safety-checks

A STRIDE security audit systematically analyzes codebases to identify threat categories like spoofing, tampering, and information disclosure. This Skill evaluates dependencies, crates, and modules to surface security posture and generate actionable findings.

Graph-backed security auditing works by persisting each finding as a SecurityConcern node linked directly to code dependencies and modules. This structure enables traceability, impact assessment, and cross-session recall of your security posture over time.

Yes, you can run background security audits automatically on dependencies. The Skill supports auto-triggered checks and on-demand manual audits, enabling continuous monitoring of dependencies, crates, and modules without requiring manual intervention for each scan.

STRIDE-based threat analysis is a framework for identifying spoofing, tampering, repudiation, information disclosure, denial of service, and elevation of privilege risks. You need it for modules and dependencies to systematically evaluate and document your security posture against these threat categories.

Yes, this security audit tool requires explicit authorization checks and thorough input validation as part of its core requirements. These checks ensure that the auditing process remains controlled and that findings stored as SecurityConcern nodes are accurately scoped.

Limitations of using graph-persisted SecurityConcern nodes include the requirement for thorough input validation and explicit authorization checks to function properly. The system is designed specifically for STRIDE-based threat modeling and cross-session history tracking rather than general code quality linting.