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Platform overview

Reachability before everything else

Cybret AI builds a live execution graph of your application and maps every scanner finding to the paths an attacker can actually walk. Triage what is exploitable, not what is theoretically vulnerable.

Architecture mapping

Build the graph once, query it continuously

The Cybret AI agent connects to your repositories and constructs a call graph that covers inter-service boundaries, dependency chains, and runtime instrumentation data. The graph is continuously updated on each commit so findings are always evaluated against your current codebase state.

Scanner output from tools like Semgrep, Snyk, or Trivy is loaded as a node annotation layer. Each finding is pinned to the exact function or method it touches, then evaluated for path connectivity to the nearest application entry point.

Platform architecture diagram showing call graph construction from repositories
Attack path trace visualization showing reachable vulnerability routes
Path reasoning

Every finding gets a reachability verdict

For each vulnerability the platform performs a directed graph traversal from the entry points of your application to the vulnerable code. If no path exists from an entry point through the function where the finding lives, the finding is classified as unreachable in this deployment.

The verdict is displayed alongside the finding, with the traversed path available for inspection. Teams can configure entry point definitions to match their specific deployment topology, including internal APIs and background worker queues.

Runtime correlation

Static graph, confirmed by real traffic

The optional runtime agent instruments your production or staging deployment to record which code paths are actually exercised. This data feeds back into the graph to upgrade or downgrade reachability verdicts with observed evidence.

Observed path confidence

When live traffic traverses a path containing a vulnerability, that finding is promoted to a confirmed-reachable state, giving it the highest triage priority.

Dead code detection

Paths that static analysis marks as theoretically reachable but that runtime data shows were never traversed over a 90-day window are marked as dormant and deprioritized.

Coverage trending

Track the fraction of your codebase touched by production traffic over time. Identify service areas with rising or falling coverage as your codebase evolves.

See the platform on your own code

Connect your first application with the free Early Access plan. No credit card required.