opencode-threat-modeling

Threat modeling for OpenCode projects involves mapping actors and trust boundaries to identify security risks using the Maestro framework. This boundary-first methodology proactively highlights threats before code is written and generates structured risk assessment reports.

The Maestro framework is a boundary-first security analysis methodology that defines clear trust boundaries to identify risks. It provides structured output templates for documenting threats, mitigations, and compliance notes across project environments.

Document trust boundaries for repository risk assessments by mapping actors and interactions within the project environment. The Maestro framework provides reusable templates to record these boundaries and generate comprehensive threat reports.

You can generate threat reports and compliance notes during code reviews by applying the Maestro threat modeling framework. It produces reusable risk artifacts that guide secure development and audit readiness across OpenCode projects.

Boundary-first threat modeling works effectively for environment risk assessments by explicitly defining trust boundaries before identifying threats. This approach satisfies Maestro framework requirements and produces structured threat reports for OpenCode projects.

A Maestro threat model produces threat reports, risk artifacts, and reusable templates. These outputs document identified threats, mitigations, and compliance notes to guide secure development and audits across OpenCode environments.