security-threat-model

You can generate a threat model from a codebase by analyzing repository evidence to identify trust boundaries, assets, and attack paths. This approach grounds the security analysis in actual code and documentation rather than relying on generic security checklists.

The best way to identify attack paths and trust boundaries is through evidence-based AppSec analysis that maps attacker goals against repository assets. This process prioritizes security risks by likelihood and impact while highlighting manual review focus areas.

Yes, threat modeling applies to architecture assessments and abuse path analysis workflows. It transforms unfamiliar repositories into actionable security models by enumerating impacted assets, attacker goals, and recommended mitigations.

Yes, repository-grounded threat modeling produces Mermaid system diagrams alongside concrete mitigation recommendations. It delivers a concise Markdown threat model covering architecture, entry points, and prioritized security risks for manual review.

Codebase threat modeling requires explicit assumptions and available repository evidence to function accurately. It may not detect risks outside the provided codebase or fully replace manual security review without sufficient documentation and architecture context.