digital interactions that businesses and consumers take for granted — from payments to notifications, data synchronisation to third-party integrations. This infographic explains what APIs actually do across a modern digital stack.", "bodySections": [ { "title": "What Do APIs Do For You?", "body": "APIs are behind most of the digital interactions that businesses and consumers take for granted — from payments to notifications, data synchronisation to third-party integrations. This infographic explains what APIs actually do across a modern digital stack." }, { "title": "More about What Do APIs Do For You?", "body": "Download the PDF or view the infographic below." } ], "keyFacts": [ "APIs are behind most of the digital interactions that businesses and consumers take for granted — from payments to notifications, data synchronisation to third-party integrations. This infographic explains what APIs actually do across a modern digital stack.", "Download the PDF or view the infographic below." ], "primaryEntities": [ "APIContext", "Infographic", "What Do APIs Do For You?", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/How%20API%20works.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-what-do-apis-do-for-you.json", "markdown": "https://apicontext.com/resources/what-do-apis-do-for-you.md", "html": "https://apicontext.com/ai/page/resources-what-do-apis-do-for-you.html" } }, { "slug": "resources-what-does-api-monitoring-have-to-do-with-governance-and-what-is-the-gap-with-traditional-apm-solutions-of-the-type-that-were-using-today", "url": "https://apicontext.com/resources/what-does-api-monitoring-have-to-do-with-governance-and-what-is-the-gap-with-traditional-apm-solutions-of-the-type-that-were-using-today", "title": "What Does API Monitoring Have to Do With Governance", "description": "Traditional APM tools were not built for API governance. Watch this APIContext video on the gap between APM and what API governance actually needs.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "What does API monitoring have to do with governance, and what is the gap with traditional APM solutions of the type that we're using today", "href": "/resources/what-does-api-monitoring-have-to-do-with-governance-and-what-is-the-gap-with-traditional-apm-solutions-of-the-type-that-were-using-today" } ], "summary": "What does API monitoring have to do with governance, and what is the gap with traditional APM solutions of the type that we're using today. Traditional application performance management tools measure application infrastructure — server response times, error rates, resource utilisation. API governance needs something different: contract conformance, consumer-perspective measurement, and evidence of SLA adherence.", "bodySections": [ { "title": "What does API monitoring have to do with governance, and what is the gap with traditional APM solutions of the type that we're using today", "body": "Traditional application performance management tools measure application infrastructure — server response times, error rates, resource utilisation. API governance needs something different: contract conformance, consumer-perspective measurement, and evidence of SLA adherence." }, { "title": "More about What does API monitoring have to do with governance, and what is the gap with traditional APM solutions of the type that we're using today", "body": "This video explains why APM tools leave a governance-shaped gap, and how purpose-built API monitoring fills it — covering the specific capabilities that matter most for teams trying to govern APIs at scale." } ], "keyFacts": [ "Traditional application performance management tools measure application infrastructure — server response times, error rates, resource utilisation. API governance needs something different: contract conformance, consumer-perspective measurement, and evidence of SLA adherence.", "This video explains why APM tools leave a governance-shaped gap, and how purpose-built API monitoring fills it — covering the specific capabilities that matter most for teams trying to govern APIs at scale." ], "primaryEntities": [ "APIContext", "Video", "What does API monitoring have to do with governance, and what is the gap with traditional APM solutions of the type that we're using today", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-what-does-api-monitoring-have-to-do-with-governance-and-what-is-the-gap-with-traditional-apm-solutions-of-the-type-that-were-using-today.json", "markdown": "https://apicontext.com/resources/what-does-api-monitoring-have-to-do-with-governance-and-what-is-the-gap-with-traditional-apm-solutions-of-the-type-that-were-using-today.md", "html": "https://apicontext.com/ai/page/resources-what-does-api-monitoring-have-to-do-with-governance-and-what-is-the-gap-with-traditional-apm-solutions-of-the-type-that-were-using-today.html" } }, { "slug": "resources-what-is-the-gap-that-apicontext-fills-alongside-an-api-security-solution", "url": "https://apicontext.com/resources/what-is-the-gap-that-apicontext-fills-alongside-an-api-security-solution", "title": "Gap APIContext Fills Alongside API Security", "description": "API security and API monitoring are complementary, not duplicates. Watch this video to understand the distinct value APIContext adds alongside security tooling.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "What is the gap that APIContext fills alongside an API security solution", "href": "/resources/what-is-the-gap-that-apicontext-fills-alongside-an-api-security-solution" } ], "summary": "What is the gap that APIContext fills alongside an API security solution. API security tools are designed to detect and block threats. They are not designed to measure whether APIs are available, performant, and behaving as specified from the consumer's perspective. Those are different questions.", "bodySections": [ { "title": "What is the gap that APIContext fills alongside an API security solution", "body": "API security tools are designed to detect and block threats. They are not designed to measure whether APIs are available, performant, and behaving as specified from the consumer's perspective. Those are different questions." }, { "title": "More about What is the gap that APIContext fills alongside an API security solution", "body": "This video clarifies the distinct role that active API monitoring plays alongside security tooling — covering the performance, availability, and conformance dimensions that security-focused products were not built to address." } ], "keyFacts": [ "API security tools are designed to detect and block threats. They are not designed to measure whether APIs are available, performant, and behaving as specified from the consumer's perspective. Those are different questions.", "This video clarifies the distinct role that active API monitoring plays alongside security tooling — covering the performance, availability, and conformance dimensions that security-focused products were not built to address." ], "primaryEntities": [ "APIContext", "Video", "What is the gap that APIContext fills alongside an API security solution", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-what-is-the-gap-that-apicontext-fills-alongside-an-api-security-solution.json", "markdown": "https://apicontext.com/resources/what-is-the-gap-that-apicontext-fills-alongside-an-api-security-solution.md", "html": "https://apicontext.com/ai/page/resources-what-is-the-gap-that-apicontext-fills-alongside-an-api-security-solution.html" } }, { "slug": "resources-what-is-the-right-api-for-you", "url": "https://apicontext.com/resources/what-is-the-right-api-for-you", "title": "What Is The Right API For You", "description": "REST, GraphQL, gRPC, webhooks — different API styles suit different use cases. Download this APIContext infographic to find the right fit.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "What Is The Right API For You", "href": "/resources/what-is-the-right-api-for-you" } ], "summary": "What Is The Right API For You. REST, GraphQL, gRPC, event-driven, and webhook-based APIs each have different strengths. Choosing the right style for a given use case is one of the most consequential early decisions in API design.", "bodySections": [ { "title": "What Is The Right API For You", "body": "REST, GraphQL, gRPC, event-driven, and webhook-based APIs each have different strengths. Choosing the right style for a given use case is one of the most consequential early decisions in API design." }, { "title": "More about What Is The Right API For You", "body": "This infographic maps the key API styles to their ideal use cases, helping teams make informed choices about API architecture before they build." } ], "keyFacts": [ "REST, GraphQL, gRPC, event-driven, and webhook-based APIs each have different strengths. Choosing the right style for a given use case is one of the most consequential early decisions in API design.", "This infographic maps the key API styles to their ideal use cases, helping teams make informed choices about API architecture before they build." ], "primaryEntities": [ "APIContext", "Infographic", "What Is The Right API For You", "API monitoring", "API best practices" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Download PDF", "href": "https://3449466.fs1.hubspotusercontent-na1.net/hubfs/3449466/5-%20Reports%20and%20Infographics/What%20is%20the%20right%20API%20for%20you.pdf" }, { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-what-is-the-right-api-for-you.json", "markdown": "https://apicontext.com/resources/what-is-the-right-api-for-you.md", "html": "https://apicontext.com/ai/page/resources-what-is-the-right-api-for-you.html" } }, { "slug": "resources-what-security-leaders-expect-from-apicontext", "url": "https://apicontext.com/resources/what-security-leaders-expect-from-apicontext", "title": "What Security Leaders Expect From APIContext", "description": "Security leaders need specific capabilities from API monitoring. Download this infographic on what CISOs and security teams expect from APIContext.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "What Security Leaders Expect From APIContext", "href": "/resources/what-security-leaders-expect-from-apicontext" } ], "summary": "What Security Leaders Expect From APIContext. The API monitoring capabilities that matter most to security-focused teams.. Security leaders need specific capabilities from API monitoring. Download this infographic on what CISOs and security teams expect from APIContext.", "bodySections": [ { "eyebrow": "Infographic", "title": "The API monitoring capabilities that matter most to security-focused teams.", "body": "CISOs and security leaders approach API monitoring with a distinct set of requirements — visibility into undocumented endpoints, anomaly detection, evidence for compliance, and integration with security tooling. This infographic outlines the capabilities security leaders look for in an API monitoring platform, and how APIContext addresses the security-specific dimensions of API quality and governance. Complete the form to download the full infographic.", "bullets": [ "The API visibility gaps that security teams most commonly face", "How active monitoring contributes to API security posture", "What compliance-driven security teams need from API monitoring evidence", "How APIContext integrates with existing security and governance workflows" ] } ], "keyFacts": [ "CISOs and security leaders approach API monitoring with a distinct set of requirements — visibility into undocumented endpoints, anomaly detection, evidence for compliance, and integration with security tooling.", "This infographic outlines the capabilities security leaders look for in an API monitoring platform, and how APIContext addresses the security-specific dimensions of API quality and governance.", "Complete the form to download the full infographic.", "The API visibility gaps that security teams most commonly face", "How active monitoring contributes to API security posture", "What compliance-driven security teams need from API monitoring evidence", "How APIContext integrates with existing security and governance workflows" ], "primaryEntities": [ "APIContext", "Infographic", "What Security Leaders Expect From APIContext", "API monitoring", "API resilience" ], "audience": [ "technology leaders", "API teams", "platform teams", "SRE teams" ], "ctas": [ { "label": "Download the infographic", "href": "/resources/what-security-leaders-expect-from-apicontext" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-what-security-leaders-expect-from-apicontext.json", "markdown": "https://apicontext.com/resources/what-security-leaders-expect-from-apicontext.md", "html": "https://apicontext.com/ai/page/resources-what-security-leaders-expect-from-apicontext.html" } }, { "slug": "resources-you-cant-secure-that-which-you-dont-understand", "url": "https://apicontext.com/resources/you-cant-secure-that-which-you-dont-understand", "title": "You Can't Secure What You Don't Understand", "description": "API security starts with visibility. Watch this APIContext video on why understanding your API estate is the first step to securing it.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "You can't secure that which you don't understand", "href": "/resources/you-cant-secure-that-which-you-dont-understand" } ], "summary": "You can't secure that which you don't understand. Security teams cannot protect APIs they do not know exist. Shadow APIs, zombie endpoints, and undocumented integrations represent an attack surface that standard security tooling will not cover because it was never mapped.", "bodySections": [ { "title": "You can't secure that which you don't understand", "body": "Security teams cannot protect APIs they do not know exist. Shadow APIs, zombie endpoints, and undocumented integrations represent an attack surface that standard security tooling will not cover because it was never mapped." }, { "title": "More about You can't secure that which you don't understand", "body": "This video argues that API discovery and continuous inventory are security prerequisites, not nice-to-haves — and explores how active monitoring contributes to the visibility that effective API security depends on." } ], "keyFacts": [ "Security teams cannot protect APIs they do not know exist. Shadow APIs, zombie endpoints, and undocumented integrations represent an attack surface that standard security tooling will not cover because it was never mapped.", "This video argues that API discovery and continuous inventory are security prerequisites, not nice-to-haves — and explores how active monitoring contributes to the visibility that effective API security depends on." ], "primaryEntities": [ "APIContext", "Video", "You can't secure that which you don't understand", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-you-cant-secure-that-which-you-dont-understand.json", "markdown": "https://apicontext.com/resources/you-cant-secure-that-which-you-dont-understand.md", "html": "https://apicontext.com/ai/page/resources-you-cant-secure-that-which-you-dont-understand.html" } }, { "slug": "resources-you-really-dont-know-clouds-at-all", "url": "https://apicontext.com/resources/you-really-dont-know-clouds-at-all", "title": "You Really Don't Know Clouds at All", "description": "Cloud provider APIs behave differently by region, time, and load — in ways your internal monitoring won't show you. Watch this APIContext video.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "You Really Don't Know Clouds at All", "href": "/resources/you-really-dont-know-clouds-at-all" } ], "summary": "You Really Don't Know Clouds at All. Cloud platforms promise consistent, global infrastructure. What teams actually get is more nuanced — API latency, availability, and behaviour vary significantly by region, provider, and time of day in ways that internal dashboards rarely surface.", "bodySections": [ { "title": "You Really Don't Know Clouds at All", "body": "Cloud platforms promise consistent, global infrastructure. What teams actually get is more nuanced — API latency, availability, and behaviour vary significantly by region, provider, and time of day in ways that internal dashboards rarely surface." }, { "title": "More about You Really Don't Know Clouds at All", "body": "This video looks at what independent external measurement reveals about cloud API quality, and why the gap between assumed and actual cloud performance matters for teams building on third-party infrastructure." } ], "keyFacts": [ "Cloud platforms promise consistent, global infrastructure. What teams actually get is more nuanced — API latency, availability, and behaviour vary significantly by region, provider, and time of day in ways that internal dashboards rarely surface.", "This video looks at what independent external measurement reveals about cloud API quality, and why the gap between assumed and actual cloud performance matters for teams building on third-party infrastructure." ], "primaryEntities": [ "APIContext", "Video", "You Really Don't Know Clouds at All", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-you-really-dont-know-clouds-at-all.json", "markdown": "https://apicontext.com/resources/you-really-dont-know-clouds-at-all.md", "html": "https://apicontext.com/ai/page/resources-you-really-dont-know-clouds-at-all.html" } }, { "slug": "resources-zombie-apis-data-at-risk-for-no-incremental-business-value", "url": "https://apicontext.com/resources/zombie-apis-data-at-risk-for-no-incremental-business-value", "title": "Zombie APIs Video", "description": "Zombie APIs silently expose sensitive data and consume resources with no business value. Watch this APIContext video to learn how to identify and eliminate them.", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "resources", "href": "/resources" }, { "name": "Zombie APIs: Data at risk for no incremental business value", "href": "/resources/zombie-apis-data-at-risk-for-no-incremental-business-value" } ], "summary": "Zombie APIs: Data at risk for no incremental business value. Zombie APIs are forgotten, deprecated, or shadow endpoints that remain active long after their intended purpose has passed. They carry real data exposure risk while delivering no measurable business value.", "bodySections": [ { "title": "Zombie APIs: Data at risk for no incremental business value", "body": "Zombie APIs are forgotten, deprecated, or shadow endpoints that remain active long after their intended purpose has passed. They carry real data exposure risk while delivering no measurable business value." }, { "title": "More about Zombie APIs: Data at risk for no incremental business value", "body": "This video explores how zombie APIs accumulate in production environments, why they are hard to find, and what teams can do to discover, assess, and safely retire them." } ], "keyFacts": [ "Zombie APIs are forgotten, deprecated, or shadow endpoints that remain active long after their intended purpose has passed. They carry real data exposure risk while delivering no measurable business value.", "This video explores how zombie APIs accumulate in production environments, why they are hard to find, and what teams can do to discover, assess, and safely retire them." ], "primaryEntities": [ "APIContext", "Video", "Zombie APIs: Data at risk for no incremental business value", "API monitoring", "API reliability" ], "audience": [ "API teams", "technology leaders", "SRE teams" ], "ctas": [ { "label": "Request a demo", "href": "/contact" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/resources-zombie-apis-data-at-risk-for-no-incremental-business-value.json", "markdown": "https://apicontext.com/resources/zombie-apis-data-at-risk-for-no-incremental-business-value.md", "html": "https://apicontext.com/ai/page/resources-zombie-apis-data-at-risk-for-no-incremental-business-value.html" } }, { "slug": "solutions-fintech-open-banking", "url": "https://apicontext.com/solutions/fintech-open-banking", "title": "Fintech & Open Banking", "description": "Open Banking API monitoring is about reliability, compliance, security, and quality, not just uptime. APIContext gives financial teams production evidence from the locations partners and customers use.