requirements-stride

You can generate C4 diagrams and STRIDE threat models by activating the requirements-stride analysis layer, which automates architecture risk analysis and produces Mermaid diagrams alongside structured threat matrices.

The best way to align non-functional requirements (NFRs) with architecture risk analysis is to use a structured approach that overlays NFRs onto C4 architectural models and STRIDE threat matrices, ensuring traceability between decisions and requirements.

Yes, STRIDE threat modeling outputs can integrate into backlogs and documentation pipelines by mapping identified risks to universal backlog categories and producing structured component classifications for downstream documentation.

This approach applies across different tech stacks during the requirements-engineering phase, using strict C4 abstraction for System Context and Container diagrams to support architectural decisions regardless of the underlying stack.

Mapping STRIDE threats to backlog categories improves requirements engineering by feeding identified risks directly into the development pipeline, ensuring that threat modeling outputs translate into actionable backlog items and traceable NFRs.

You should use C4 and STRIDE modeling during the requirements-engineering phase to proactively document architecture decisions, classify components, and establish a risk backlog before implementation begins.