Platform overview
Visibility { ATTACK_SURFACE }

Know what you are exposed to.
Before someone else does.

Continuous attack-surface discovery across external, internal, cloud, OT, and third-party connections. The asset list is always current, the exposure list is always validated.

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

Based on competitors' benchmarks, unified into one platform.

{ WHAT_IT_DOES }

One source of truth
for what is reachable.

The Visibility pillar is two capabilities in one place: a live attack-surface map of every reachable entry point, and a continuously refreshed asset inventory that survives reorgs, M&A, and shadow IT.

01 External attack surface

External attack surface

Domains, subdomains, exposed services, cloud buckets, third-party tenants. Discovered without an agent, refreshed continuously, validated against real attacker reconnaissance.

02 Internal attack surface

Internal attack surface

What is reachable once an attacker is inside. Lateral pivots, privilege boundaries, segmentation holes. Mapped the way attackers actually probe.

03 Cloud and OT estates

Cloud and OT estates

Multi-cloud, hybrid, and OT-aware. The platform respects segmentation. It does not poke industrial controllers.

04 Asset inventory

Asset inventory

Every asset tagged with owner, business unit, criticality, and the regulator that watches it. Reorgs and M&A absorbed in days, not quarters.

{ FEEDS_THE_ENGINE }

This is how it
becomes a decision.

Every exposure surfaced by the Attack Surface pillar enters the Decision Engine with a name, a path, and a business tag. Visibility is the substrate. The Engine is the decision.

See the Decision Engine
App screenshot here: Attack Surface data feeding the Decision Engine The Attack Surface 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.