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Open Banking APIs are built on trust. Can you trust yours?", "href": "/solutions/fintech-open-banking" } ], "summary": "Open Banking APIs are built on trust. Can you trust yours? Open Banking API monitoring is about reliability, compliance, security, and quality, not just uptime. APIContext gives financial teams production evidence from the locations partners and customers use.", "stats": [ { "value": "FAPI", "label": "security-ready monitoring" }, { "value": "FDX", "label": "open banking alignment" }, { "value": "24/7", "label": "production validation" }, { "value": "HSM", "label": "secure certificate handling" } ], "bodySections": [ { "eyebrow": "Test", "title": "See your APIs the way TPPs and regulators see them.", "body": "Internal APM tells you your servers are healthy. It cannot tell you that an Australian fintech cannot reach your CDR endpoint at 09:14 UTC, or that a German TPP is being throttled at the edge. APIContext runs from the same global cloud regions your stakeholders use, so you find problems before they file complaints.", "bullets": [ "125+ POPs across AWS, GCP, Azure, and Akamai", "Same-cloud testing, peer-region or cross-region", "Optional private agents inside your firewall", "Real OAuth 2.0 and FAPI auth with real user accounts" ] }, { "eyebrow": "Perform", "title": "Find problems hours before your APM does.", "body": "Internal monitoring sees the inside of your stack. APIContext sees what your customers see across the public internet, through the edge, with real auth, against the live contract.", "bullets": [ "Synthetic and contract checks every interval", "Per-endpoint baselining and anomaly detection", "OTEL signals fed into Splunk, Datadog, and Dynatrace", "Incident-grade alerts with diff and trace attached" ] }, { "eyebrow": "Conform", "title": "Validate every layer of Open Banking security on every call.", "body": "FAPI is more than mTLS. It is PKCE, signed request objects, JARM, DPoP, audience-restricted tokens, certificate-bound access, and a dozen header rules. APIContext checks them against real flows on every monitored endpoint.", "bullets": [ "FAPI 1.0 Baseline, 1.0 Advanced, and 2.0", "OAuth 2.0, OIDC, mTLS, DPoP, PKCE, PAR, and JARM", "Certificate management with FIPS 140-2 HSM storage", "Client-credential and user-authenticated flows out of the box" ] } ], "keyFacts": [ "Open Banking", "FAPI and OAuth", "Regulator reporting", "External validation", "Secure workflows", "FAPI security-ready monitoring", "FDX open banking alignment", "24/7 production validation", "HSM secure certificate handling", "See your APIs the way TPPs and regulators see them.: Internal APM tells you your servers are healthy. It cannot tell you that an Australian fintech cannot reach your CDR endpoint at 09:14 UTC, or that a German TPP is being throttled at the edge. APIContext runs from the same global cloud regions your stakeholders use, so you find problems before they file complaints.", "Find problems hours before your APM does.: Internal monitoring sees the inside of your stack. APIContext sees what your customers see across the public internet, through the edge, with real auth, against the live contract.", "Validate every layer of Open Banking security on every call.: FAPI is more than mTLS. It is PKCE, signed request objects, JARM, DPoP, audience-restricted tokens, certificate-bound access, and a dozen header rules. APIContext checks them against real flows on every monitored endpoint.", "You helped us increase visibility of our APIs performance and significantly improved awareness." ], "primaryEntities": [ "APIContext", "Solutions", "API monitoring", "Open Banking", "FAPI and OAuth", "Regulator reporting", "External validation", "Secure workflows" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Discover real Open Banking API monitoring.", "href": "/contact" } ], "testimonial": { "quote": "You helped us increase visibility of our APIs performance and significantly improved awareness.", "author": "Val Novikov", "role": "CTO, Fispan" }, "faqs": [ { "question": "What makes open banking API monitoring different from general API monitoring?", "answer": "Open banking APIs operate under regulatory frameworks — UK Open Banking, CFPB 1033, CDR, PSD2 — that require demonstrable availability, performance, and security compliance. Monitoring them requires executing complete FAPI-compliant authentication flows (mTLS, DPoP, PAR, PKCE) with real credentials, not just checking that an endpoint returns 200. Conformance against the published OpenAPI specification is often a regulatory requirement, and audit trails of monitoring results may be needed to demonstrate compliance." }, { "question": "How does APIContext verify FAPI 2.0 security requirements?", "answer": "APIContext executes complete FAPI 2.0 authentication flows — including Pushed Authorization Requests, DPoP sender-constrained tokens, mTLS client certificate binding, and JARM response validation — on every monitored check. It verifies that each required security mechanism is present and correctly implemented, not just that the endpoint responds." }, { "question": "Can APIContext monitor open banking APIs from the regions where my customers are?", "answer": "Yes. APIContext's 125+ global PoPs include cloud regions used by major open banking markets — UK, EU, Australia, and the US. Checks verify that CDR endpoints are reachable from Australian networks, UK open banking APIs are performant from European TPP locations, and US CFPB 1033 data-sharing endpoints meet their regulatory performance targets." }, { "question": "Does APIContext provide audit trails suitable for regulatory reporting?", "answer": "APIContext maintains a complete history of every monitoring check — timestamp, location, response code, latency, conformance result, and OTEL trace — accessible via export or API. This data can produce availability reports for regulatory submissions, customer SLA reporting, or internal audit purposes." } ], "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-fintech-open-banking.json", "markdown": "https://apicontext.com/solutions/fintech-open-banking.md", "html": "https://apicontext.com/ai/page/solutions-fintech-open-banking.html" } }, { "slug": "solutions-industry-banking", "url": "https://apicontext.com/solutions/industry-banking", "title": "Banking and Financial Services", "description": "Open Banking API monitoring is about reliability, compliance, security, and quality, not just uptime. APIContext gives financial teams production evidence from the locations partners and customers use.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Open Banking APIs are built on trust. Can you trust yours?", "href": "/solutions/industry-banking" } ], "summary": "Open Banking APIs are built on trust. Can you trust yours? Open Banking API monitoring is about reliability, compliance, security, and quality, not just uptime. APIContext gives financial teams production evidence from the locations partners and customers use.", "stats": [ { "value": "FAPI", "label": "security-ready monitoring" }, { "value": "FDX", "label": "open banking alignment" }, { "value": "24/7", "label": "production validation" }, { "value": "HSM", "label": "secure certificate handling" } ], "bodySections": [ { "eyebrow": "Test", "title": "See your APIs the way TPPs and regulators see them.", "body": "Internal APM tells you your servers are healthy. It cannot tell you that an Australian fintech cannot reach your CDR endpoint at 09:14 UTC, or that a German TPP is being throttled at the edge. APIContext runs from the same global cloud regions your stakeholders use, so you find problems before they file complaints.", "bullets": [ "125+ POPs across AWS, GCP, Azure, and Akamai", "Same-cloud testing, peer-region or cross-region", "Optional private agents inside your firewall", "Real OAuth 2.0 and FAPI auth with real user accounts" ] }, { "eyebrow": "Perform", "title": "Find problems hours before your APM does.", "body": "Internal monitoring sees the inside of your stack. APIContext sees what your customers see across the public internet, through the edge, with real auth, against the live contract.", "bullets": [ "Synthetic and contract checks every interval", "Per-endpoint baselining and anomaly detection", "OTEL signals fed into Splunk, Datadog, and Dynatrace", "Incident-grade alerts with diff and trace attached" ] }, { "eyebrow": "Conform", "title": "Validate every layer of Open Banking security on every call.", "body": "FAPI is more than mTLS. It is PKCE, signed request objects, JARM, DPoP, audience-restricted tokens, certificate-bound access, and a dozen header rules. APIContext checks them against real flows on every monitored endpoint.", "bullets": [ "FAPI 1.0 Baseline, 1.0 Advanced, and 2.0", "OAuth 2.0, OIDC, mTLS, DPoP, PKCE, PAR, and JARM", "Certificate management with FIPS 140-2 HSM storage", "Client-credential and user-authenticated flows out of the box" ] } ], "keyFacts": [ "Open Banking", "FAPI and OAuth", "Regulator reporting", "External validation", "Secure workflows", "FAPI security-ready monitoring", "FDX open banking alignment", "24/7 production validation", "HSM secure certificate handling", "See your APIs the way TPPs and regulators see them.: Internal APM tells you your servers are healthy. It cannot tell you that an Australian fintech cannot reach your CDR endpoint at 09:14 UTC, or that a German TPP is being throttled at the edge. APIContext runs from the same global cloud regions your stakeholders use, so you find problems before they file complaints.", "Find problems hours before your APM does.: Internal monitoring sees the inside of your stack. APIContext sees what your customers see across the public internet, through the edge, with real auth, against the live contract.", "Validate every layer of Open Banking security on every call.: FAPI is more than mTLS. It is PKCE, signed request objects, JARM, DPoP, audience-restricted tokens, certificate-bound access, and a dozen header rules. APIContext checks them against real flows on every monitored endpoint.", "You helped us increase visibility of our APIs performance and significantly improved awareness." ], "primaryEntities": [ "APIContext", "Solutions", "API monitoring", "Open Banking", "FAPI and OAuth", "Regulator reporting", "External validation", "Secure workflows" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Discover real Open Banking API monitoring.", "href": "/contact" } ], "testimonial": { "quote": "You helped us increase visibility of our APIs performance and significantly improved awareness.", "author": "Val Novikov", "role": "CTO, Fispan" }, "faqs": [ { "question": "What makes open banking API monitoring different from general API monitoring?", "answer": "Open banking APIs operate under regulatory frameworks — UK Open Banking, CFPB 1033, CDR, PSD2 — that require demonstrable availability, performance, and security compliance. Monitoring them requires executing complete FAPI-compliant authentication flows (mTLS, DPoP, PAR, PKCE) with real credentials, not just checking that an endpoint returns 200. Conformance against the published OpenAPI specification is often a regulatory requirement, and audit trails of monitoring results may be needed to demonstrate compliance." }, { "question": "How does APIContext verify FAPI 2.0 security requirements?", "answer": "APIContext executes complete FAPI 2.0 authentication flows — including Pushed Authorization Requests, DPoP sender-constrained tokens, mTLS client certificate binding, and JARM response validation — on every monitored check. It verifies that each required security mechanism is present and correctly implemented, not just that the endpoint responds." }, { "question": "Can APIContext monitor open banking APIs from the regions where my customers are?", "answer": "Yes. APIContext's 125+ global PoPs include cloud regions used by major open banking markets — UK, EU, Australia, and the US. Checks verify that CDR endpoints are reachable from Australian networks, UK open banking APIs are performant from European TPP locations, and US CFPB 1033 data-sharing endpoints meet their regulatory performance targets." }, { "question": "Does APIContext provide audit trails suitable for regulatory reporting?", "answer": "APIContext maintains a complete history of every monitoring check — timestamp, location, response code, latency, conformance result, and OTEL trace — accessible via export or API. This data can produce availability reports for regulatory submissions, customer SLA reporting, or internal audit purposes." } ], "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-industry-banking.json", "markdown": "https://apicontext.com/solutions/industry-banking.md", "html": "https://apicontext.com/ai/page/solutions-industry-banking.html" } }, { "slug": "solutions-industry-government", "url": "https://apicontext.com/solutions/industry-government", "title": "Government Industry", "description": "Modern government runs on APIs — for benefits, taxes, permits, identity, and open data. APIContext gives federal, state, and local teams an independent, outside-in view of every public-facing service from the networks citizens actually use, with evidence ready for FedRAMP, FISMA, and OMB customer-experience reporting.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Citizens depend on your APIs. So do other agencies.", "href": "/solutions/industry-government" } ], "summary": "Citizens depend on your APIs. So do other agencies. Modern government runs on APIs — for benefits, taxes, permits, identity, and open data. APIContext gives federal, state, and local teams an independent, outside-in view of every public-facing service from the networks citizens actually use, with evidence ready for FedRAMP, FISMA, and OMB customer-experience reporting.", "stats": [ { "value": "11M+", "label": "residents served by monitored services" }, { "value": "73%", "label": "fewer citizen-impacting incidents" }, { "value": "0", "label": "scripts to write or maintain" }, { "value": "ATO", "label": "evidence generated continuously" } ], "bodySections": [ { "eyebrow": "Dedicated", "title": "Test the service the way a resident actually uses it.", "body": "Pings tell you a server is alive. They don't tell you that someone trying to apply for benefits gets stuck on step three at 11pm on a Sunday. APIContext runs full multi-step journeys — through identity, eligibility, intake, and notification — on schedule, from the networks your residents use.", "bullets": [ "Multi-step journeys with payload assertions", "Login.gov, OIDC, PKCE, mTLS — handled, no scripts", "Mobile carrier and rural-broadband probes" ] }, { "eyebrow": "Understanding", "title": "What citizens see — not what your enclave dashboard says.", "body": "Inside the agency boundary, your APM goes green. Meanwhile, IPv6 paths are broken, mobile carriers are routing slowly, and Login.gov redirects are stalling. APIContext probes from outside the perimeter so you find what internal tools physically cannot see.", "bullets": [ "Probes across every major commercial and gov cloud", "DNS, TLS, IPv4/IPv6, certificate, CDN-edge health", "Side-by-side: inside agent vs. outside-in reality" ] }, { "eyebrow": "Proactive", "title": "ATO evidence that writes itself.", "body": "Your auditor doesn't want a dashboard screenshot — they want continuous evidence, per service, mapped to the controls. APIContext generates run-by-run logs that line up with FedRAMP continuous monitoring, FISMA reporting, and NIST 800-53 / 800-218 expectations, with an immutable trail your ATO package can cite.", "bullets": [ "FedRAMP Moderate · High aligned", "FISMA continuous monitoring evidence", "NIST 800-53 · 800-218 control mapping" ] } ], "keyFacts": [ "FedRAMP · StateRAMP", "FISMA Mod · High", "NIST 800-53 · 800-218", "OMB M-22-22", "21st Century IDEA", "11M+ residents served by monitored services", "73% fewer citizen-impacting incidents", "0 scripts to write or maintain", "ATO evidence generated continuously", "Test the service the way a resident actually uses it.: Pings tell you a server is alive. They don't tell you that someone trying to apply for benefits gets stuck on step three at 11pm on a Sunday. APIContext runs full multi-step journeys — through identity, eligibility, intake, and notification — on schedule, from the networks your residents use.", "What citizens see — not what your enclave dashboard says.: Inside the agency boundary, your APM goes green. Meanwhile, IPv6 paths are broken, mobile carriers are routing slowly, and Login.gov redirects are stalling. APIContext probes from outside the perimeter so you find what internal tools physically cannot see.", "ATO evidence that writes itself.: Your auditor doesn't want a dashboard screenshot — they want continuous evidence, per service, mapped to the controls. APIContext generates run-by-run logs that line up with FedRAMP continuous monitoring, FISMA reporting, and NIST 800-53 / 800-218 expectations, with an immutable trail your ATO package can cite.", "APIContext has been a very successful tool. The alerting and performance monitoring capabilities have given very useful information to operational teams." ], "primaryEntities": [ "APIContext", "Industry · Government", "API monitoring", "FedRAMP · StateRAMP", "FISMA Mod · High", "NIST 800-53 · 800-218", "OMB M-22-22", "21st Century IDEA" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "API monitoring you can show to an auditor — and a citizen.", "href": "/contact" } ], "testimonial": { "quote": "APIContext has been a very successful tool. The alerting and performance monitoring capabilities have given very useful information to operational teams.", "author": "Simon Fergusson", "role": "Ministry of Business, Innovation and Employment, New Zealand" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-industry-government.json", "markdown": "https://apicontext.com/solutions/industry-government.md", "html": "https://apicontext.com/ai/page/solutions-industry-government.html" } }, { "slug": "solutions-industry-it", "url": "https://apicontext.com/solutions/industry-it", "title": "IT Industry", "description": "Secure, low-code, functional API monitoring gives IT teams an external view of end-to-end services, customer experience, vendor dependencies, and SLA performance.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Move your API operations outside your platform.", "href": "/solutions/industry-it" } ], "summary": "Move your API operations outside your platform. Secure, low-code, functional API monitoring gives IT teams an external view of end-to-end services, customer experience, vendor dependencies, and SLA performance.", "stats": [ { "value": "125+", "label": "global monitoring locations" }, { "value": "6", "label": "continents of coverage" }, { "value": "CASC", "label": "service comparison" }, { "value": "OTEL", "label": "observability-ready signal" } ], "bodySections": [ { "eyebrow": "Connectivity", "title": "Monitor the delivery chain from where users are.", "body": "Enterprise connectivity helped create API-first operations. APIContext monitors the whole chain with real-time feedback from outside your stack.", "bullets": [ "External customer-perspective monitoring", "Internal and partner API workflows", "Real-time feedback on operational quality" ] }, { "eyebrow": "Intelligence", "title": "Create SLA measurements everyone can agree on.", "body": "Generate actionable intelligence for vendor discussions, third-party dependencies, and API consumers with data that is independent of the delivery team.", "bullets": [ "Mutual SLA and SLO evidence", "Benchmarking for externally consumed APIs", "Reports for business and technical stakeholders" ] }, { "eyebrow": "Resolution", "title": "Resolve perceived problems with hard proof.", "body": "Find root causes quickly, provide third-party assurance, and show the bigger picture when internal tools miss API-specific behavior.", "bullets": [ "External end-to-end monitoring from the regions and cloud data centers stakeholders use", "Accurate 24/7 data based on production scenarios customers depend on", "SLO, SLA, security, and quality reporting that different teams can trust", "Integrations with observability, incident, reporting, and DevOps workflows" ] } ], "keyFacts": [ "Enterprise APIs", "Low-code monitoring", "Vendor evidence", "SLA assurance", "External view", "125+ global monitoring locations", "6 continents of coverage", "CASC service comparison", "OTEL observability-ready signal", "Monitor the delivery chain from where users are.: Enterprise connectivity helped create API-first operations. APIContext monitors the whole chain with real-time feedback from outside your stack.", "Create SLA measurements everyone can agree on.: Generate actionable intelligence for vendor discussions, third-party dependencies, and API consumers with data that is independent of the delivery team.", "Resolve perceived problems with hard proof.: Find root causes quickly, provide third-party assurance, and show the bigger picture when internal tools miss API-specific behavior.", "With APIContext, we were able to monitor API metrics, collect them in one place, and gain insight about our performance." ], "primaryEntities": [ "APIContext", "Solutions", "API monitoring", "Enterprise APIs", "Low-code monitoring", "Vendor evidence", "SLA assurance", "External view" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Give IT operations an outside-in API view.", "href": "/contact" } ], "testimonial": { "quote": "With APIContext, we were able to monitor API metrics, collect them in one place, and gain insight about our performance.", "author": "David Ting", "role": "VP Engineering, Nylas" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-industry-it.json", "markdown": "https://apicontext.com/solutions/industry-it.md", "html": "https://apicontext.com/ai/page/solutions-industry-it.html" } }, { "slug": "solutions-industry-telecom", "url": "https://apicontext.com/solutions/industry-telecom", "title": "Telecom Industry", "description": "Telecom APIs power partners, customer engagement, account setup, number portability, and monetized services. APIContext verifies service quality from the networks and clouds those partners actually use.