railguard-db-updates-orchestrated-scan

You can track security scan progress using SQLite by persisting scan state, phase results, and findings in a local per-repo database, which provides crash resilience and enables benchmarking across scans.

Security scans fail on large codebases due to context limits when inline processing is insufficient; this Skill resolves this by persisting findings and scan state to a SQLite database, making large scans reliable and resumable.

Yes, you can resume an orchestrated security scan after a crash because the workflow uses SQLite-backed progress tracking to persist scan state and findings locally, ensuring the analysis can continue reliably.

The best way to benchmark security vulnerability scans across large repositories is using a DB-backed orchestrated scan that stores phase results and findings in a local SQLite database, enabling consistent comparison and auditing.

No external dependencies are required to perform an orchestrated security scan with SQLite tracking, as the workflow operates self-contained using scripts and references to load rule manifests and coordinate the 12 parallel subagents.