security-threat-model

Threat modeling for a codebase involves identifying repository-specific components, data flows, and trust boundaries, then tying attacker goals to assets and mitigations. This Skill generates an evidence-backed threat model anchored to repository paths for AppSec reviews.

Evidence-based threat modeling anchors security analysis to actual repository paths and code structures. It identifies trust boundaries, enumerates attacker capabilities and abuse paths, and outputs a structured model linking threats to assets and mitigations for risk assessment.

Identifying trust boundaries and assets requires analyzing the repository's data flows and component architecture. This Skill performs repository analysis to map entry points, document attacker capabilities, and produce a concise threat model suitable for AppSec risk assessments.

Yes, you can generate a structured threat model tied to repository paths. The process performs evidence-backed repository analysis to document primary components, data flows, and trust boundaries, mapping attacker goals to entry points and mitigations.

Yes, this approach works for AppSec risk assessment without external dependencies. It performs repository-grounded analysis internally to enumerate assets, trust boundaries, and abuse paths, outputting an actionable threat model tailored to the codebase.

The best way to document abuse paths and attacker capabilities is through structured, evidence-backed threat modeling. This Skill analyzes repository-specific data flows and trust boundaries to enumerate attacker capabilities and map them to assets and mitigations.