[Human view](https://apicontext.com/compare/apicontext-and-akamai-api-security) · [Markdown view](https://apicontext.com/compare/apicontext-and-akamai-api-security.md) · [APIContext home](https://apicontext.com) # APIContext \+ Akamai API Security Canonical URL: https://apicontext.com/compare/apicontext-and-akamai-api-security Source: static Description: APIContext is not an API security product or an Akamai API Security alternative\. It feeds conformance signal into API Security and covers the APIs traffic\-based discovery cannot see — the third parties you consume\. ## Summary Akamai API Security discovers and protects the APIs in your own traffic\. APIContext feeds conformance signal into it, and covers the APIs it structurally cannot see — the third\-party endpoints you consume\. Akamai API Security, built on the Noname Security platform Akamai acquired, discovers every API across your estate, scores its posture, tests it for vulnerabilities, and detects runtime threats\. It does that by observing traffic: mirrored flows, gateway and load balancer integrations, edge telemetry, and configuration\. That is the right way to secure what you publish, and it defines the boundary of what can be discovered — an API only becomes visible once its traffic crosses infrastructure you control\. APIContext works from the opposite direction, as a client, from 125\+ locations outside your estate\. Two things follow: APIContext conformance signal enriches the posture view, and the third\-party APIs your applications depend on become visible for the first time\. ## Page sections ### Which platform produces which signal Akamai API Security, built on the Noname Security platform Akamai acquired, discovers every API across your estate, scores its posture, tests it for vulnerabilities, and detects runtime threats\. It does that by observing traffic: mirrored flows, gateway and load balancer integrations, edge telemetry, and configuration\. That is the right way to secure what you publish, and it defines the boundary of what can be discovered — an API only becomes visible once its traffic crosses infrastructure you control\. APIContext works from the opposite direction, as a client, from 125\+ locations outside your estate\. Two things follow: APIContext conformance signal enriches the posture view, and the third\-party APIs your applications depend on become visible for the first time\. - Discovery method — APIContext: Active — calls the API as a client, from outside, on a schedule you set; Akamai API Security: Passive — observes traffic crossing infrastructure you control - APIs you publish — APIContext: Verified against their published contract from outside; Akamai API Security: Discovered, inventoried, posture\-scored, and protected - Third\-party APIs you consume — APIContext: Yes — monitored continuously, with SLA and conformance evidence; Akamai API Security: Not discoverable — their traffic never transits your estate\. APIContext supplies it - Shadow and zombie API discovery — APIContext: Not provided — API Security supplies it; Akamai API Security: Yes — core strength - Sensitive data classification — APIContext: Not provided — API Security supplies it; Akamai API Security: Yes — core strength - Runtime threat detection and blocking — APIContext: Not provided — API Security supplies it; Akamai API Security: Yes — core strength - Vulnerability and security testing — APIContext: Not provided — API Security supplies it; Akamai API Security: Yes — pre\-production and continuous testing - Contract and schema conformance — APIContext: Yes — live OpenAPI, FAPI 2\.0, and custom schema validation on every check; Akamai API Security: Not collected — APIContext supplies it - Authentication chain verification — APIContext: Yes — executes full mTLS, FAPI 2\.0, PAR, DPoP, and JARM flows end to end; Akamai API Security: Observes and enforces auth policy on traffic it sees - Security header and TLS posture from outside — APIContext: Yes — measured per region and per hop on every check; Akamai API Security: Configuration and edge posture from inside - Network path telemetry — APIContext: Yes — DNS, connection, TLS, transfer, and response per hop; 30\+ data points per call; Akamai API Security: Not collected — APIContext supplies it - Works together — APIContext: Sends conformance events and evidence into security workflows; Akamai API Security: Correlates them with posture, discovery, and runtime findings ### What APIContext adds to Akamai API Security Passive discovery is the correct foundation for securing what you publish, and it has a hard edge: it can only see APIs whose traffic reaches your infrastructure\. APIContext adds two things — a class of API that is otherwise invisible, and a class of finding that traffic observation does not produce: - The third parties you consume\. Every payment provider, identity provider, KYC service, data vendor, and partner API your applications call is a dependency with a security posture you inherit and cannot inventory — its traffic never transits your estate, so nothing in your security tooling knows it exists\. APIContext monitors those endpoints continuously and gives you an inventory, conformance history, and SLA evidence for each\. - Contract drift as a security finding\. A response that silently starts returning an extra field, drops a security header, or stops matching its published schema is a posture change that no vulnerability scan and no traffic anomaly will flag\. APIContext validates every response against its OpenAPI and FAPI 2\.0 specification and reports the diff\. - Authentication verified by execution, not inspection\. APIContext performs complete mTLS handshakes and full FAPI 2\.0 flows — PAR, DPoP\-bound tokens, JARM validation — as a real client\. If a security control is misconfigured such that the flow no longer holds, that is discovered by an authorized check rather than by an attacker\. - Outside\-in TLS and header posture\. Certificate chains, cipher negotiation, and security headers measured from 125\+ locations, which is where regional edge misconfigurations actually show up\. ### What Akamai API Security does that APIContext doesn't APIContext is not a security product and does not pretend to be one\. Full\-estate API discovery including shadow and zombie endpoints, sensitive data classification, posture scoring, vulnerability and security testing, runtime threat detection, abuse and business\-logic