Platform overview
Exploitation { ATTACK_PATH_ANALYSIS }

See the move
before the attacker makes it.

Attack-path analysis maps every chained route from a public-facing weakness to the assets that matter. Decisions get made against paths, not findings, so the fix that severs the most paths wins.

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

Based on competitors' benchmarks, unified into one platform.

{ WHAT_IT_DOES }

From entry point
to crown jewel.

Attackers do not stop at a single CVE. They chain weaknesses into routes. The platform traces those routes continuously, surfaces the ones that reach business-critical assets, and ranks remediation by which path each fix actually severs.

01 Graph-based path discovery

Graph-based path discovery

Every asset, identity, credential, and trust relationship modeled as a graph. Paths are traversed the way an attacker would walk them.

02 Asset criticality weighting

Asset criticality weighting

Paths to your crown jewels (payment rails, customer data, OT controllers) score higher than paths to dev sandboxes. Severity is contextual, not generic.

03 Choke-point identification

Choke-point identification

The platform surfaces the single intervention that closes the most paths. One fix, many doors shut.

04 Threat-intel overlay

Threat-intel overlay

Live threat feeds and our own research arm flag which paths attackers are actively exploiting today. The queue prioritizes what is hot.

{ FEEDS_THE_ENGINE }

This is how it
becomes a decision.

Attack Path Analysis is the structural input the Decision Engine ranks on. Every recommendation cites the specific path it severs. The team can audit the why.

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

Based on your real infrastructure.

Guarded by hackers. Empowered by AI.