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "API services drive telecom operations. See issues first.", "href": "/solutions/industry-telecom" } ], "summary": "API services drive telecom operations. See issues first. Telecom APIs power partners, customer engagement, account setup, number portability, and monetized services. APIContext verifies service quality from the networks and clouds those partners actually use.", "stats": [ { "value": "125+", "label": "global monitoring locations" }, { "value": "24/7", "label": "critical workflow monitoring" }, { "value": "MTLS", "label": "partner auth monitoring" }, { "value": "SLA", "label": "compliance reporting" } ], "bodySections": [ { "eyebrow": "Partner SLO management", "title": "Hold every partner to the contract you signed with them.", "body": "Whether you're integrating with messaging gateways, carrier ID services, or number portability providers, APIContext continuously measures their actual performance against the SLOs in their contract and shows you who's keeping their end of the deal.", "bullets": [ "Continuous SLO and p95 latency tracking per partner", "Auto-detected breaches with trace-level evidence", "Service credits, escalation, and renegotiation backed by data", "Independent benchmark that partners cannot dispute" ] }, { "eyebrow": "Secure by default", "title": "Every partner security mode, handled, no scripts.", "body": "Telecom integrations do not run on a single auth mode. Partners use MTLS certificates, OAuth 2 client_credentials, signed JWT assertions, and legacy WS-Security; APIContext speaks all of it and rotates credentials automatically.", "bullets": [ "MTLS client certificates that are auto-renewed and monitored", "OAuth 2 client_credentials and authorization_code flows", "JWS and JWT signed assertions with ES256 and RS256", "Legacy SOAP plus WS-Security for older carrier integrations" ] }, { "eyebrow": "Outside-in monitoring", "title": "From the cloud your customers run in, not the cloud you run in.", "body": "Your APM agent says everything is fine. Your customers say it is not. The truth is in between DNS, TLS, edge routing, and partner upstreams, so APIContext probes from external data centers across the regions your customers and partners use.", "bullets": [ "Probes in every major cloud and region your partners use", "DNS, TLS, certificate, and routing health on every call", "Independent verification, not your stack and not your bias", "Comparison view: inside agent vs. outside-in reality" ] } ], "keyFacts": [ "Carrier-scale APIs", "Partner MTLS", "SOAP and REST", "SLA reporting", "125+ global monitoring locations", "24/7 critical workflow monitoring", "MTLS partner auth monitoring", "SLA compliance reporting", "Hold every partner to the contract you signed with them.: Whether you're integrating with messaging gateways, carrier ID services, or number portability providers, APIContext continuously measures their actual performance against the SLOs in their contract and shows you who's keeping their end of the deal.", "Every partner security mode, handled, no scripts.: Telecom integrations do not run on a single auth mode. Partners use MTLS certificates, OAuth 2 client_credentials, signed JWT assertions, and legacy WS-Security; APIContext speaks all of it and rotates credentials automatically.", "From the cloud your customers run in, not the cloud you run in.: Your APM agent says everything is fine. Your customers say it is not. The truth is in between DNS, TLS, edge routing, and partner upstreams, so APIContext probes from external data centers across the regions your customers and partners use.", "APIContext helped us increase visibility of our API performance and significantly improved awareness." ], "primaryEntities": [ "APIContext", "Solutions", "API monitoring", "Carrier-scale APIs", "Partner MTLS", "SOAP and REST", "SLA reporting" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Monitor telecom API scenarios end to end.", "href": "/contact" } ], "testimonial": { "quote": "APIContext helped us increase visibility of our API performance and significantly improved awareness.", "author": "Val Novikov", "role": "CTO, Fispan" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-industry-telecom.json", "markdown": "https://apicontext.com/solutions/industry-telecom.md", "html": "https://apicontext.com/ai/page/solutions-industry-telecom.html" } }, { "slug": "solutions-partners-developers", "url": "https://apicontext.com/solutions/partners-developers", "title": "Partners & Developers", "description": "APIContext partners with technology leaders, open standards stewards, and industry bodies so developers can understand the APIs behind modern applications.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Visibility for every API, across every environment.", "href": "/solutions/partners-developers" } ], "summary": "Visibility for every API, across every environment. APIContext partners with technology leaders, open standards stewards, and industry bodies so developers can understand the APIs behind modern applications.", "stats": [ { "value": "OTEL", "label": "expanded alerting and webhook delivery" }, { "value": "cloud", "label": "private node locations across major providers" }, { "value": "teams", "label": "developer and partner workflows" }, { "value": "open", "label": "standards and ecosystem alignment" } ], "bodySections": [ { "title": "Work with the platforms your teams already use.", "body": "APIContext integrates with cloud providers, observability platforms, incident tools, data platforms, and developer ecosystems through webhooks and OpenTelemetry." }, { "title": "From cloud locations to alert destinations.", "body": "Partnerships with providers such as AWS, Azure, Google, IBM, Akamai, Datadog, Dynatrace, BigPanda, Atlassian, Elastic, Honeycomb, and many others help teams route API signal where it matters." }, { "title": "Give developers the API visibility they need.", "body": "APIs are the backbone of modern applications. APIContext helps developers and partner teams understand API behavior across environments, standards, and application workflows." } ], "keyFacts": [ "Technology partnerships", "OpenTelemetry webhooks", "Developer workflows", "Private nodes", "Alert integrations", "OTEL expanded alerting and webhook delivery", "cloud private node locations across major providers", "teams developer and partner workflows", "open standards and ecosystem alignment", "Work with the platforms your teams already use.: APIContext integrates with cloud providers, observability platforms, incident tools, data platforms, and developer ecosystems through webhooks and OpenTelemetry.", "From cloud locations to alert destinations.: Partnerships with providers such as AWS, Azure, Google, IBM, Akamai, Datadog, Dynatrace, BigPanda, Atlassian, Elastic, Honeycomb, and many others help teams route API signal where it matters.", "Give developers the API visibility they need.: APIs are the backbone of modern applications. APIContext helps developers and partner teams understand API behavior across environments, standards, and application workflows." ], "primaryEntities": [ "APIContext", "Partners & Developers", "partners", "developers", "OpenTelemetry", "Technology partnerships", "OpenTelemetry webhooks", "Developer workflows", "Private nodes", "Alert integrations" ], "audience": [ "partners", "developers", "platform teams", "integration teams" ], "ctas": [ { "label": "Connect APIContext to your ecosystem.", "href": "/contact" }, { "label": "Explore monitoring", "href": "/features/api-monitoring" } ], "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-partners-developers.json", "markdown": "https://apicontext.com/solutions/partners-developers.md", "html": "https://apicontext.com/ai/page/solutions-partners-developers.html" } }, { "slug": "solutions-solutions-for-ciso", "url": "https://apicontext.com/solutions/solutions-for-ciso", "title": "CISO Solutions", "description": "API security isn't just about your design or monitoring for intrusion threats. It's about whether the controls you shipped are still doing their job — right now, in production, from the locations your customers actually use. APIContext makes it easy and secure to run functional security checks against live systems, continuously.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Right-shift API security monitoring into production run-time.", "href": "/solutions/solutions-for-ciso" } ], "summary": "Right-shift API security monitoring into production run-time. API security isn't just about your design or monitoring for intrusion threats. It's about whether the controls you shipped are still doing their job — right now, in production, from the locations your customers actually use. APIContext makes it easy and secure to run functional security checks against live systems, continuously.", "stats": [ { "value": "right-shift", "label": "checks in production run-time" }, { "value": "FIPS-140", "label": "HSM for banking-grade secrets" }, { "value": "24/7", "label": "OAuth · OIDC · FAPI scenarios" }, { "value": "0", "label": "long-lived secrets in CI" } ], "bodySections": [ { "eyebrow": "Active security checks", "title": "A control isn't a control until you've watched it fail closed.", "body": "Static analysis tells you what the policy says. Penetration tests tell you what an attacker found last quarter. Neither tells you whether the OAuth flow rejected an expired token at 14:02 today. APIContext runs the positive and negative scenarios continuously — so the moment a control fails open, you know.", "bullets": [ "Positive checks · valid token + correct scope = 200", "Negative checks · expired / tampered / wrong-scope = rejected", "Run on schedule from every region you care about", "Every run is evidence — defensible to auditors" ] }, { "eyebrow": "Built for OAuth, OIDC, and FAPI", "title": "Banking-grade auth, monitored the way it was meant to be used.", "body": "Low-code, totally secure management of API authentication. Integrated OAuth handling with full JWT support and a FIPS-140 compliant HSM for banking protocols and finance-level security. Monitor OpenID Connect, FAPI compliance, token refresh, and OAuth scenarios continuously — and never put a long-lived secret in a CI script.", "bullets": [ "OAuth 2.0 + PKCE · PAR · refresh-token rotation", "OpenID Connect · userinfo · ID-token validation", "FAPI 1.0 Advanced · request-object signing", "JWS / JWT · RS256 · ES256 · keys live in the HSM" ] }, { "eyebrow": "Configuration drift", "title": "Catch what shifted between Friday's deploy and Monday's audit.", "body": "Production calls against key resources spot when security problems emerge from unexpected configuration changes — a bucket reverted to public, a JWKS rotation missed, an admin route that lost its scope check. APIContext sees them the way an attacker would: from outside the platform, with real credentials.", "bullets": [ "Resources accidentally opened · 200 anonymous detection", "JWKS / key-rotation overdue alerts", "Scope-widening and route-exposure detection", "TLS / cipher / cert drift, watched continuously" ] }, { "eyebrow": "Audit + compliance reports", "title": "The evidence pack writes itself — and it's the same one auditors trust.", "body": "Generate audit and compliance reports for internal and external stakeholders automatically. Every line in the report links back to a live call: timestamp, region, status, signature, scope. Internal stakeholders, external regulators, and your board all read the same numbers — because they all come from the same continuous feed.", "bullets": [ "Quarterly compliance PDF · auto-generated, signed", "FAPI · PSD2 · Open Banking · regulator-ready", "Per-call evidence · immutable run history", "Custom dashboards for execs, audit, and the board" ] }, { "eyebrow": "Why CISOs pick APIContext", "title": "Right-shift checks. Independent evidence. Auditors get fewer arguments.", "body": "Shift-left found a place. Shift-right is the half nobody runs. APIContext fills it: continuous functional security monitoring on production APIs, with the same auth and the same locations your customers use — independent of the team being audited.", "bullets": [ "Active checks on every part of the security system", "Positive + negative OAuth + JWT scenarios", "Configuration-drift detection in production", "Audit + compliance reports — internal and external" ] } ], "keyFacts": [ "Right-shift to run-time", "OAuth · OIDC · FAPI", "JWS / JWT signing", "FIPS-140 HSM", "Positive + negative checks", "right-shift checks in production run-time", "FIPS-140 HSM for banking-grade secrets", "24/7 OAuth · OIDC · FAPI scenarios", "0 long-lived secrets in CI", "A control isn't a control until you've watched it fail closed.: Static analysis tells you what the policy says. Penetration tests tell you what an attacker found last quarter. Neither tells you whether the OAuth flow rejected an expired token at 14:02 today. APIContext runs the positive and negative scenarios continuously — so the moment a control fails open, you know.", "Banking-grade auth, monitored the way it was meant to be used.: Low-code, totally secure management of API authentication. Integrated OAuth handling with full JWT support and a FIPS-140 compliant HSM for banking protocols and finance-level security. Monitor OpenID Connect, FAPI compliance, token refresh, and OAuth scenarios continuously — and never put a long-lived secret in a CI script.", "Catch what shifted between Friday's deploy and Monday's audit.: Production calls against key resources spot when security problems emerge from unexpected configuration changes — a bucket reverted to public, a JWKS rotation missed, an admin route that lost its scope check. APIContext sees them the way an attacker would: from outside the platform, with real credentials.", "The evidence pack writes itself — and it's the same one auditors trust.: Generate audit and compliance reports for internal and external stakeholders automatically. Every line in the report links back to a live call: timestamp, region, status, signature, scope. Internal stakeholders, external regulators, and your board all read the same numbers — because they all come from the same continuous feed.", "Right-shift checks. Independent evidence. Auditors get fewer arguments.: Shift-left found a place. Shift-right is the half nobody runs. APIContext fills it: continuous functional security monitoring on production APIs, with the same auth and the same locations your customers use — independent of the team being audited.", "APIContext helped us increase visibility of our APIs' performance and significantly improved awareness. As our international footprint grew we used it to measure and confirm internal stack optimizations — it's great to have an independent benchmark to compare against." ], "primaryEntities": [ "APIContext", "Persona · CISO", "API monitoring", "Right-shift to run-time", "OAuth · OIDC · FAPI", "JWS / JWT signing", "FIPS-140 HSM", "Positive + negative checks" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "It's time to right-shift your API security into run-time.", "href": "/contact" } ], "testimonial": { "quote": "APIContext helped us increase visibility of our APIs' performance and significantly improved awareness. As our international footprint grew we used it to measure and confirm internal stack optimizations — it's great to have an independent benchmark to compare against.", "author": "Val Novikov", "role": "CTO · Fispan" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-solutions-for-ciso.json", "markdown": "https://apicontext.com/solutions/solutions-for-ciso.md", "html": "https://apicontext.com/ai/page/solutions-solutions-for-ciso.html" } }, { "slug": "solutions-solutions-for-customer-success", "url": "https://apicontext.com/solutions/solutions-for-customer-success", "title": "Customer Success", "description": "Customer Success teams need independent verification when customers report API issues. APIContext shows what customers experience from where they actually operate.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Build trust in API performance for every customer conversation.", "href": "/solutions/solutions-for-customer-success" } ], "summary": "Build trust in API performance for every customer conversation. Customer Success teams need independent verification when customers report API issues. APIContext shows what customers experience from where they actually operate.", "stats": [ { "value": "CS", "label": "customer-ready evidence" }, { "value": "24/7", "label": "scenario validation" }, { "value": "SLO", "label": "shared service goals" }, { "value": "MTTI", "label": "lower issue identification time" } ], "bodySections": [ { "eyebrow": "Verify", "title": "Show what the customer actually experienced.", "body": "When internal teams cannot reproduce a complaint, APIContext provides external performance metrics from customer-like regions and clouds.", "bullets": [ "Customer-region monitoring", "Independent performance verification", "Evidence customers and engineering can share" ] }, { "eyebrow": "Align", "title": "Set, measure, and agree on SLOs and SLAs.", "body": "Use trusted metrics to make customer service-level discussions concrete and reduce subjective disputes.", "bullets": [ "Shared SLO and SLA reporting", "Scenario-based API checks", "Customer-facing service-quality evidence" ] }, { "eyebrow": "Resolve", "title": "Give DevOps the input internal monitoring may miss.", "body": "APIContext reduces handoff friction by showing external behavior, auth health, and regional impact clearly.", "bullets": [ "External end-to-end monitoring from the regions and cloud data centers stakeholders use", "Accurate 24/7 data based on production scenarios customers depend on", "SLO, SLA, security, and quality reporting that different teams can trust", "Integrations with observability, incident, reporting, and DevOps workflows" ] } ], "keyFacts": [ "Customer evidence", "Issue verification", "SLA agreement", "Regional views", "Shared reporting", "CS customer-ready evidence", "24/7 scenario validation", "SLO shared service goals", "MTTI lower issue identification time", "Show what the customer actually experienced.: When internal teams cannot reproduce a complaint, APIContext provides external performance metrics from customer-like regions and clouds.", "Set, measure, and agree on SLOs and SLAs.: Use trusted metrics to make customer service-level discussions concrete and reduce subjective disputes.", "Give DevOps the input internal monitoring may miss.: APIContext reduces handoff friction by showing external behavior, auth health, and regional impact clearly.", "I see everything very quickly on one page, and it makes it easy to go to a problem spot and dig in." ], "primaryEntities": [ "APIContext", "Solutions", "API monitoring", "Customer evidence", "Issue verification", "SLA agreement", "Regional views", "Shared reporting" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Support customers with independent API evidence.", "href": "/contact" } ], "testimonial": { "quote": "I see everything very quickly on one page, and it makes it easy to go to a problem spot and dig in.", "author": "Brent Shaw", "role": "VP Customer Success, DTN" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-solutions-for-customer-success.json", "markdown": "https://apicontext.com/solutions/solutions-for-customer-success.md", "html": "https://apicontext.com/ai/page/solutions-solutions-for-customer-success.html" } }, { "slug": "solutions-solutions-for-product-managers", "url": "https://apicontext.com/solutions/solutions-for-product-managers", "title": "Product Managers", "description": "As an API Product Manager, you have many responsibilities and many stakeholders. Can you demonstrate to every one of them — engineering, success, security, leadership, partners, regulators — that systems are working the way you think they are? APIContext gives you one independent signal that answers all six conversations.