Builds systematic attack trees to visualize threat paths, identify defense gaps, and quantify security risks.
This skill empowers Claude to perform structured threat modeling by constructing comprehensive attack trees for any system or application. It helps security professionals and developers visualize complex attack scenarios using standard AND/OR logic nodes, evaluate the feasibility of various paths based on attacker cost and skill requirements, and prioritize defensive investments. By generating data-driven models, users can identify unmitigated risks, plan penetration tests more effectively, and communicate security postures clearly to technical and non-technical stakeholders.
Key Features
01Standardized AND/OR node logic for mapping complex multi-step attack scenarios
02Automated pathfinding to identify the easiest, cheapest, or stealthiest attack routes
03Gap analysis tools to highlight attack vectors lacking specific mitigations
04Python-based data models for programmatic generation and export of attack trees
050 GitHub stars
06Attribute-based analysis including cost, time, skill level, and detection risk
Use Cases
01Communicating technical security risks and defensive priorities to stakeholders and management
02Planning high-priority targets and sequences for professional penetration testing engagements
03Threat modeling during the security architecture review of a new software application