attack detection, and enforcement at the edge are Akamai API Security's domain — and APIContext does none of them\. APIContext will never tell you that an endpoint is leaking PII, that a credential\-stuffing campaign is underway, or that an undocumented API is exposed\. It tells you whether the APIs you know about are behaving as specified, from outside, everywhere\. ### How teams run both Security teams use API Security as the authoritative inventory and enforcement layer for everything they publish, and APIContext for the two things sitting outside that boundary: continuous outside\-in verification of the critical published APIs, and the entire third\-party dependency surface\. In regulated environments the pairing has a compliance dimension too — API Security evidences that controls exist and are enforced, while APIContext evidences that they held, from named locations, on dated checks, which is the form auditors and regulators ask for\. Both are Akamai\-aligned: Akamai is an APIContext partner, and APIContext already runs checks from Akamai locations\. ### How to connect APIContext to Akamai API Security APIContext emits conformance events, evidence, and full payloads over webhook and as native OpenTelemetry, so signal can be routed into the security workflow and SIEM that API Security findings already flow through, and correlated on endpoint and timestamp\. Nothing is installed in your stack\. Start with the third\-party dependency list — it is usually the fastest thing to demonstrate, because most organisations cannot currently produce one — then add outside\-in verification on the published APIs that matter most\. Talk to us about the current Akamai integration path for your setup\. ## Key facts - APIContext is not a Akamai API Security competitor, alternative, or replacement — the two are complementary, and APIContext exports its telemetry into Akamai API Security\. - Akamai API Security discovers and protects the APIs in your own traffic\. APIContext feeds conformance signal into it, and covers the APIs it structurally cannot see — the third\-party endpoints you consume\. - Akamai API Security, built on the Noname Security platform Akamai acquired, discovers every API across your estate, scores its posture, tests it for vulnerabilities, and detects runtime threats\. It does that by observing traffic: mirrored flows, gateway and load balancer integrations, edge telemetry, and configuration\. That is the right way to secure what you publish, and it defines the boundary of what can be discovered — an API only becomes visible once its traffic crosses infrastructure you control\. APIContext works from the opposite direction, as a client, from 125\+ locations outside your estate\. Two things follow: APIContext conformance signal enriches the posture view, and the third\-party APIs your applications depend on become visible for the first time\. - Discovery method — APIContext: Active — calls the API as a client, from outside, on a schedule you set; Akamai API Security: Passive — observes traffic crossing infrastructure you control - APIs you publish — APIContext: Verified against their published contract from outside; Akamai API Security: Discovered, inventoried, posture\-scored, and protected - Third\-party APIs you consume — APIContext: Yes — monitored continuously, with SLA and conformance evidence; Akamai API Security: Not discoverable — their traffic never transits your estate\. APIContext supplies it - Shadow and zombie API discovery — APIContext: Not provided — API Security supplies it; Akamai API Security: Yes — core strength - Sensitive data classification — APIContext: Not provided — API Security supplies it; Akamai API Security: Yes — core strength - Runtime threat detection and blocking — APIContext: Not provided — API Security supplies it; Akamai API Security: Yes — core strength - Vulnerability and security testing — APIContext: Not provided — API Security supplies it; Akamai API Security: Yes — pre\-production and continuous testing - Contract and schema conformance — APIContext: Yes — live OpenAPI, FAPI 2\.0, and custom schema validation on every check; Akamai API Security: Not collected — APIContext supplies it - Authentication chain verification — APIContext: Yes — executes full mTLS, FAPI 2\.0, PAR, DPoP, and JARM flows end to end; Akamai API Security: Observes and enforces auth policy on traffic it sees - Security header and TLS posture from outside — APIContext: Yes — measured per region and per hop on every check; Akamai API Security: Configuration and edge posture from inside - Network path telemetry — APIContext: Yes — DNS, connection, TLS, transfer, and response per hop; 30\+ data points per call; Akamai API Security: Not collected — APIContext supplies it - Works together — APIContext: Sends conformance events and evidence into security workflows; Akamai API Security: Correlates them with posture, discovery, and runtime findings ## Primary entities - APIContext - Akamai API Security - APIContext \+ Akamai API Security integration - complementary API monitoring ## Audience - API teams - SRE teams - technology leaders - procurement teams ## Primary links - [Contact APIContext](/contact) ## FAQs ### Is APIContext an API security product or an Akamai API Security competitor? No\. APIContext is an outside\-in API monitoring platform\. It performs no API discovery from traffic, no sensitive\-data classification, no vulnerability testing, no runtime threat detection, and no enforcement\. It complements API Security by verifying contract and authentication behavior from outside, and by covering third\-party APIs that traffic\-based discovery cannot see\. ### Why can't Akamai API Security see the third\-party APIs we consume? Because discovery works by observing traffic that crosses your infrastructure\. When your application calls a payment provider or identity provider, that API's behavior happens on someone else's infrastructure — there is no traffic to mirror, so there is nothing to discover\. APIContext calls those endpoints directly as a client and reports what they returned\. ### What kind of security\-relevant findings does APIContext produce? Schema and contract drift, disappeared or altered security headers, TLS and certificate problems observed per region, and failures in multi\-step authentication chains such as mTLS, FAPI 2\.0, PAR, DPoP, and JARM — all measured from outside your estate on every check\.