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Codebase analysis for security audits begins with a high-level architecture overview and progresses to implementation details. This phased approach maps component relationships and trust boundaries without manual scavenging, surfacing security risks effectively.

Mapping trust boundaries and data flows requires tracing data through identified entry points across the codebase. This process isolates critical components and dependencies, producing a comprehensive context document that directly supports threat modeling.

The best way to start a security audit on a new codebase is enforcing a phase-driven workflow. Begin with an architectural overview, map entry points, trace data flows, and document findings to establish a repeatable audit workflow.

Architecture mapping directly supports threat modeling and remediation planning by documenting component relationships and ownership. It generates a detailed security-context document that assesses risks and guides subsequent vulnerability remediation strategies.

Reconnaissance for security audits eliminates manual codebase scavenging by applying a structured approach. It automatically maps dependencies and critical components, enabling teams to rapidly understand unfamiliar codebases and identify trust boundaries.