security-ownership-map

To calculate the bus factor from git history, this Skill analyzes commit data to determine the minimum number of maintainers required for critical code. It constructs an ownership topology to identify areas with insufficient maintainer coverage and flags high-risk sensitive files.

You can identify orphaned sensitive code by mapping git ownership against security-focused rules. This Skill flags files related to authentication, crypto, or secrets that have low bus factors or lack clear ownership to highlight unmonitored vulnerabilities.

Yes, you can export the code ownership topology to graph databases like Neo4j. This Skill generates graph data representing the security ownership structure for direct import and external visualization.

Yes, this security ownership analysis requires networkx as a dependency to construct the security ownership topology. The networkx library enables the underlying graph computations needed for bus factor calculation and risk assessment.

The best way to perform a CODEOWNERS reality check is by analyzing actual git commit history rather than relying solely on the CODEOWNERS file. This Skill compares declared ownership against real contribution topology to find discrepancies.

A low bus factor indicates a security risk for sensitive code because it means very few maintainers understand the critical code. This creates a high risk of security vulnerabilities going unnoticed if those essential maintainers leave the project.