Platform overview
Exploitation { EXPLOIT_VALIDATION }

Theoretical risk does not count.
Exploitability does.

Every finding the platform surfaces is chained through a real attack path before it reaches your team. If it cannot be exploited, it does not earn a place on the queue.

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  • 90% less time to validate vulnerabilities
  • 95% fewer false positives
  • 300% faster remediation

Based on competitors' benchmarks, unified into one platform.

{ WHAT_IT_DOES }

Findings are the input.
Exploit-verified evidence is the output.

Generic scanners produce backlogs because every finding looks equally urgent. The platform validates exploitability against your specific environment, so what reaches the team is what the team would actually want to act on.

01 Continuous vulnerability assessment

Continuous vulnerability assessment

Every CVE, misconfiguration, exposed credential, and supply-chain risk discovered and refreshed on a continuous cadence. The asset, the version, the surface.

02 Safe exploit validation

Safe exploit validation

Production-safe attempts to actually exploit the finding in your environment. If the attempt succeeds, the finding is verified. If not, it is filtered, with reasoning.

03 Chained exploitation

Chained exploitation

Low-severity findings that chain into a critical path are scored on the chain, not the finding. The platform sees what attackers see.

04 Re-validation after remediation

Re-validation after remediation

Every closed ticket is re-tested. A finding closes only when the platform confirms the path is shut.

{ FEEDS_THE_ENGINE }

This is how it
becomes a decision.

Exploit Validation is the filter the Decision Engine runs the entire finding queue through. Anything that cannot be exploited disappears. Anything that can shows up in the ranked plan with its exploit chain attached.

See the Decision Engine
App screenshot here: Exploit Validation data feeding the Decision Engine The Exploit Validation surface mapped into the ranked queue. Every finding tied to the path it threatens and the asset it protects. APP SCREENSHOT
{ OTHER_PILLARS }

The rest of
the platform.

{ NEXT_STEP }

See how you'll get breached,
before it happens.

No assumptions. No noise. Just real attack paths. The decisions waiting at the end of an attack simulation are the ones your team would otherwise miss.

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Based on your real infrastructure.

Guarded by hackers. Empowered by AI.