sc-recon

Codebase architecture mapping identifies languages, frameworks, and trust boundaries to provide a single source of truth for security analysis. By tracing data flows from sources to sinks, you can rapidly assess monorepos to identify critical components and potential risk surfaces.

Identifying entry points and trust boundaries across multi-language repositories involves technology detection and entry-point cataloging. This process maps data flows from sources to sinks, producing architecture documentation that enables informed security remediation for downstream analysis.

Yes, technology stack detection scans multi-language repositories to identify frameworks and languages in a single pass. This reconnaissance maps the architecture and catalogs entry points, enabling targeted security analysis across the entire codebase.

Data-flow tracing tracks how untrusted input moves through a system from entry points to execution sinks. During codebase reconnaissance, this mapping reveals trust boundaries and security boundaries, producing architecture documentation that guides targeted vulnerability checks.

Cataloging entry points in a monorepo requires scanning the technology stack to identify external input sources. This reconnaissance produces architecture documentation mapping data flows and trust boundaries, which informs and enables targeted downstream security remediation.

Codebase reconnaissance is necessary before security analysis when assessing large or unfamiliar monorepos. Mapping the architecture, technology stack, and trust boundaries first provides a single source of truth, enabling informed and targeted remediation rather than blind scanning.