threat-model

Automating threat modeling for a service architecture involves identifying assets, trust boundaries, and data flows. This skill streamlines that by generating an initial threat inventory, asset categorization, and threat agent profiles for your systems.

A comprehensive threat model for endpoints and integrations includes asset categorization, threat agent profiles, threat actions, and threat conditions. It also outlines required controls, trust boundaries, data entrypoints, and high-risk modules.

Yes, threat modeling for service features requires AI and security analysis frameworks for risk assessment and threat mitigation. These frameworks are necessary to evaluate attacker capabilities and recommend required controls accurately.

Yes, you can use this threat modeling process for a new service deployment. It quickly identifies and models threats for your deployment, providing structured outputs like required controls and open questions to guide security reviews.

The best way to identify abuse cases and attacker capabilities in a threat model is through a structured process that categorizes assets and defines threat agent profiles. This approach maps data flows and trust boundaries to reveal potential threat actions.

After generating a threat model, recommended follow-up actions involve executing downstream review skills based on the specific threats identified. The model provides open questions and highlights high-risk files to guide subsequent security analysis and mitigation.