ULTRA VIOLET adds stateful reasoning and investigation to ULTRA RED’s continuous deterministic validation, extending its depth across complex, multi-step exposure paths.
Stateful Investigation
App Reconstruction
Multi-step Reasoning
The Challenge
Some exposures require more than a single step
Deterministic validation is fast, repeatable, and essential at scale. But the hardest exposures emerge when weaknesses chain together, with each step revealing the next.
Solution
ULTRA VIOLET
Depth where it
counts
ULTRA VIOLET adds a stateful investigation layer to ULTRA RED's continuous deterministic validation. Using the evidence generated by the Vector Scanner, it remembers what has been tested, reconstructs how the application works, reasons across multiple steps, and guides validation toward complex exposure paths.
Reason across multiple steps
ULTRA VIOLET connects signals across an investigation, following a path from one observation to the next to uncover chained and business-logic exposures.
Remember what happened
It maintains logical memory of what was observed, tested, rejected, and left open, allowing each new piece of evidence to inform the next move.
Reconstruct the application
ULTRA VIOLET builds a working model of workflows, authentication boundaries, endpoints, and backend behavior to understand how individual signals connect.
Add depth where it matters
Run targeted AI-guided investigation against selected assets based on scope, priority, risk, triggers, or schedule, while Vector maintains continuous coverage across the environment.
AI investigates. Vector proves.
ULTRA VIOLET determines where the investigation should go next. Vector Scanner performs controlled evidence collection and deterministic validation, keeping every confirmed finding repeatable and grounded in proof.
How it works
How AI-guided
investigation works
with deterministic
validation
Vector Scanner and ULTRA VIOLET work in a continuous loop, combining deterministic evidence with reconstruction, memory, and reasoning to investigate complex exposure paths.
Baseline
The Vector Scanner continuously runs deterministic validation across your assets, producing the evidence ULTRA VIOLET works from: endpoints, vulnerabilities, responses, technologies, and metadata.
Reconstruct
ULTRA VIOLET turns that evidence into a working model of the application — which endpoints share a workflow, where the auth boundaries sit, how the backend behaves, which signals connect.
Reason across steps
Holding memory of everything seen, tested, and rejected, it chains one clue to the next — a route to a parameter to a role-based behavior — to decide the single next path most worth proving.
Prove or close
It directs the Vector Scanner to collect controlled evidence on that path. Deterministic validation confirms the exposure or rejects the hypothesis — and either result updates the investigation state, sharpening the next move.
Deliver
The result is the full exposure path, the evidence, and the confirmed impact, ready for remediation.
Two scanners. One validation architecture.
Continuous coverage meets AI-driven depth
Vector Scanner continuously validates exposures across your external attack surface, creating an always-current baseline of deterministic findings. ULTRA VIOLET adds targeted, stateful investigation when an asset or lead requires deeper reasoning.
Vector Scanner — Continuous deterministic validation
Continuous coverage across the external attack surface- AI-assisted technical validation
- Fast, repeatable validation at scale
- Deterministic evidence for confirmed findings
- Always-current exposure baseline
ULTRA VIOLET — Targeted AI-guided investigation
- Deep investigation of selected assets
- Stateful memory across multiple steps
- Application reconstruction and reasoning
- Chained, sequential and business-logic exposure discovery
- Guides deterministic validation toward the next best path
See what an
AI-guided
investigation
can uncover
Real-world findings where ULTRA VIOLET connected signals across multiple steps to uncover complex exposure paths, with deterministic evidence confirming the result.