Review every change without adding headcount
Neo monitors all changes automatically. No more scavenger hunts across docs, tickets, and code. Security teams get continuous signal without scaling linearly with engineering.
Build living threat models from
design to deployment
Neo learns your architecture, APIs, and trust boundaries, then keeps threat models current as your system evolves. Security teams move at engineering speed.
Continuous security,
from design to production
Neo treats threat modeling as a continuous engineering control, not a periodic exercise. It produces artifacts leadership can trust and findings engineers can act on.
01Design
Architecture Understanding
Neo ingests design docs, API specs, and architecture diagrams to map trust boundaries before code is written.
02Develop
Continuous Updates
As PRs merge and code ships, Neo updates the threat model automatically, highlighting what changed and where new attack paths appear.
03Analyze
Tailored Threats
Neo understands how your application behaves and generates abuse cases accordingly. Authorization gaps, data exposure risks, workflow manipulation.
04Validate
Runtime Threat Validation
Neo generates test cases from identified threats and validates them against developed code in sandboxed environments. You get evidence of what is actually exploitable.
05Persist
Context That Compounds
Past decisions, accepted risks, and architectural context persist. Every review builds on what Neo already knows. Versioned artifacts for audit and compliance.
From design to living threat model
Neo starts from your architecture docs, updates as code ships, and validates threats at runtime. The result is a threat model that evolves with your system.
Threat models you can trust at any speed
Proven exploitability, standardized analysis, built-in compliance.
Consistent depth without the variance
Same rigorous analysis every time, not dependent on who is available or how busy the sprint is. Neo applies the same threat modeling standards across every feature and every team.
Prove exploitability without manual testing
Sandbox validation confirms what is actually vulnerable. Theoretical risks get separated from confirmed threats with reproduction steps and evidence attached.
Compliance-ready without the scramble
Versioned artifacts that evolve with your system. Threat models are saved as persistent files with every change tracked for audit, compliance, and leadership visibility.