ThreatCanary unifies exposure intelligence, API behavioural intelligence, graph correlation and offensive validation so teams can understand how compromise could actually happen.
The platform is built as one operating model: collect context, correlate relationships, reason over possible paths, then validate what is real.
Shared context, evidence and workflow capabilities used across every ThreatCanary product.
Connect assets, APIs, identities, vulnerabilities and attack paths in one evidence model.
ExplorePreserve reproducible proof, affected context, business impact and remediation guidance.
ExploreTranslate validated exposure into operational priorities and executive decisions.
ExploreMove evidence into the systems where investigation and remediation already happen.
ExploreThree product pillars contribute context to the same graph, reasoning loop and evidence model.
Generate hypotheses, adapt testing and validate realistic compromise paths.
ExploreContinuously discover external assets, services, APIs and exposure drift.
ExploreUnderstand API behaviour, identity, business logic and sensitive-data exposure.
ExploreDirect answers on scope, evidence, safety controls and how ThreatCanary differs from tools you already run.
The ThreatCanary platform has four layers working on shared context. Exposure Intelligence discovers what attackers can see from the outside. API Behavioural Intelligence models how APIs expose functionality, identity, data and trust. Graph Intelligence connects assets, APIs, identities, vulnerabilities, ownership and sensitive data into one model. Autonomous Offensive Operations generate hypotheses from that graph and validate exploitability under scope and safety controls.
ThreatCanary is designed to correlate rather than duplicate. It ingests context from cloud platforms, API gateways, repositories and SIEMs, and pushes validated findings back into issue tracking, chat, SIEM and webhook workflows. Teams typically keep existing vulnerability management for known-CVE hygiene and use ThreatCanary for the validation and attack-path layer those tools do not cover.
A weakness that looks minor in isolation can become critical when it connects to the right API, identity path or sensitive data flow. Attackers move through exposed services, APIs, identities, trust relationships, cloud edges and business logic — not through the categories security tools are organised into. Graph context is what lets ThreatCanary show which combinations of weaknesses form a realistic compromise path.
Each finding is designed to explain what was found, why it matters, how it was validated and who should act on it. Findings stay connected to the affected assets and APIs, identity context, data sensitivity, ownership and remediation workflow, so they can be reviewed, reproduced and routed to the responsible team without additional investigation.
