security-threat-model

Repository-grounded threat modeling identifies assets, trust boundaries, and data flows directly from your codebase, binding every architectural claim to concrete repo evidence like file paths or config keys to produce a prioritized threat catalog.

AppSec threat modeling for a repository enumerates trust boundaries, attacker capabilities, and abuse paths to derive an evidence-backed threat model with concrete mitigations and an actionable focus set for manual security review.

You identify trust boundaries and data flows by analyzing source code to map entry points and asset movements, differentiating runtime versus CI tooling while noting missing context as explicit assumptions.

No, this is specifically for AppSec threat modeling and should not trigger for general architecture summaries, standard code review, or non-security design work; it requires an explicit request to enumerate threats or abuse paths.

Prioritize threats for manual security review by generating a catalog that scores attacker goals, likelihood, and impact, yielding an actionable focus set backed by concrete repository evidence paths.

Yes, repository threat modeling works without complete context by clearly differentiating runtime versus CI tooling and explicitly noting missing context as documented assumptions within the final threat model document.