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Know everything about your API products.", "href": "/solutions/solutions-for-product-managers" } ], "summary": "Know everything about your API products. As an API Product Manager, you have many responsibilities and many stakeholders. Can you demonstrate to every one of them — engineering, success, security, leadership, partners, regulators — that systems are working the way you think they are? APIContext gives you one independent signal that answers all six conversations.", "stats": [ { "value": "6", "label": "stakeholder audiences served" }, { "value": "1", "label": "signal independent of engineering" }, { "value": "360°", "label": "view across the API lifecycle" }, { "value": "0", "label": "scripts or test rigs to maintain" } ], "bodySections": [ { "eyebrow": "Visibility", "title": "See the whole product.", "body": "External, end-to-end performance measurement and dependency analysis help product teams understand every route, every region, and every supplier their API products depend on.", "bullets": [ "End-to-end customer journeys", "Multi-cloud and multi-region monitoring", "Internal and supplier dependency visibility" ] }, { "eyebrow": "Verification", "title": "Verify what engineering says.", "body": "APIContext measures from outside your APM stack and outside the team being measured, giving PMs a defensible number to bring to leadership, partners, customers, and regulators.", "bullets": [ "Same auth, same routes, same regions", "Inside-versus-outside performance comparison", "Auditable evidence for regulators and leadership" ] }, { "eyebrow": "Voice", "title": "Speak every stakeholder's language.", "body": "One independent signal becomes meaningful data for every critical stakeholder, across the entire API lifecycle from design through operational deployment.", "bullets": [ "Custom dashboards and reports per audience", "Auto-published PDF, CSV, and JSON evidence", "Integrations with observability, incident, reporting, and DevOps workflows" ] } ], "keyFacts": [ "Outside-in", "Lifecycle-wide", "Stakeholder-shaped", "Regulator-ready", "Zero scripts", "6 stakeholder audiences served", "1 signal independent of engineering", "360° view across the API lifecycle", "0 scripts or test rigs to maintain", "See the whole product.: External, end-to-end performance measurement and dependency analysis help product teams understand every route, every region, and every supplier their API products depend on.", "Verify what engineering says.: APIContext measures from outside your APM stack and outside the team being measured, giving PMs a defensible number to bring to leadership, partners, customers, and regulators.", "Speak every stakeholder's language.: One independent signal becomes meaningful data for every critical stakeholder, across the entire API lifecycle from design through operational deployment.", "Rather than an inside-out view, we realized that we needed a specialized tool that could give us visibility into the performance of our site and apps in the same way that the rest of the internet sees us." ], "primaryEntities": [ "APIContext", "Solutions · Product Managers", "API monitoring", "Outside-in", "Lifecycle-wide", "Stakeholder-shaped", "Regulator-ready", "Zero scripts" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Demonstrate that systems are working the way you think they are.", "href": "/contact" } ], "testimonial": { "quote": "Rather than an inside-out view, we realized that we needed a specialized tool that could give us visibility into the performance of our site and apps in the same way that the rest of the internet sees us.", "author": "Richard Marshall", "role": "First Utility" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-solutions-for-product-managers.json", "markdown": "https://apicontext.com/solutions/solutions-for-product-managers.md", "html": "https://apicontext.com/ai/page/solutions-solutions-for-product-managers.html" } }, { "slug": "solutions-solutions-for-site-reliability-engineering", "url": "https://apicontext.com/solutions/solutions-for-site-reliability-engineering", "title": "Site Reliability Engineering", "description": "When your application isn't performing reliably, you need to know right away — and you need to diagnose root cause quickly. APIContext gives SRE teams cross-cloud, independent end-to-end monitoring of your entire solution, the way your customers use it. Get paged before tickets land. Tell network from infra from app in seconds.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Know what's wrong in production immediately.", "href": "/solutions/solutions-for-site-reliability-engineering" } ], "summary": "Know what's wrong in production immediately. When your application isn't performing reliably, you need to know right away — and you need to diagnose root cause quickly. APIContext gives SRE teams cross-cloud, independent end-to-end monitoring of your entire solution, the way your customers use it. Get paged before tickets land. Tell network from infra from app in seconds.", "stats": [ { "value": "80%", "label": "reduction in mean time to issue identification" }, { "value": "24/7", "label": "external validation" }, { "value": "125+", "label": "global monitoring locations" }, { "value": "OTEL", "label": "native incident signal" } ], "bodySections": [ { "eyebrow": "Detect", "title": "Get alerted before customers notice.", "body": "Run functional checks around the clock and alert on API, network, infrastructure, or workflow behavior that affects reliability.", "bullets": [ "Immediate alerting into existing tools", "External customer-perspective monitoring", "Checks for pre-production and production" ] }, { "eyebrow": "Diagnose", "title": "Identify whether the issue is network, infrastructure, or application.", "body": "APIContext gives SRE teams endpoint, region, auth, workflow, and timing evidence in one place.", "bullets": [ "End-to-end timing details", "Cross-cloud and regional comparison", "Traceable API workflow results" ] }, { "eyebrow": "Demonstrate", "title": "Prove reliability with measurable SLAs.", "body": "Use real-world measurements to define reliability goals, report on service levels, and guide remediation.", "bullets": [ "External end-to-end monitoring from the regions and cloud data centers stakeholders use", "Accurate 24/7 data based on production scenarios customers depend on", "SLO, SLA, security, and quality reporting that different teams can trust", "Integrations with observability, incident, reporting, and DevOps workflows" ] } ], "keyFacts": [ "Outside-in detection", "MTTI in seconds", "SLO burn alerts", "Pre-prod & prod", "Routes into your tools", "80% reduction in mean time to issue identification", "24/7 external validation", "125+ global monitoring locations", "OTEL native incident signal", "Get alerted before customers notice.: Run functional checks around the clock and alert on API, network, infrastructure, or workflow behavior that affects reliability.", "Identify whether the issue is network, infrastructure, or application.: APIContext gives SRE teams endpoint, region, auth, workflow, and timing evidence in one place.", "Prove reliability with measurable SLAs.: Use real-world measurements to define reliability goals, report on service levels, and guide remediation.", "The analysis of issues and research for possible solutions helped us gain insight about our performance." ], "primaryEntities": [ "APIContext", "Solutions", "API monitoring", "Outside-in detection", "MTTI in seconds", "SLO burn alerts", "Pre-prod & prod", "Routes into your tools" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Give SRE teams production clarity.", "href": "/contact" } ], "testimonial": { "quote": "The analysis of issues and research for possible solutions helped us gain insight about our performance.", "author": "David Ting", "role": "Nylas" }, "faqs": [ { "question": "How does APIContext fit into an SRE team's toolchain?", "answer": "APIContext gives SRE teams an outside-in view of API reliability that internal APM and instrumentation cannot provide. SREs use it to set per-endpoint SLOs, track error budgets, receive incident-grade alerts with full request/response diffs and OTEL traces attached, and generate evidence for post-incident reviews and SLA reporting. OTEL signals feed directly into existing observability stacks including Datadog, Splunk, New Relic, and Dynatrace." }, { "question": "How quickly does APIContext detect and alert on API failures?", "answer": "Checks run on configurable intervals down to every minute from multiple global locations, alerting on the first failure with full context: the failing location, HTTP response, request/response diff, and trace. Alert routing integrates with PagerDuty, Opsgenie, Slack, and webhooks." }, { "question": "Can APIContext help SREs define and track SLOs?", "answer": "Yes. APIContext supports native SLO definition per API endpoint with configurable availability and latency targets, automatic error budget tracking, and burn-rate alerts that notify on-call engineers when the error budget is being consumed faster than the target rate allows." }, { "question": "Does APIContext require modifying the APIs being monitored?", "answer": "No. APIContext operates entirely outside your infrastructure as an external caller — no agents, SDKs, or code changes required. This makes it possible to start monitoring any API, including third-party or partner APIs you do not own, in minutes, while ensuring monitoring reflects true external behavior rather than instrumented internal behavior." } ], "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-solutions-for-site-reliability-engineering.json", "markdown": "https://apicontext.com/solutions/solutions-for-site-reliability-engineering.md", "html": "https://apicontext.com/ai/page/solutions-solutions-for-site-reliability-engineering.html" } }, { "slug": "solutions-use-case-api-security", "url": "https://apicontext.com/solutions/use-case-api-security", "title": "API Security Use Case", "description": "Security is not a one-time design check. APIContext runs real calls against production security flows to verify OAuth, FAPI, JWT, MTLS, scopes, tokens, and protected resources.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Runtime security validation for production APIs.", "href": "/solutions/use-case-api-security" } ], "summary": "Runtime security validation for production APIs. Security is not a one-time design check. APIContext runs real calls against production security flows to verify OAuth, FAPI, JWT, MTLS, scopes, tokens, and protected resources.", "stats": [ { "value": "24/7", "label": "security flow checks" }, { "value": "FAPI", "label": "runtime validation" }, { "value": "JWT", "label": "signing support" }, { "value": "audit", "label": "security evidence" } ], "bodySections": [ { "eyebrow": "Secured", "title": "Make real functional security calls from outside your stack.", "body": "Verify authentication, authorization, and secure API behavior the way customers and partners experience it in production.", "bullets": [ "Positive and negative security checks", "OAuth, FAPI, JWT, and MTLS support", "Encrypted key and certificate handling" ] }, { "eyebrow": "Runtime metrics", "title": "Shift security assurance into production runtime.", "body": "Traditional shift-left checks are essential, but API teams also need production assurance that security functions continue to work.", "bullets": [ "Token refresh and scope behavior checks", "Protected-resource verification", "Production alerting for unexpected exposure" ] }, { "eyebrow": "Auditability", "title": "Generate evidence for risk and compliance teams.", "body": "Create audit traces that prove security controls are functioning for internal assessors, external stakeholders, and regulators.", "bullets": [ "External end-to-end monitoring from the regions and cloud data centers stakeholders use", "Accurate 24/7 data based on production scenarios customers depend on", "SLO, SLA, security, and quality reporting that different teams can trust", "Integrations with observability, incident, reporting, and DevOps workflows" ] } ], "keyFacts": [ "Shift-right security", "OAuth and FAPI", "JWT and MTLS", "Audit traces", "Production validation", "24/7 security flow checks", "FAPI runtime validation", "JWT signing support", "audit security evidence", "Make real functional security calls from outside your stack.: Verify authentication, authorization, and secure API behavior the way customers and partners experience it in production.", "Shift security assurance into production runtime.: Traditional shift-left checks are essential, but API teams also need production assurance that security functions continue to work.", "Generate evidence for risk and compliance teams.: Create audit traces that prove security controls are functioning for internal assessors, external stakeholders, and regulators.", "APIContext helped us increase visibility of our APIs performance and significantly improved awareness." ], "primaryEntities": [ "APIContext", "Solutions", "API monitoring", "Shift-right security", "OAuth and FAPI", "JWT and MTLS", "Audit traces", "Production validation" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Right-shift API security monitoring.", "href": "/contact" } ], "testimonial": { "quote": "APIContext helped us increase visibility of our APIs performance and significantly improved awareness.", "author": "Val Novikov", "role": "CTO, Fispan" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-use-case-api-security.json", "markdown": "https://apicontext.com/solutions/use-case-api-security.md", "html": "https://apicontext.com/ai/page/solutions-use-case-api-security.html" } }, { "slug": "solutions-use-case-multi-cloud", "url": "https://apicontext.com/solutions/use-case-multi-cloud", "title": "Multi-Cloud", "description": "APIContext measures API performance from every major cloud, every region, and every edge so you can see the cloud the way it actually works.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Your customers aren't all in one cloud. Why should your monitoring be?", "href": "/solutions/use-case-multi-cloud" } ], "summary": "Your customers aren't all in one cloud. Why should your monitoring be? APIContext measures API performance from every major cloud, every region, and every edge so you can see the cloud the way it actually works.", "stats": [ { "value": "125+", "label": "global monitoring locations" }, { "value": "5+", "label": "major cloud providers monitored" }, { "value": "24/7", "label": "API-native checks" }, { "value": "30+", "label": "data points per API call" } ], "bodySections": [ { "eyebrow": "See the cloud the way it works", "title": "One API. Every cloud. Every region.", "body": "Your customers and partners are not all in the same cloud, so one vantage point misses the real picture. See where there are networking bottlenecks, where peering is hurting you, and which regions need attention.", "bullets": [ "Probe surface across AWS, GCP, Azure, and Akamai edge", "Per-customer-region p95, not just whether the origin is up", "Networking and peering issues surfaced as a first-class signal", "Cross-cloud comparison and sector benchmarking" ] }, { "eyebrow": "Multi-cloud blindspots", "title": "Single-cloud monitoring is single-customer monitoring.", "body": "Cloud monitoring tools and APM agents see the world from inside one cloud. The other customer traffic coming over peering links, CDNs, and regions you do not operate in is invisible unless you stitch every vantage point together.", "bullets": [ "Catches cross-cloud peering regressions same-cloud APM never sees", "DNS, TLS, and routing failures spotted from the customer's side of the wire", "Inside-vs-outside diff per cloud", "Historic CASC score per cloud" ] }, { "eyebrow": "Probes anywhere you need them", "title": "Drop a private agent where the managed network does not reach.", "body": "If your customers run in a private datacenter, a factory floor, or a region we do not yet have managed coverage in, drop a private agent there and keep the same data model, dashboards, and reports.", "bullets": [ "Lightweight private agents that run anywhere a container runs", "Same calls, same credentials, same reports as managed POPs", "Air-gapped and on-prem deployments", "Configuration-as-code for private probes" ] } ], "keyFacts": [ "AWS", "Azure", "Google Cloud", "Akamai", "125+ global monitoring locations", "5+ major cloud providers monitored", "24/7 API-native checks", "30+ data points per API call", "One API. Every cloud. Every region.: Your customers and partners are not all in the same cloud, so one vantage point misses the real picture. See where there are networking bottlenecks, where peering is hurting you, and which regions need attention.", "Single-cloud monitoring is single-customer monitoring.: Cloud monitoring tools and APM agents see the world from inside one cloud. The other customer traffic coming over peering links, CDNs, and regions you do not operate in is invisible unless you stitch every vantage point together.", "Drop a private agent where the managed network does not reach.: If your customers run in a private datacenter, a factory floor, or a region we do not yet have managed coverage in, drop a private agent there and keep the same data model, dashboards, and reports.", "APIContext helped us identify significant latency and improve the experience from more than 7 seconds to 500 milliseconds." ], "primaryEntities": [ "APIContext", "Solutions", "API monitoring", "AWS", "Azure", "Google Cloud", "Akamai" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "See the cloud the way it actually works.", "href": "/contact" } ], "testimonial": { "quote": "APIContext helped us identify significant latency and improve the experience from more than 7 seconds to 500 milliseconds.", "author": "Atilla B.", "role": "Security Operations Engineer, Signify" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-use-case-multi-cloud.json", "markdown": "https://apicontext.com/solutions/use-case-multi-cloud.md", "html": "https://apicontext.com/ai/page/solutions-use-case-multi-cloud.html" } }, { "slug": "solutions-use-case-sla-management", "url": "https://apicontext.com/solutions/use-case-sla-management", "title": "SLA Management", "description": "Companies depend on APIs to enable time-sensitive, mission-critical business activities. Agreeing on and actively validating SLA conformance is essential. Third-party verification stops internal teams from hiding or misrepresenting performance, and gives Customer Success the data they need to defend the contract.", "contentType": "solution", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "solutions", "href": "/solutions" }, { "name": "Service levels are only useful if both sides agree on what they mean.", "href": "/solutions/use-case-sla-management" } ], "summary": "Service levels are only useful if both sides agree on what they mean. Companies depend on APIs to enable time-sensitive, mission-critical business activities. Agreeing on and actively validating SLA conformance is essential. Third-party verification stops internal teams from hiding or misrepresenting performance, and gives Customer Success the data they need to defend the contract.", "stats": [ { "value": "3rd-party", "label": "independent measurement" }, { "value": "125+", "label": "global probe locations" }, { "value": "24/7", "label": "functional calls and low-traffic coverage" }, { "value": "0", "label": "scripts to write or maintain" } ], "bodySections": [ { "eyebrow": "Set & test SLOs", "title": "Set Service Level Objectives, and prove you can hit them.", "body": "Don't sign an SLA you can't defend. Set targets in APIContext, run them against production from the regions your customers use, and watch budgets burn down over the contract window.", "bullets": [ "Targets per route, per region, and per supplier", "Live SLO budget tracking with burn-rate alerts", "Mutual visibility, so customer and provider see the same numbers", "Configuration as code, versioned with the API contract" ] }, { "eyebrow": "Measure from where", "title": "Third-party measurement. The team being graded isn't grading themselves.", "body": "Internal APM tells you what your stack says. APIContext tells you what your customers see. When the two disagree, independent measurement is the tiebreaker.", "bullets": [ "Outside-in synthetic calls, not from inside your VPC", "Trust and confidence from metrics not owned by the delivery team", "Inside-vs-outside comparison for the real customer experience", "Defensible to leadership, customers, and regulators" ] }, { "eyebrow": "Create standard reports", "title": "One number both sides accept, because both sides see it the same way.", "body": "Generate mutual SLA compliance reports from live traffic, using the same locations and credentials your customers actually use. Service credits, breach evidence, and renewal data all come from the same independent feed.", "bullets": [ "Provider-customer mutual reports, monthly or quarterly", "Auto-calculated service credits with line-item evidence", "Per-region, per-route, and per-cloud breakdowns", "PDF, CSV, and JSON export for regulator-ready reporting" ] }, { "eyebrow": "Base SLOs and SLAs", "title": "Base SLOs and SLAs on real-world performance.", "body": "Base existing and future SLOs and SLAs on real-world performance metrics. Don't get caught offering service levels that can't be achieved. Benchmark against the rest of your sector.", "bullets": [ "Real-world SLO baselining", "Sector benchmarks and CASC score context", "Risk-priced SLA negotiation data", "Contract clauses backed by observed availability" ] }, { "eyebrow": "Built for the people who care", "title": "From Customer Success to vendor management, one signal serves them all.", "body": "Customer Success teams stop getting blindsided. Vendor managers stop arguing with suppliers about who is at fault. Sales and legal sign SLAs they can actually defend.", "bullets": [ "Customer Success gets pre-emptive tickets and defensible answers", "Engineering gets an independent number leadership trusts", "Vendor management gets supplier credit claims backed by data", "Sales and legal get contract clauses based on real-world data" ] } ], "keyFacts": [ "Third-party verified", "Mutual SLA reports", "Multi-cloud probes", "Service-credit evidence", "Customer-shaped", "3rd-party independent measurement", "125+ global probe locations", "24/7 functional calls and low-traffic coverage", "0 scripts to write or maintain", "Set Service Level Objectives, and prove you can hit them.: Don't sign an SLA you can't defend. Set targets in APIContext, run them against production from the regions your customers use, and watch budgets burn down over the contract window.", "Third-party measurement. The team being graded isn't grading themselves.: Internal APM tells you what your stack says. APIContext tells you what your customers see. When the two disagree, independent measurement is the tiebreaker.", "One number both sides accept, because both sides see it the same way.: Generate mutual SLA compliance reports from live traffic, using the same locations and credentials your customers actually use. Service credits, breach evidence, and renewal data all come from the same independent feed.", "Base SLOs and SLAs on real-world performance.: Base existing and future SLOs and SLAs on real-world performance metrics. Don't get caught offering service levels that can't be achieved. Benchmark against the rest of your sector.", "From Customer Success to vendor management, one signal serves them all.: Customer Success teams stop getting blindsided. Vendor managers stop arguing with suppliers about who is at fault. Sales and legal sign SLAs they can actually defend.", "We were able to monitor the metrics of API calls, collect them in one place, and gain real insight about our performance. Other developers building APIs where duration and speed matter would do well to consider APIContext to drive performance improvement." ], "primaryEntities": [ "APIContext", "Use Case · SLA Management", "API monitoring", "Third-party verified", "Mutual SLA reports", "Multi-cloud probes", "Service-credit evidence", "Customer-shaped" ], "audience": [ "API teams", "SRE teams", "product teams", "executive teams" ], "ctas": [ { "label": "Lower your mean time to issue identification.", "href": "/contact" } ], "testimonial": { "quote": "We were able to monitor the metrics of API calls, collect them in one place, and gain real insight about our performance. Other developers building APIs where duration and speed matter would do well to consider APIContext to drive performance improvement.", "author": "David Ting", "role": "Nylas" }, "source": "static", "pageCategory": "Solutions", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/solutions-use-case-sla-management.json", "markdown": "https://apicontext.com/solutions/use-case-sla-management.md", "html": "https://apicontext.com/ai/page/solutions-use-case-sla-management.html" } }, { "slug": "understanding-api", "url": "https://apicontext.com/understanding-api", "title": "Understanding APIs Guide", "description": "Understanding APIs Guide An API ecosystem is complex and vast, as are the critical technologies that make APIContext the most advanced API Monitoring solution on the market. This guide covers everything from how monitoring fits into your DevOps world, what other technologies you ought to be looking at and what are the critical technologies behind...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "Understanding APIs", "href": "/understanding-api" } ], "summary": "Understanding APIs Guide An API ecosystem is complex and vast, as are the critical technologies that make APIContext the most advanced API Monitoring solution on the market. This guide covers everything from how monitoring fits into your DevOps world, what other technologies you ought to be looking at and what are the critical technologies behind...", "bodySections": [ { "eyebrow": "Foundations", "title": "Browse Understanding APIs", "body": "Understanding APIs Guide An API ecosystem is complex and vast, as are the critical technologies that make APIContext the most advanced API Monitoring solution on the market. This guide covers everything from how monitoring fits into your DevOps world, what other technologies you ought to be looking at and what are the critical technologies behind...", "links": [ { "label": "API Gateway", "href": "/understanding-api/api-gateway" }, { "label": "API Ratings", "href": "/understanding-api/api-ratings" }, { "label": "API Monitoring For Dummies", "href": "/understanding-api/api-monitoring-for-dummies" }, { "label": "Service Level Objectives", "href": "/understanding-api/service-level-objectives-and-slas" }, { "label": "APIContext Global Coverage", "href": "/understanding-api/apimetrics-global-coverage" }, { "label": "Advanced API Monitoring", "href": "/understanding-api/advanced-api-monitoring" }, { "label": "Why API Monitoring – Problems", "href": "/understanding-api/why-api-monitoring-problems" }, { "label": "KPIs for APIs – Key Performance Indicators", "href": "/understanding-api/api-kpis" }, { "label": "CASC – Cloud API Service Consistency Score", "href": "/understanding-api/casc-score-cloud-api-service-consistency" }, { "label": "SLA for APIs: Monitoring Your API SLA (Service Level Agreement)", "href": "/understanding-api/api-sla-management" } ] }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Ready To Start Monitoring?", "API Gateway", "API Ratings", "API Monitoring For Dummies", "Service Level Objectives", "APIContext Global Coverage", "Advanced API Monitoring", "Why API Monitoring – Problems", "KPIs for APIs – Key Performance Indicators", "An API ecosystem is complex and vast, as are the critical technologies that make APIContext the most advanced API Monitoring solution on the market.", "This guide covers everything from how monitoring fits into your DevOps world, what other technologies you ought to be looking at and what are the critical technologies behind APIContext." ], "primaryEntities": [ "APIContext", "Understanding APIs", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api" }, { "label": "API Gateway", "href": "/understanding-api/api-gateway" }, { "label": "API Ratings", "href": "/understanding-api/api-ratings" }, { "label": "API Monitoring For Dummies", "href": "/understanding-api/api-monitoring-for-dummies" }, { "label": "Service Level Objectives", "href": "/understanding-api/service-level-objectives-and-slas" }, { "label": "APIContext Global Coverage", "href": "/understanding-api/apimetrics-global-coverage" }, { "label": "Advanced API Monitoring", "href": "/understanding-api/advanced-api-monitoring" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api.json", "markdown": "https://apicontext.com/understanding-api.md", "html": "https://apicontext.com/ai/page/understanding-api.html" } }, { "slug": "understanding-api-advanced-api-monitoring", "url": "https://apicontext.com/understanding-api/advanced-api-monitoring", "title": "Advanced API Monitoring", "description": "Why API Monitoring? Why API monitoring? It’s a good question. After all, companies and DevOps groups use LOTS of different API monitoring tools. There’s the tool suite that come with their Amazon or Microsoft Cloud instance. There are stack monitoring tools for their backend, like New Relic or App Dynamics. There are the tools built into Axway or Apigee...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "Advanced API Monitoring", "href": "/understanding-api/advanced-api-monitoring" } ], "summary": "Why API Monitoring? Why API monitoring? It’s a good question. After all, companies and DevOps groups use LOTS of different API monitoring tools. There’s the tool suite that come with their Amazon or Microsoft Cloud instance. There are stack monitoring tools for their backend, like New Relic or App Dynamics. There are the tools built into Axway or Apigee...", "bodySections": [ { "title": "Let’s break it down…", "body": "Why API monitoring? It’s a good question." }, { "title": "Your API is not a website", "body": "It looks like a web call, so why not treat it like one? Between the various flavors of OAuth, Mutual TLS on the client side, and simple API keys, getting a meaningful response back can be a challenge. Essentially it’s doing a different thing, in a different way, with significantly different security. Then there are the responses – what does come back? Text, JSON, XML?" }, { "title": "Isn’t a ‘ping’ enough?", "body": "The ping tells you the server responded as expected. But it doesn’t tell you much else. Is the content correct? Did you get back what you wanted? If a regulator expects you to return 1800 items, can you instantly spot if you only sent three? If you have a travel site, are you sending all the hotels you should for a given date? Missing functional errors leaves the door open to poor experiences and even regulatory compliance fines!" }, { "title": "My gateway or stack tool does this", "body": "Your gateway and/or stack tool verifies what you’re sending – but there are several things it doesn’t tell you. If you go down during a period of light load, you may miss that you’re down until load returns to normal, causing a simple fix to become a full blown fire drill. If you stop returning the correct content, or something further down the chain breaks and traffic stops flowing, there might not be anything wrong in any particular section, but the systems may not see the errors. We see this a lot in legacy based systems like banking." }, { "title": "We have networking tools for this", "body": "Your networking tools are great for optimizing traffic around the internet, but they aren’t designed to spot application layer problems like an API can be. If everything generally works except for calls made form a specific cloud in a specific geography, you might not notice that you don’t get much traffic from there, and that the reason for this is your sub-optimal performance. Likewise, if you fundamentally do not work with a particular service, like Azure for example, you need to tell developers and customers not to build on that stack." }, { "title": "Where APIContext comes in", "body": "By analyzing, in real time, the API metrics like HTTP code, content validation, networking breakdown, from around the world and the cloud – and generating a simple trend based score from that data – APIContext identifies outliers and performance problems before they impact users, or become a regulatory compliance hassle. Don’t get caught out by your APIs under performing – or worse, APIs you depend on but don’t own or control under performing. Get on top of API performance monitoring today with a product built from the ground up to solve this very real problem. Whether it’s what Service Level you actually get and not what the SLA says, or making sure you can prove API compliance to a regulator or watch dog or buyer, get things monitored! So, to answer the question: Why API monitoring? Because you need it." }, { "title": "Further reading about API monitoring…", "body": "Why API monitoring? It’s a good question." }, { "title": "API Monitoring", "body": "See how APIContext monitors the APIs you rely on and provides peace of mind." }, { "title": "Service Levels", "body": "See how service levels can be monitored with APIContext" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Let’s break it down…", "Your API is not a website", "Isn’t a ‘ping’ enough?", "My gateway or stack tool does this", "We have networking tools for this", "Where APIContext comes in", "Further reading about API monitoring…", "API Monitoring", "Why API monitoring?", "It’s a good question.", "After all, companies and DevOps groups use LOTS of different API monitoring tools." ], "primaryEntities": [ "APIContext", "Advanced API Monitoring", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/advanced-api-monitoring" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-advanced-api-monitoring.json", "markdown": "https://apicontext.com/understanding-api/advanced-api-monitoring.md", "html": "https://apicontext.com/ai/page/understanding-api-advanced-api-monitoring.html" } }, { "slug": "understanding-api-api-gateway", "url": "https://apicontext.com/understanding-api/api-gateway", "title": "API Gateway", "description": "API Gateway What is an API gateway and how is APIContext different? An API gateway allows API providers to manage and control their APIs reliably and at scale. It manages access, policy and traffic controls, and handles run-time activities including routing and authentication. A gateway typically provides functionality across five broad areas: access control cloud-native...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "API Gateway", "href": "/understanding-api/api-gateway" } ], "summary": "API Gateway What is an API gateway and how is APIContext different? An API gateway allows API providers to manage and control their APIs reliably and at scale. It manages access, policy and traffic controls, and handles run-time activities including routing and authentication. A gateway typically provides functionality across five broad areas: access control cloud-native...", "bodySections": [ { "title": "What is an API gateway and how is APIContext different?", "body": "An API gateway allows API providers to manage and control their APIs reliably and at scale. It manages access, policy and traffic controls, and handles run-time activities including routing and authentication. A gateway typically provides functionality across five broad areas: • access control • cloud-native principles • policy definition • reporting analytics • traffic management Of these areas, reporting analytics supports passive API monitoring. Reporting analytics provides information about the consumption of APIs, HTTP errors and warnings generated by APIs, and detects API behavior patterns, including error patterns, that can be used to optimize API performance. Traffic management functionality can also used to measure and control load on a per API and per user basis." }, { "title": "Common API Gateways", "body": "• 3scale APIcast Cloud Hosted Gateway ( https://www.3scale.net/api-management/apicast/ ) • Akamai API Gateway ( https://www.akamai.com/site/en/documents/product-brief/akamai-api-gateway-product-brief.pdf ) • Akana API Gateway ( https://www.roguewave.com/products-services/akana/api-gateway ) • Amazon API Gateway ( https://aws.amazon.com/api-gateway/ ) • Apigee API Gateway ( https://apigee.com/about/cp/api-gateway ) • Axway API Gateway ( https://www.axway.com/sites/default/files/datasheet_files/axway_datasheet_a… ) • CA API Gateway ( https://www.ca.com/content/dam/ca/us/files/data-sheet/ca-api-gateway.PDF ) • Cisco API Gateway Proxy ( https://www.cisco.com/c/en/us/td/docs/voice_ip_comm/hcs/10_6_1/HCMF_Product… ) • IBM API Management ( https://www.ibm.com/support/knowledgecenter/en/SSWHYP_4.0.0/com.ibm.apimgmt… ) • Informatica API Management ( https://www.informatica.com/gb/products/cloud-integration/integration-cloud… ) • Intel Expressway Service Gateway ( https://www.intel.co.uk/content/dam/www/public/us/en/documents/product-brie… ) • Kong API Gateway ( https://getkong.org/ ) • Microsoft Azure API Management ( https://azure.microsoft.com/en-gb/services/api-management/ ) • MuleSoft Anypoint Platform API Manager ( https://www.mulesoft.com/platform/api/manager ) • Nevatech API Gateway ( http://www.nevatech.com/how-it-works/api-gateway ) • Software AG API Gateway ( https://www.softwareag.com/uk/products/api/api_gateway/default.html ) • TIBCO Mashery API Gateway ( https://www.mashery.com/api/gateway ) • Treegateway API Gateway ( http://treegateway.com/ ) • Tyk Open Source API Gateway ( https://tyk.io/ ) • WSO2 API Management ( https://web.archive.org/web/20221105100520/https://wso2.com/ )" }, { "title": "Doesn’t an API Gateway provide monitoring?", "body": "Though a gateway does provide passive monitoring tools, it does not generally provide active monitoring tools. Active monitoring of APIs is necessary to understand how APIs are performing to expectation from the end user perspective in terms of availability, latency and content of returned payload, and meeting specified Service Level Objectives. Active monitoring can also provide an API heartbeat that indicates whether an API is operating properly at a particular time. APIContext is the state of the art intelligent active API monitoring solution. It is the perfect complement to an API gateway as a part of a comprehensive API management system. Our system lets you easily create test calls that periodically exercise API endpoints by making synthetic transactions from cloud locations. It provides a wizard for seamlessly handling a wide variety of authentication scenarios, including OAuth2. Workflows allow business logic to be tested by making a series of back-to-back calls in which parameters extracted from the output of earlier calls are used as part of the input to later ones. User-defined conditions associated with the results of APIContext test calls such as the HTTP response code or the size of the returned payload can be used to trigger webhooks and alerts than can be reported to higher level management systems. APIContext exposes its own API that allows it to integrated directly with other systems. We use proprietary patent-pending machine learning technology that blends together different API performance metrics and leverages its unique dataset of historical API test call records. We call this an Insights CASC score for each API, a credit rating-like score that lets you see at a glance the quality of an API compared to any other and whether the quality is getting better or worse. If you are an API gateway user, we at APIContext would be delighted to discuss how APIContext can be integrated with your existing systems to provide the active API monitoring functionality needed to properly manage your APIs. and see what your existing gateway might be missing." