threat-modeling

STRIDE analysis systematically identifies security threats across Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, and Elevation of Privilege. It evaluates your software architecture to pinpoint vulnerabilities and produce actionable mitigation plans.

Threat modeling proactively identifies attack vectors by mapping data flow diagrams and trust boundaries. Conducting risk assessment early translates identified security vulnerabilities into concrete backlog tickets and automated tests before development begins.

Threat modeling integrates security by translating risk assessment findings directly into development workflows. It generates actionable backlog tickets, automated tests, and PR checks based on the STRIDE analysis of your data flow diagrams.

Yes, threat modeling is used when designing new authentication services to proactively identify attack vectors like credential stuffing or session hijacking. It defines concrete mitigations through structured STRIDE analysis before development begins.

Data flow diagrams for risk assessment are created by visually representing data movement and trust boundaries within your software system. This threat modeling workflow guides the creation of these diagrams to establish scope before conducting STRIDE analysis.