security-ownership-map

To map code ownership from git history, build a security ownership graph linking people to files to flag stale areas and orphaned sensitive modules. You can export CSV or JSON summaries to surface risk hotspots for security audits.

CODEOWNERS drift occurs when actual file ownership changes diverge from defined CODEOWNERS rules. You can detect this drift by applying history-driven analysis across your project to track ownership changes and flag high-risk areas.

Calculate bus factor for sensitive modules by building an ownership map from git history to compute ownership risk. This identifies high-risk areas where few people own critical code paths.

Yes, you need Python 3 and networkx to produce graph data for security ownership mapping. These dependencies are required to build the ownership graph and export artifacts for analysis.

Yes, you can export git ownership data to Neo4j or Gephi by generating CSV or JSON graph artifacts. These exports enable security teams to visualize ownership maps and conduct governance analysis.

The best way to audit a large codebase for security ownership is running a one-shot ownership map generator to identify owners of sensitive modules. This produces risk reports and surfaces high-risk areas for security teams.