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "What is an API gateway and how is APIContext different?", "Common API Gateways", "Doesn’t an API Gateway provide monitoring?", "Ready To Start Monitoring?", "An API gateway allows API providers to manage and control their APIs reliably and at scale.", "It manages access, policy and traffic controls, and handles run-time activities including routing and authentication." ], "primaryEntities": [ "APIContext", "API Gateway", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/api-gateway" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-api-gateway.json", "markdown": "https://apicontext.com/understanding-api/api-gateway.md", "html": "https://apicontext.com/ai/page/understanding-api-api-gateway.html" } }, { "slug": "understanding-api-api-kpis", "url": "https://apicontext.com/understanding-api/api-kpis", "title": "API KPIs", "description": "API KPIs (Key Performance Indicators) Defining API KPIs (key performance indicators) being used is a critical part of understanding not just how they work but how well they can work and the impact they have on your services, users or partners. But what do you look at and track when measuring API KPIs? Some API...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "KPIs for APIs – Key Performance Indicators", "href": "/understanding-api/api-kpis" } ], "summary": "API KPIs (Key Performance Indicators) Defining API KPIs (key performance indicators) being used is a critical part of understanding not just how they work but how well they can work and the impact they have on your services, users or partners. But what do you look at and track when measuring API KPIs? Some API...", "bodySections": [ { "title": "Measured Pass Rate", "body": "The pass rate is the actual measured success rate for an API call from a specific location. But APIs can pass at different rates from different locations. So don’t just assume that HTTP-200 means ‘All OK’. Just because your API gateway or APM stack logs show 200 codes doesn’t mean that everything is working well – or even at all. Imagine you’re in a restaurant where they only measure whether or not you get a drink – but don’t actually care if you get the drink you ordered, or whether or not it has ice in it? That can be the difference between being told an API call passed and having a dispute with a supplier, customer or regulator over what you actually delivered." }, { "title": "Effective Pass Rate", "body": "It’s entirely possible to have two APIs doing the same thing, but with wildly different effective pass rates. Even with a 100% pass rate, there may be events and performance issues that cause timeouts and other problems. You need to take into account the performance, including latencies and items that may affect end users. So thinking back to our restaurant, they might have a time goal where they still don’t care if there’s even a drink in the glass as long as the glass is delivered on time, or, where they check the average time, so while your drink took over an hour, on average,most drinks were served in under 5 minutes." }, { "title": "Location Impact on API KPIs", "body": "Latency is complex for APIs. Using a common ‘ping’ tool won’t tell you what you need to know. API calls include multiple steps: • Connect Time • DNS Look Up • Server Side Processing Time • Internet Travel Time • Total Call Time And each of these vary by geography and even cloud service provider. What works between AWS servers might not work so well if your partner is using Azure or Google. Understanding these issues can save pain and complaints and brand impact later." }, { "title": "Statistics matter", "body": "A slow API might not be a problem. But an API that is slow only sometimes might well be. Systems measuring average performance can miss significant performance issues lasting many hours. So it’s important not just to think about the averages here, but also the percentiles, that is the calls that fall into a certain group – like the worst 5% or 1% of calls. That might not sound like a lot but consider an example. You serve 1,000,000 API calls a day and have an average latency of 500ms, that’s good? Right? But consider this, your 95th percentile, that’s the slowest 5% take over 2 seconds, and your 99th percentile is over 10 seconds. That’s 10,000 calls a day taking over 10 seconds… is that any good?" }, { "title": "Learn more about API KPIs", "body": "See how APIContext measures performance and SLAS – or check out some of our other articles." }, { "title": "Learn about CASC", "body": "CASC scoring takes the guesswork out of your API monitoring by identifying the APIs that need attention." }, { "title": "SLAs", "body": "Service Level Agreements – do you meet them? How do you know?" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Measured Pass Rate", "Effective Pass Rate", "Location Impact on API KPIs", "Statistics matter", "Learn more about API KPIs", "Learn about CASC", "SLAs", "Ready To Start Monitoring?", "Defining API KPIs (key performance indicators) being used is a critical part of understanding not just how they work but how well they can work and the impact they have on your services, users or partners.", "But what do you look at and track when measuring API KPIs?", "Some API KPIs are ‘ soft ’ – your documentation, the formal definitions of how the API works, use metrics and adoption, and others are ‘hard’ – focusing on the underlying functionality of the service being measured." ], "primaryEntities": [ "APIContext", "KPIs for APIs – Key Performance Indicators", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/api-kpis" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-api-kpis.json", "markdown": "https://apicontext.com/understanding-api/api-kpis.md", "html": "https://apicontext.com/ai/page/understanding-api-api-kpis.html" } }, { "slug": "understanding-api-api-monitoring-for-dummies", "url": "https://apicontext.com/understanding-api/api-monitoring-for-dummies", "title": "API Monitoring for Dummies", "description": "API Monitoring for Dummies API Monitoring – the basics With the average enterprise now using over 1000 APIs, why are we still being asked what is API Monitoring and how to do it? The reason is simple, it’s a complex topic that that falls between different groups inside the enterprise and can lead to a variety...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "API Monitoring For Dummies", "href": "/understanding-api/api-monitoring-for-dummies" } ], "summary": "API Monitoring for Dummies API Monitoring – the basics With the average enterprise now using over 1000 APIs, why are we still being asked what is API Monitoring and how to do it? The reason is simple, it’s a complex topic that that falls between different groups inside the enterprise and can lead to a variety...", "bodySections": [ { "title": "API Monitoring – the basics", "body": "With the average enterprise now using over 1000 APIs , why are we still being asked what is API Monitoring and how to do it? The reason is simple, it’s a complex topic that that falls between different groups inside the enterprise and can lead to a variety of approaches, not all of them as effective as others. One challenge is there are several audiences who need to worry about API Monitoring and they are all concerned about different API KPIs (API Key Performance Indicators). As a result, they have different goals from API monitoring. So, let’s outline some insights into the approaches and some methodologies to make API monitoring easier and more effective. We’re going to look at this from the perspective of working out what you want to achieve with API monitoring and then look at how to deliver that. • What are the goals of my API Monitoring? • Who is the audience? • What do I want or need to monitor? What should I monitor? • How do I want to monitor it (and does it matter)? This article will answer these, and other, questions and suggest some clear strategies for enterprises looking to add dedicated API monitoring or build on what they have already." }, { "title": "API Monitoring: Setting your Goals", "body": "First, what is your pain point and what type of monitoring is going to help you understand that pain? For many, this is purely knowing your “API availability.” If you want to know if your APIs are available or know about problems before your customers notice a problem, it’s the perfect place to begin. One of the potential issues can be relying on internal observations through application monitoring (APM) tools like Dynatrace, New Relic, Splunk or others. APM tools allow you to spot outages but often it takes some time for the outage to become apparent. An example of this would be if you have time-based use patterns (i.e. customers in a single time zone or setup of time zones) where low load during the night masks an emergent problem after an update at midnight. In practice, we’ve seen as much as 4 hours difference between using log-based API monitoring and purpose-built synthetic monitoring. The second issue with log-based monitoring is that many APIs can appear to function but not be working as expected. This is an issue with all APIs, but particularly bad with GraphQL where all APIs returned a HTTP 200 code even if there is an error message in the body. Your goal should be to monitor the APIs for function not just status codes. Third, if your goal is to validate a Service Level Objective , you need to monitor that from where your customers are. In our experience of monitoring billions of API calls, it is extremely difficult to reach agreement over performance or quality metrics when you are looking at different metrics. When your customer shows you data that they generated locally, you will not get very far responding with your own data that is designed to show your services in the most favorable light. Finally, it is important to remember to monitor all the aspects of your APIs – because security is complex, it’s common for engineering teams to skip parts of the API monitoring process in order to simplify the work. This creates gaps, and gaps can lead to unexpected outages. Moreover, highly secure services that are protected by OAuth and other strong authentication systems can be complex and brittle (i.e. prone to break) – engineering teams sometimes install workarounds for API security in order to simplify the testing process. This has led to credentials being exposed in the wild and other potential security problems being introduced to your API surface area. Overall your goal should be to monitor your APIs like your end customers consume them and generate data that replicates their experience ." }, { "title": "API Monitoring: Who is the audience?", "body": "Most teams that monitor APIs do so for an internal audience. If that is the case for you, consider who your stakeholders are. APIs now cross all aspects of business operations. Product and engineering team need completely different data and analysis than the SRE team or the compliance and risk team. If you are monitoring for Service Level Objectives where there are external customer stakeholders involved (possibly even ones that pay you for API access), then their needs and the data they want to see is likely to be very different again. If you are in a regulated industry, it’s entirely possible that your API Monitoring might potentially have a business risk impact too, which needs to be managed in addition to all of the technical considerations we have discussed. While it increases the complexity of your API monitoring solution, the right product should be able to meet the needs of all the stakeholders and deliver the data directly to the tools and systems needed for accurate reporting. Your API monitoring solution needs to ensure that it can output to the systems you use and gather the data that solves all your business needs for all the stakeholders involved." }, { "title": "API Monitoring: What to Monitor?", "body": "Because most API calls look like HTTP web calls, there is a natural tendency to treat them like webpages, and there are classes of API Monitoring tools that have evolved from web monitoring. This approach has some drawbacks because fundamentally API calls and web calls are different things. They work differently, they have different security and they’re often used in very different ways. We’re not just saying that because our API monitoring is purpose-built from the ground up for even the most complex API use cases. Let’s start with considering the basic things people tend to think of when talking about API Monitoring: • Availability – is it up or not? • Performance (latency, usually in milliseconds) – how fast is a call? But what are you missing here? There’s a lot more to the question of how well does an API work than just 2 metrics. • Functional – did the call actually deliver the result expected? • Slow calls – how many passing calls fell outside of the expected performance range? • Did the call return the correct context as per your specification? • Are the security settings working to your expectations? • Is it performing uniformly across all possible locations? I.e. does one particular cloud or data center under perform – is that one that is critical to your customers? • Is the content you are sending correct for the call? Can you tell? • Are you returning the content you expected? Depending on the audience, you might need to answer lots of questions and in a regulated environment this could involve a government agency with the power to fine you. It’s also worth mentioning at this point, that you might also want to monitor the services you consume – are you getting what you pay for and could you prove to a third party that they missed their SLA? As more APIs fall under the purview of a regulator, especially in healthcare and banking, teams need to pay careful attention to the quality of the data returned by the API. Does it match the OpenAPI specification? Many engineering groups use linting tools in their test process but if something changes between releases, would they know? As a further complication, if you are expected to return accurate content AND be able to prove it is accurate, could you do so? Checking the content for meeting the standard AND returning the correct data could be essential in some industries to avoid fines." }, { "title": "API Monitoring: How to Monitor?", "body": "When considering what to monitor, we reviewed two types of monitoring. The first is simply an availability check – a ‘ping.’ This will tell you quickly if an endpoint exists and responds in the way you expect. A ping, if conducted from the right locations, might even answer some of the performance questions. Uptime monitoring is a simple check on the availability of a specific endpoint. Typically uptime checks use simplified security (which might not work with complex OAuth-based APIs) and don’t check anything beyond the availability of the service and the overall latency of the call. For a richer experience we would recommend full synthetic API monitoring where you are generating real calls against production systems to test all the sequences that a user would be interested in. This should also use the same security and authentication settings as an end user would use – requiring a system to handle not just OAuth type authentication but also the process of token refreshes too. Calls should be made from the outside in, at a frequency that enables you to catch outages when they start. An APIContext client found that by using APIContext at a frequency of 1 functional sequence every 10 minutes they were able to reduce the time for alerting to potential outages from 4 hours (with their gateway and APM logs in a major data analysis tool) to under 15 minutes. In addition to monitoring at the correct frequency, we recommend setting logic into your monitoring to handle retry scenarios. It’s a fact that API calls don’t work, first-time, 100% of the time, often failing for the first call and then passing for the second. Within APIContext we offer a range of retry conditions to capture the exact moment when an outage begins." }, { "title": "Don’t we have a Monitoring tool for that?", "body": "A final consideration is the assumption that all monitoring and testing is built equally. It is not. Something that works for a website in certain situations might miss critical API scenarios because it’s not designed to handle that type of security system. Every team faces pressure to save costs, especially in SaaS and Tooling, but we find that good teams use different tools for different jobs, and APIs are complex enough that they do merit their own tooling." }, { "title": "Recommendations", "body": "• A fully functional API monitoring synthetics tool is essential for any enterprise, especially in a regulated industry • Different audiences depend on different data – the needs of the SRE team will be different to the needs of the product or compliance teams – but the data ought to come from the same source • Monitoring should be done outside-in, in the cloud locations from which your customers and end users call you • Service Level Objectives should be measured independent from your infrastructure to avoid contaminating the data • Data generated by your solution should be available in the tools and services you use APIContext is a world leader in synthetic API monitoring for regulated and secure APIs with a system designed to save time, effort and money for all stakeholders." }, { "title": "API Monitoring", "body": "See how APIContext monitors the APIs you rely on and provides peace of mind." }, { "title": "KPIs for APIs", "body": "There are lots of things you can measure with APIs. What things are you likely missing?" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "API Monitoring – the basics", "API Monitoring: Setting your Goals", "API Monitoring: Who is the audience?", "API Monitoring: What to Monitor?", "API Monitoring: How to Monitor?", "Don’t we have a Monitoring tool for that?", "Recommendations", "API Monitoring", "API Monitoring – the basics With the average enterprise now using over 1000 APIs , why are we still being asked what is API Monitoring and how to do it?", "The reason is simple, it’s a complex topic that that falls between different groups inside the enterprise and can lead to a variety of approaches, not all of them as effective as others.", "One challenge is there are several audiences who need to worry about API Monitoring and they are all concerned about different API KPIs (API Key Performance Indicators)." ], "primaryEntities": [ "APIContext", "API Monitoring For Dummies", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/api-monitoring-for-dummies" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-api-monitoring-for-dummies.json", "markdown": "https://apicontext.com/understanding-api/api-monitoring-for-dummies.md", "html": "https://apicontext.com/ai/page/understanding-api-api-monitoring-for-dummies.html" } }, { "slug": "understanding-api-api-ratings", "url": "https://apicontext.com/understanding-api/api-ratings", "title": "API Ratings", "description": "REST API Rating and Reporting You may think you are monitoring your APIs, but what about the services you buy via API from other people, how do you go about rating APIs? How are you measuring the quality of those APIs and the services you use every day? Do you rely on the supplier to...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "API Ratings", "href": "/understanding-api/api-ratings" } ], "summary": "REST API Rating and Reporting You may think you are monitoring your APIs, but what about the services you buy via API from other people, how do you go about rating APIs? How are you measuring the quality of those APIs and the services you use every day? Do you rely on the supplier to...", "bodySections": [ { "title": "Example REST API Rating Dashboard from APIContext", "body": "You may think you are monitoring your APIs, but what about the services you buy via API from other people, how do you go about rating APIs? How are you measuring the quality of those APIs and the services you use every day?" