threat_modeling

To perform STRIDE threat analysis, the system identifies your project's assets and trust boundaries, then applies a STRIDE-inspired framework to systematically enumerate threats like spoofing, tampering, and elevation of privilege. It outputs structured mitigation guidance for your design.

Threat modeling is a structured security analysis that maps project assets, trust boundaries, and threat vectors. By identifying potential risks before implementation, it produces structured guidance to safeguard your system design and verify security guarantees.

You can document security risks by generating a threat_model.md file. This file captures the project overview, identified assets, trust boundaries, scan anchors, and specific threat categories to provide clear guidance for stakeholders.

You should generate a threat model when introducing a new service or data flow into your project. This ensures potential security risks across assets and boundaries are identified early to guide secure design and verification.

Yes, STRIDE threat modeling covers denial of service and information disclosure risks. The analysis systematically enumerates spoofing, tampering, information disclosure, denial of service, and elevation of privilege threats across all identified assets and trust boundaries.

The best way to identify threat vectors is by mapping your system's assets and trust boundaries, then applying a STRIDE-inspired analysis. This structured approach systematically enumerates threats for each boundary and produces actionable mitigation guidance.