exploitability-validation

Vulnerability validation confirms findings are real, reachable, and exploitable by running an end-to-end pipeline. This process checks inventory, hypotheses, attack surface, and PoC validation to eliminate wasted effort on false positives before proceeding to exploit development.

Exploitability validation is a multi-stage process that verifies scanner outputs are genuinely exploitable. It applies after scanning and before exploit development, using gate-enforced decisions and deterministic outputs to ensure findings are real and reachable across pipeline stages.

You automate PoC validation by running configurable end-to-end checks that produce deterministic outputs and stage-by-stage JSON artifacts. These artifacts enforce gate compliance decisions, ensuring only verified exploitable paths proceed in the pipeline.

Exploitability validation operates without external dependencies, allowing you to execute end-to-end checks directly on your target project. It requires no prerequisite environment setup tools, making it straightforward to integrate into existing security pipelines.

Verifying attack surface reachability is necessary because scanners often report hallucinations. Validation applies after scanning to prove the vulnerability is actually reachable and exploitable, preventing wasted effort on false positives during subsequent research stages.

Deterministic outputs provide reliable stage-by-stage JSON artifacts for gate compliance, but the validation process is limited to confirming reachability and exploitability. It does not replace the actual exploit development phase that follows the final ruling.