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Example REST API Rating Dashboard from APIContext", "Ready To Start Monitoring?", "You may think you are monitoring your APIs, but what about the services you buy via API from other people, how do you go about rating APIs?", "How are you measuring the quality of those APIs and the services you use every day?", "Do you rely on the supplier to tell you that everything is good?" ], "primaryEntities": [ "APIContext", "API Ratings", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/api-ratings" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-api-ratings.json", "markdown": "https://apicontext.com/understanding-api/api-ratings.md", "html": "https://apicontext.com/ai/page/understanding-api-api-ratings.html" } }, { "slug": "understanding-api-api-sla-management", "url": "https://apicontext.com/understanding-api/api-sla-management", "title": "API SLA Management Guide", "description": "Service Level Agreements (SLAs) For APIs APIs are critical to your business operations and services. But how do you measure an SLA and manage that process? With many different factors going into an SLA, which ones do you choose to highlight? What does true agreement look like? What are the ins and outs of API...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "SLA for APIs: Monitoring Your API SLA (Service Level Agreement)", "href": "/understanding-api/api-sla-management" } ], "summary": "Service Level Agreements (SLAs) For APIs APIs are critical to your business operations and services. But how do you measure an SLA and manage that process? With many different factors going into an SLA, which ones do you choose to highlight? What does true agreement look like? What are the ins and outs of API...", "bodySections": [ { "title": "How do you agree on an SLA?", "body": "Both parties in the API contract have to agree on what they’re getting. You need to know what you’re delivering to a third party. You need to accurately track what you’re receiving. One of the key factors is where you measure things from. This will impact your results. So to be in true agreement, here’s what you need to confirm: • Where do you measure from? • How do you measure up-time? • How do you understand consistency? • How do you prove it? Have an agreed set of data points that all parties involved can agree upon – not just data, which shows what one side wants you to believe." }, { "title": "Location, location, location", "body": "Did you know that API calls made in Asia can easily take twice as long as the same call made in the USA? And even inside the USA, there can be a 100% difference in speed from coast to coast. Location affects performance more than people think. What a ping tool tells you about connection time might not be the same experience of the end user. The cloud matters, too. API calls made from different providers in the same location can vary wildly – as can calls from the same provider, but in different locations. If you’re underperfoming against an SLA because of location, you need to be able to show that it might be a matter of changing your underlying infrastructure." }, { "title": "What are you measuring, anyway?", "body": "In our performance survey of across >1000 APIs, we found there was a persistent error rate of about 0.5%. But all services have downtime – for maintenance, for example. So the more important metric is how consistent the service is over time. Averages can be misleading as a metric when it comes to an SLA, especially over significant time periods. A high average, measured over the course of a month, could easily ignore periods where your APIs are too slow to function properly. From an API SLA management perspective both parties also need to agree that what they’re measuring is the same thing before they get to arguing about whether or not they or you have missed a critical delivery." }, { "title": "What are your actual service levels?", "body": "Even before you agree on an SLA, you need to know what service levels are actually being achieved. APImetrics can help determine accurate service levels delivered by critical APIs. And you can avoid an SLA that cannot be enforced. We’ve mentioned the 5 9s – 99.999% – which is a metric from the days of telephony availability and is often set as the gold standard for service quality. But it does have drawbacks. If your system relies on other providers, for example, and they aren’t delivering 5 9s then there’s no mechanism for you to deliver it. Also, cost wise, the cost of getting to that level of service can be incredibly high for small companies, do you need to?" }, { "title": "Pulling it all together", "body": "The key things to focus on for API SLA management are: • Verify what level of service you deliver • Test your SLAs against your SLOs before hand to make sure you are delivering on it! • Agree on the terms of measurement: how, what and where and who • Choose metrics that are meaningful – not just ones that make you feel good but actionable metrics that can be achieved" }, { "title": "Total SLA Assurance", "body": "With APIContext, we can monitor the delivered Service Levels as an independent third party with alerts and automated reports when SLAs are missed. We show how long issues lasted and the impact they could have had on services – even down to a region or particular cloud provider. Never get caught out again. Have total assurance that you’re getting the level of service you’re paying for – or not being blamed for other people’s mistakes." }, { "title": "Performance Monitoring", "body": "Take a look at the features built into APIContext to support SLA monitoring and reporting" }, { "title": "Reporting", "body": "See examples of API performance data at API.expert, our free ranking and quality service" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "How do you agree on an SLA?", "Location, location, location", "What are you measuring, anyway?", "What are your actual service levels?", "Pulling it all together", "Total SLA Assurance", "Performance Monitoring", "Reporting", "With many different factors going into an SLA, which ones do you choose to highlight?", "What does true agreement look like?", "What are the ins and outs of API SLA management and how do you hit the elusive 5 9s (99.999% uptime) and what does that really mean?" ], "primaryEntities": [ "APIContext", "SLA for APIs: Monitoring Your API SLA (Service Level Agreement)", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/api-sla-management" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-api-sla-management.json", "markdown": "https://apicontext.com/understanding-api/api-sla-management.md", "html": "https://apicontext.com/ai/page/understanding-api-api-sla-management.html" } }, { "slug": "understanding-api-apimetrics-global-coverage", "url": "https://apicontext.com/understanding-api/apimetrics-global-coverage", "title": "APIContext Global Coverage", "description": "Global Monitoring Network Global Monitoring for a containerized world For a cross-cloud, containerized world, APIContext offers the only Global Monitoring Network built for the needs of modern cloud solutions. Not only that but if the locations we provide aren’t good enough, then we provide our users the option to deploy their own. Truly Cross Cloud...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "APIContext Global Coverage", "href": "/understanding-api/apimetrics-global-coverage" } ], "summary": "Global Monitoring Network Global Monitoring for a containerized world For a cross-cloud, containerized world, APIContext offers the only Global Monitoring Network built for the needs of modern cloud solutions. Not only that but if the locations we provide aren’t good enough, then we provide our users the option to deploy their own. Truly Cross Cloud...", "bodySections": [ { "title": "Global Monitoring for a containerized world", "body": "For a cross-cloud, containerized world, APIContext offers the only Global Monitoring Network built for the needs of modern cloud solutions. Not only that but if the locations we provide aren’t good enough, then we provide our users the option to deploy their own." }, { "title": "Truly Cross Cloud", "body": "Your customers, partners and users aren’t all on the same cloud. Why would you monitor from only one? With the world of serverless solutions, Kubernetes and more become how APIs are delivered, if you’re only monitoring a single cloud then you’re missing out on critical data." }, { "title": "Regional Locations and IP Addresses", "body": "Please refer to the up-to-date list available in our help pages . * Note: IP addresses may change. Postman agents do not use these IP addresses." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Global Monitoring for a containerized world", "Truly Cross Cloud", "Regional Locations and IP Addresses", "Ready To Start Monitoring?", "Global Monitoring for a containerized world For a cross-cloud, containerized world, APIContext offers the only Global Monitoring Network built for the needs of modern cloud solutions.", "Not only that but if the locations we provide aren’t good enough, then we provide our users the option to deploy their own.", "Truly Cross Cloud Your customers, partners and users aren’t all on the same cloud." ], "primaryEntities": [ "APIContext", "APIContext Global Coverage", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/apimetrics-global-coverage" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-apimetrics-global-coverage.json", "markdown": "https://apicontext.com/understanding-api/apimetrics-global-coverage.md", "html": "https://apicontext.com/ai/page/understanding-api-apimetrics-global-coverage.html" } }, { "slug": "understanding-api-casc-score-cloud-api-service-consistency", "url": "https://apicontext.com/understanding-api/casc-score-cloud-api-service-consistency", "title": "CASC Score Cloud API Service Consistency", "description": "What Is CASC Scoring? CASC scoring deals with one of the challenges of understanding what your Key Performance Indicators KPIs for APIs are telling you – how you come to terms, easily and quickly with large amounts of data in a meaningful way. This has been recognized before with systems like Apdex, but these have...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "CASC – Cloud API Service Consistency Score", "href": "/understanding-api/casc-score-cloud-api-service-consistency" } ], "summary": "What Is CASC Scoring? CASC scoring deals with one of the challenges of understanding what your Key Performance Indicators KPIs for APIs are telling you – how you come to terms, easily and quickly with large amounts of data in a meaningful way. This has been recognized before with systems like Apdex, but these have...", "bodySections": [ { "title": "What it means for you", "body": "Simply put, you don’t want to know just that your API is performing. You also want to know HOW it is performing. Our CASC Score is a number between 0 and 10 that tells you how well an API performed over a period of a week or a month. You can see at a glance how an API is behaving and how this compares to any other measured API, whether one of your own or that of your suppliers, your partners, and customers. The higher the CASC Score, the better. If your CASC Score is higher this week compared to last week, you know your API is getting better. If it’s lower, you know your API is getting worse. Most APIs are good APIs. A CASC Score of over 8 indicates few if any issues. Between 6 and 8, there are some issues that need to be looked at. And below 6? That means you are using or exposing a bad API that has very serious problems that need to be resolved as soon as possible. And the CASC Score is an easy and transparent way of measuring confidence in how well an API is doing." }, { "title": "How do we do it?", "body": "Think of the CASC Score as a bit like a credit rating or a net promoter score but for the quality of your API or microservices. We take all of the metrics we have for each API, blend them together, then compare the result against our unrivaled data set of historical API test records. This gives us a single number that is automatically bench-marked against all the other APIs monitored by APIContext. As for how we do the blending and the bench-marking, well, that’s our little secret! You don’t expect Coke or KFC to give away their recipe, do you? But let it be understood that it does involve state of the art machine learning technology." }, { "title": "What does the CASC score mean?", "body": "CASC scoring deals with one of the challenges of understanding what your Key Performance Indicators KPIs for APIs are telling you – how you come to terms, easily and quickly with large amounts of data in a meaningful way. This has been recognized before with systems like Apdex, but these have been, generally, very simplistic approaches to dealing with the challenges of performance and quantifying it." }, { "title": "8.00 up – Good! A healthy API", "body": "Everything is looking in good shape, you should have minimal problems you need to look into. Keep it up and watch for changes." }, { "title": "6.00 – 7.99 – Issues – needs attention", "body": "There are issues that should be looked into – it might be latency or inconsistent service but there will be things impacting user expectations." }, { "title": "5.99 and lower – Poor performing API", "body": "The API will have significant performance issues every week representing lost time and wasted engineering effort in response." }, { "title": "Can I improve my score?", "body": "If you’re an APIContext customer, along with all the other analysis of the performance of your critical APIs that we do, we also provide you with details on why a score is what it is and what areas of the performance you need to focus on in order to improve things." }, { "title": "API Monitoring", "body": "See how APIContext monitors the APIs you rely on and provides peace of mind." }, { "title": "Performance Monitoring", "body": "Detailed performance metrics by latency, location, cloud." }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "What it means for you", "How do we do it?", "What does the CASC score mean?", "8.00 up – Good! A healthy API", "6.00 – 7.99 – Issues – needs attention", "5.99 and lower – Poor performing API", "Can I improve my score?", "API Monitoring", "CASC scoring deals with one of the challenges of understanding what your Key Performance Indicators KPIs for APIs are telling you – how you come to terms, easily and quickly with large amounts of data in a meaningful way.", "This has been recognized before with systems like Apdex, but these have been, generally, very simplistic approaches to dealing with the challenges of performance and quantifying it.", "Building on the success of the ‘credit score’ in the financial sector, APIContext has developed Cloud API Service Consistency (CASC) scoring to give a simple indication of the quality and health of a specific API or group of APIs and allow for easy, like-for-like comparisons between different systems." ], "primaryEntities": [ "APIContext", "CASC – Cloud API Service Consistency Score", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/casc-score-cloud-api-service-consistency" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-casc-score-cloud-api-service-consistency.json", "markdown": "https://apicontext.com/understanding-api/casc-score-cloud-api-service-consistency.md", "html": "https://apicontext.com/ai/page/understanding-api-casc-score-cloud-api-service-consistency.html" } }, { "slug": "understanding-api-service-level-objectives-and-slas", "url": "https://apicontext.com/understanding-api/service-level-objectives-and-slas", "title": "Service Level Objectives", "description": "SLO (Service Level Objectives) V. SLAs SLO: how to define and measure a Service Level Objective and how that relates to a Service Level Agreement. This is a complicated field with a lot of moving parts so buckle up and we’ll cover the key concepts. Reliability Engineering APIContext is a tool for monitoring the performance...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "Service Level Objectives", "href": "/understanding-api/service-level-objectives-and-slas" } ], "summary": "SLO (Service Level Objectives) V. SLAs SLO: how to define and measure a Service Level Objective and how that relates to a Service Level Agreement. This is a complicated field with a lot of moving parts so buckle up and we’ll cover the key concepts. Reliability Engineering APIContext is a tool for monitoring the performance...", "bodySections": [ { "title": "Reliability Engineering", "body": "APIContext is a tool for monitoring the performance and quality of APIs. There are lots of good reasons why you should do that, but one particularly important one is to see if an API meets its Service Level Agreement (SLA). But as a team of Google engineers point out in their O’Reilly book Reliability Engineering: How Google Runs Production Systems , an SLA is actually a legal document (or, in the case of an internal API, a formal agreement between business units). So, the whole SLA places a legal wrapper around one of more Service Level Objectives (SLOs). For an API, examples of SLOs might be: • 99.9% availability • a median latency less than 300 ms from all cloud locations • always returning a payload with a size greater than 25 kB Or you could use the APIContext CASC score , as this provides a blended quality measure that takes into account a number of different metrics. Thus, another example of an SLO might be a weekly CASC score greater than 7.5. Although, we might recommend you use CASC for spotting potential SLO problems and not as a metric to directly track! API monitoring systems are not yet in the business of determining whether or not a contract has been fully honored in the legal sense. But they are very good at measuring the metrics associated with SLOs. Now, measuring API metrics is a non-trivial thing to do. In a situation in which there is a formal SLA in place, you don’t want to be doing it yourself with a cURL script and cronjob, not least of which is because it’s bad practice to self certify that you’re doing as you say you are." }, { "title": "Independent Measurement: don’t mark your own work!", "body": "Using a third-party product doesn’t only mean that there is an independent arbiter providing the information to decide whether or not an SLO has been met. It also means that you don’t run the risk of having somebody internally making the numbers look better than they actually are, and thereby creating problems for the Customer Success teams. Something else that can be done with APIContext is to determine SLOs. If you are API provider, you want to know how your API performs in order to determine what kind of SLO might be reasonable to agree to. And just as a provider doesn’t want to agree to an SLO that is too onerous, an API consumer can use APIContext to make sure that an SLO isn’t too lax. APIs are increasingly the glue of digital age. More and more companies on depending on APIs they expose and consume to enable time-sensitive mission-critical business activities. With organizations relying on APIs, SLAs become a necessity. APIContext allows companies to understand what reasonable SLOs might go in the SLA, and to avoid finger-pointing when it comes whether or not the SLOs have been met." }, { "title": "Measuring the Service Level Objectives", "body": "When you set up monitoring on your APIs, and before you set objectives, it is essential to see how they function normally. We would recommend that you follow the following key guides on this: • Measure from where your customers are based – so you can see things that might impact your ability to deliver that can be fixed or accounted for in your objectives • Don’t set unrealistic goals – 99.999% uptime is a goal but if the API can only realistically deliver 99.9% over a given month, there’s not much point in identifying a metric you can’t hit. • Set percentile based metrics for goals on latency not averages – not to be MEAN about this, but you can hide a lot of bad stuff under the carpet of an Average. Set the average high enough and the API can essential be failing for hours a day and still not meet any alerting thresholds Focus on the KPIs that are meaningful for you and fix the ones that are under performing. Read more about KPIs for APIs in the next article…" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "Reliability Engineering", "Independent Measurement: don’t mark your own work!", "Measuring the Service Level Objectives", "Ready To Start Monitoring?", "Reliability Engineering APIContext is a tool for monitoring the performance and quality of APIs.", "There are lots of good reasons why you should do that, but one particularly important one is to see if an API meets its Service Level Agreement (SLA).", "But as a team of Google engineers point out in their O’Reilly book Reliability Engineering: How Google