Generate DFDs and STRIDE threat lists from Python-defined system architecture.
npx skills add https://github.com/rohunj/claude-build-workflow --skill pytm
Please help me install this Agent Skill. Skill: pytm Source: https://github.com/rohunj/claude-build-workflow/tree/main/skills/security/pytm Command: npx skills add https://github.com/rohunj/claude-build-workflow --skill pytm
Python-based threat modeling uses pytm to encode system architecture and STRIDE threats as code, enabling reproducible security analyses.
Install pytm and graphviz, then define a threat model in Python and run the process to generate threat reports and DFD diagrams.
High-intent search queries and answers about installing and using this skill.
To automate STRIDE threat modeling in a CI/CD pipeline, you define system architecture and threats as Python code using pytm, which then generates DFDs, threat lists, and mitigation recommendations automatically.
Code-first threat modeling is the process of defining boundaries, components, and data flows programmatically as Python code, enabling reproducible security analyses and automatic STRIDE threat identification for architecture reviews.
You generate a Data Flow Diagram for security architecture reviews by encoding your system boundaries and data flows in a Python script using pytm, then running the process to output the DFD automatically.
Yes, you need to install graphviz alongside pytm to successfully generate Data Flow Diagrams and process your Python scripts to output threat reports and mitigation recommendations.
Yes, you can use Python to identify STRIDE threats and risk mitigations by programmatically defining your application's architecture and data flows with pytm, which automatically outputs identified threats and corresponding mitigation strategies.
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