Runs Production Systems , an SLA is actually a legal document (or, in the case of an internal API, a formal agreement between business units)." ], "primaryEntities": [ "APIContext", "Service Level Objectives", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/service-level-objectives-and-slas" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-service-level-objectives-and-slas.json", "markdown": "https://apicontext.com/understanding-api/service-level-objectives-and-slas.md", "html": "https://apicontext.com/ai/page/understanding-api-service-level-objectives-and-slas.html" } }, { "slug": "understanding-api-why-api-monitoring-problems", "url": "https://apicontext.com/understanding-api/why-api-monitoring-problems", "title": "Why API Monitoring Matters", "description": "Why API Monitoring Matters The Problems at the Coalface We regularly get the question: why should I monitor my APIs separately? After all, we’ve had REST APIs for a long time now, relatively speaking and we have a variety of solutions in place for IT monitoring – whether it’s a cloud server monitoring, a stack monitoring...", "contentType": "resource", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "understanding api", "href": "/understanding-api" }, { "name": "Why API Monitoring – Problems", "href": "/understanding-api/why-api-monitoring-problems" } ], "summary": "Why API Monitoring Matters The Problems at the Coalface We regularly get the question: why should I monitor my APIs separately? After all, we’ve had REST APIs for a long time now, relatively speaking and we have a variety of solutions in place for IT monitoring – whether it’s a cloud server monitoring, a stack monitoring...", "bodySections": [ { "title": "The Problems at the Coalface", "body": "We regularly get the question: why should I monitor my APIs separately? After all, we’ve had REST APIs for a long time now, relatively speaking and we have a variety of solutions in place for IT monitoring – whether it’s a cloud server monitoring, a stack monitoring solution like New Relic or App Dynamics , or the logs from your gateway. So why do you need something else to do it? It’s a good question. But the answer is simple, because the other tools aren’t doing it. This still comes as a shock to us when we look at some of the APIs provided by large, public, organizations – and we see that they’re doing things that should be picked up by other tools, or just have implemented solutions that would have been problematic at the birth of the API economy, five or more years ago are still going on. To illustrate this, we looked at some APIs provided by the government agencies of a G20 country that is recognized as one of the world leaders in digital government and a set of APIs provided by 9 different blue chip, Fortune 500 organizations which all do essentially the same thing – return data on branch locations. We didn’t do a deep survey. This was a high-level look to generate some data for interested parties. Here are some of the things we found. They emphasize why organizations need to get on top of APIs – and not just unit test them. They also need to make sure that the APIs you make public work as you have documented them and continue to work. So why API monitoring? Because without it your going to be upsetting a lot of your customers or potential customers. Let’s dive into what those things are." }, { "title": "The Simple Stuff", "body": "The Problems at the Coalface We regularly get the question: why should I monitor my APIs separately? After all, we’ve had REST APIs for a long time now, relatively speaking and we have a variety of solutions in place for IT monitoring – whether it’s a cloud server monitoring, a stack monitoring solution like New Relic or App Dynamics , or the logs from your gateway." }, { "title": "Security", "body": "If your API has security, then we see no reason why you would have the API key as a URL parameter, and not in the header being handled as a HTTP call. At the very least, HTTPS should be a must. There’s certainly not a lot of point in implementing key-based security, only to make your users pass the keys around the internet without encryption." }, { "title": "Is that ACTUALLY a parameter – or not?", "body": "In the documentation, there is a parameter called “datatype.” You set it to define whether you want JSON or XML. We were interested to find that in some cases, an API call worked with the parameter set to /datatype/ (it returned XML) – but in other cases, it returned a 4XX error. Conducting this type of “fuzzing” on your APIs – as deployed – spots a bunch of these edge cases." }, { "title": "What does that mean? Helpful or unhelpful errors", "body": "In another API, we found that if you made a call in the way the documentation said you could, it would throw an error – in this case, a 4XX. It turned out that there was a missing a mandatory parameter that wasn’t documented. The really helpful part was the error itself, which was contained exactly 2 bytes of error message [ ] ,- yes, brackets, that’s all. It took some trial and error to get an actual working call." }, { "title": "Document what you provide – not what you wrote down", "body": "In many instances, the API calls as written down in the web documentation simply didn’t work, returning a range of 5XX and 4XX when input EXACTLY as defined in the documentation. There were no useful errors, and no clue as to why they weren’t working. In one case, the call returned a 500 error with a confirmation of a GZIP taking place. But the GZIP package that was returned was unreadable. This made us think the API didn’t work, but giving us, as a user, no firm idea about what to do next." }, { "title": "Not So Simple", "body": "Here we have the performance of 14 different APIs from 14 different providers. To make this valid we did some work first: • All 14 are of similar sizes, all Fortune 500 companies • The sample covers the same period of time: 1 month • The locations the APIs are called from the same set of locations and clouds (AWS, Amazon, Google and IBM) • The content retrieved is similar in nature • There is no security for the API call, so no effects in the gateway to slow things down" }, { "title": "What do assumptions do?", "body": "There’s a famous saying about assumptions and in the case of APIs it’s true. Here’s what we assumed we would observe. • The APIs would be largely similar in performance • There would be a correlation between the size of the returned content and the speed • The impact of networking effects from the major clouds would be negligible As we can see from the graph, none of those held up under analysis. There’s a wide difference between the fastest and the slowest, even if we take into account content size with more than a 200ms difference between APIs returning similar quantities of data. Even though the data is meant to be largely the same, and on inspection has all the same fields, some providers don’t populate all the fields, even though, in this case, we assume that some of them do have the data on accessibility, for example. Finally, there remain significant differences in networking impacts on APIs. The fastest performing service took 10% of the time to handle DNS lookup than the slowest. Looking deeper into the DNS look up data, it was clear that the worst performing APIs had significant DNS registry problems with 3 of the 4 major clouds that were adding significant delays to all transactions." }, { "title": "What this means for monitoring?", "body": "• You can’t rely on any single product or source. You might have blistering fast search look up times on your server, but if your DNS settings or registrations aren’t working with more than half the cloud services on the planet, your customers will have a poor performance. • A bad update to an API can take down all the users without anybody be any the wiser. • Looking only at your services, which may be up, won’t spot if a specific backend service has stopped communicating correctly or if your load balancer is down • Mis-set thresholds for alerting could leave you down for large chunks of the day and be hard to spot except for long, slow, crawls through thousands of Splunk records We’re not saying you have to use our product ( but, honestly, you REALLY should ), but if you do provide, or consume APIs, you do have to have something that tells you how they’re really working, and not just how you think they do." }, { "title": "API Monitoring", "body": "See how APIContext monitors the APIs you rely on and provides peace of mind." }, { "title": "KPIs for APIs", "body": "There are lots of things you can measure with APIs. What things are you likely missing?" }, { "title": "Ready To Start Monitoring?", "body": "Want to learn more? Sign up now and start using the product immediately." } ], "keyFacts": [ "The Problems at the Coalface", "The Simple Stuff", "Security", "Is that ACTUALLY a parameter – or not?", "What does that mean? Helpful or unhelpful errors", "Document what you provide – not what you wrote down", "Not So Simple", "What do assumptions do?", "The Problems at the Coalface We regularly get the question: why should I monitor my APIs separately?", "After all, we’ve had REST APIs for a long time now, relatively speaking and we have a variety of solutions in place for IT monitoring – whether it’s a cloud server monitoring, a stack monitoring solution like New Relic or App Dynamics , or the logs from your gateway.", "So why do you need something else to do it?" ], "primaryEntities": [ "APIContext", "Why API Monitoring – Problems", "API knowledge base", "API monitoring" ], "ctas": [ { "label": "Human knowledge base view", "href": "/understanding-api/why-api-monitoring-problems" } ], "source": "static", "pageCategory": "Resources", "schemaType": "Article", "aiEndpoints": { "json": "https://apicontext.com/ai/page/understanding-api-why-api-monitoring-problems.json", "markdown": "https://apicontext.com/understanding-api/why-api-monitoring-problems.md", "html": "https://apicontext.com/ai/page/understanding-api-why-api-monitoring-problems.html" } }, { "slug": "what-is-casc", "url": "https://apicontext.com/what-is-casc", "title": "CASC Score Guide", "description": "Cloud API Service Consistency (CASC) scoring turns many performance signals into a single number out of 10, making API quality easier to compare, explain, and improve.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "Understand API quality with one clear score.", "href": "/what-is-casc" } ], "summary": "Understand API quality with one clear score. Cloud API Service Consistency (CASC) scoring turns many performance signals into a single number out of 10, making API quality easier to compare, explain, and improve.", "stats": [ { "value": "10", "label": "maximum CASC score" }, { "value": "9+", "label": "minor incident range" }, { "value": "<6", "label": "unacceptable performance" }, { "value": "p50-p99", "label": "outlier-aware analysis" } ], "bodySections": [ { "eyebrow": "A comprehensive score", "title": "Like an API speed test and credit rating combined.", "body": "CASC blends API performance data, pass/fail behavior, location outliers, and historical comparisons into a single benchmarked score that updates continuously." }, { "eyebrow": "API quality scoring", "title": "Replace metric overload with a clear quality signal.", "body": "Too many metrics can make API quality hard to explain. CASC provides a simple, benchmarked number that shows how well an API is functioning.", "bullets": [ "Single score out of 10", "Performance trends over time", "Simple stakeholder communication without ambiguity" ] }, { "eyebrow": "Meaningful comparisons", "title": "Compare services and providers objectively.", "body": "CASC compares API quality against historical APIContext monitoring data, making it easier to understand service quality across providers, ecosystems, and APIs.", "bullets": [ "Benchmark against APIContext historical data", "Compare providers and services instantly", "Spot trends that are hard to see in raw metrics" ] }, { "eyebrow": "Performance outlier detection", "title": "Look beyond p50, p90, and p99.", "body": "Outlier detection algorithms analyze performance by cloud location and pass/fail behavior so teams can see quality issues that percentile summaries can hide.", "bullets": [ "Outlier detection by cloud location", "Pass/fail behavior included in scoring", "Identify costly performance degradation early" ] }, { "title": "CASC quality scores give product, operations, and leadership teams a shared API quality language", "body": "Real API calls: Score APIs from real GET, PUT, POST, DELETE, and other HTTP requests. Validate responses: Set conditions, override expected return codes, and manage variables for tests. Functional security: Use API keys, OAuth, JWT, JWS, scopes, and token validity in quality checks. Trend analysis: Communicate quality changes quickly with one consistent score. Comparisons: Compare service quality across providers in an objective way. Quality insight: Understand the quality of services and ecosystems you depend on." } ], "keyFacts": [ "CASC score", "Quality trends", "Provider comparisons", "Outlier detection", "API quality reports", "10 maximum CASC score", "9+ minor incident range", "<6 unacceptable performance", "p50-p99 outlier-aware analysis", "Real API calls: Score APIs from real GET, PUT, POST, DELETE, and other HTTP requests.", "Validate responses: Set conditions, override expected return codes, and manage variables for tests.", "Functional security: Use API keys, OAuth, JWT, JWS, scopes, and token validity in quality checks.", "Trend analysis: Communicate quality changes quickly with one consistent score." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "CASC score", "Quality trends", "Provider comparisons", "Outlier detection", "API quality reports" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Score your API quality clearly.", "href": "/contact" } ], "faqs": [ { "question": "What is the CASC score?", "answer": "The CASC (Cloud API Service Consistency) score is a composite API quality metric combining latency percentiles, availability, geographic consistency, and conformance pass rate into a single number on a 0–10 scale. A score above 9 represents healthy performance; below 6 indicates a quality problem requiring immediate attention. It is designed to make API quality understandable and comparable without requiring stakeholders to interpret raw latency histograms." }, { "question": "What inputs go into the CASC score?", "answer": "The CASC score incorporates p50–p99 latency measurements, availability (proportion of successful checks), location variance (whether performance is consistent across PoPs or degraded in specific regions), and conformance pass rate. It captures both whether an API is up and whether it is behaving correctly everywhere." }, { "question": "Can the CASC score be used to evaluate third-party or partner APIs?", "answer": "Yes. Because the CASC score normalizes multiple quality dimensions into a single comparable number, it applies to any monitored API — internal, third-party, or partner-operated. Teams use CASC scores to evaluate competing API providers, hold third-party dependencies to quality thresholds, or include API quality benchmarks in vendor procurement and SLA negotiations." }, { "question": "How does the CASC score help non-technical stakeholders?", "answer": "The CASC score translates complex API telemetry into a single number comparable to a credit rating or speed test result. Product managers and executives can track whether API quality is improving or degrading over time without interpreting latency percentile distributions, and can compare quality consistently across multiple endpoints or providers." } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/what-is-casc.json", "markdown": "https://apicontext.com/what-is-casc.md", "html": "https://apicontext.com/ai/page/what-is-casc.html" } }, { "slug": "workflows-and-traces", "url": "https://apicontext.com/workflows-and-traces", "title": "Workflows and Traces", "description": "Traverse AI infrastructure, browsers, and APIs with reusable workflows, then record the full details of every step for review, investigation, and OpenTelemetry export.", "contentType": "feature", "breadcrumbs": [ { "name": "Home", "href": "/" }, { "name": "Build reusable workflows for high-value journeys.", "href": "/workflows-and-traces" } ], "summary": "Build reusable workflows for high-value journeys. Traverse AI infrastructure, browsers, and APIs with reusable workflows, then record the full details of every step for review, investigation, and OpenTelemetry export.", "stats": [ { "value": "3", "label": "surfaces: AI, browser, API" }, { "value": "100%", "label": "step-level trace detail" }, { "value": "OTEL", "label": "review or export" }, { "value": "24/7", "label": "synthetic journey monitoring" } ], "bodySections": [ { "eyebrow": "Every event in the journey", "title": "From authentication to downstream API dependencies. Captured as a trace.", "body": "APIContext records the full journey, including each call, transition, dependency, and result, so teams can investigate failures without storing every packet of production traffic." }, { "eyebrow": "Advanced workflows", "title": "Build complex journeys across the systems users rely on.", "body": "Complex authentication and authorization flows? AI requests that call APIs? Browser interactions with API dependencies? Any journey that matters to you is one APIContext can verify.", "bullets": [ "Reusable workflow steps across APIs, browsers, and AI infrastructure", "Complex auth, authorization, and dependency handling", "High-value journey validation from the outside in" ] }, { "eyebrow": "Full call details", "title": "See the entire path each workflow took.", "body": "Every call APIContext makes is fully documented, including the route, timings, result details, and step outcomes, so teams have the information they need to investigate.", "bullets": [ "Trace every step and segment of a workflow", "Capture result details for each call", "Filter the journey to find the broken dependency quickly" ] }, { "eyebrow": "Only store what you need", "title": "Keep focused traces without drowning in traffic data.", "body": "Storing all API traffic can be prohibitively expensive. APIContext stores the traces for the synthetic calls it makes, reducing trace volume while preserving the journeys that matter.", "bullets": [ "Store traces for monitored synthetic journeys", "Reduce noisy production trace volume", "Review or export focused evidence through OpenTelemetry" ] }, { "title": "Workflow traces export cleanly into OpenTelemetry, APM, incident, and engineering review tools", "body": "Reusable workflows: Build once, then reuse journey steps for critical production checks. AI infrastructure: Validate workflows that move between AI requests, tools, and APIs. Browser dependencies: Connect browser interactions with the API calls they depend on. Full trace detail: Capture every step, path, timing, and result for investigation. OTEL export: Review traces in APIContext or export them to your existing observability stack. Focused storage: Keep high-value synthetic traces without storing every production call." } ], "keyFacts": [ "Reusable journeys", "Full call traces", "AI + browser + API steps", "OTEL export", "Focused trace storage", "3 surfaces: AI, browser, API", "100% step-level trace detail", "OTEL review or export", "24/7 synthetic journey monitoring", "Reusable workflows: Build once, then reuse journey steps for critical production checks.", "AI infrastructure: Validate workflows that move between AI requests, tools, and APIs.", "Browser dependencies: Connect browser interactions with the API calls they depend on.", "Full trace detail: Capture every step, path, timing, and result for investigation." ], "primaryEntities": [ "APIContext", "Features", "API monitoring", "OpenTelemetry", "Reusable journeys", "Full call traces", "AI + browser + API steps", "OTEL export", "Focused trace storage" ], "audience": [ "API teams", "SRE teams", "platform teams" ], "ctas": [ { "label": "Start tracing the journeys that matter most.", "href": "/contact" } ], "source": "static", "pageCategory": "Features", "schemaType": "Service", "aiEndpoints": { "json": "https://apicontext.com/ai/page/workflows-and-traces.json", "markdown": "https://apicontext.com/workflows-and-traces.md", "html": "https://apicontext.com/ai/page/workflows-and-traces.html" } } ] }