pinocchio

The project demonstrates a robust defense-in-depth security model. Key mitigations include a Docker Socket Proxy to block dangerous operations (BUILD, COMMIT, EXEC, VOLUMES, SECRETS), a workspace allowlist with symlink resolution (fs.realpath) and explicit path/glob validation (including a dangerous glob blocklist), read-only workspace mounts by default with granular write access, container hardening (non-root, CAP_DROP ALL, memory/CPU limits, no-new-privileges), secure handling of GitHub tokens via temporary files with restrictive permissions, rate limiting for concurrent agents and spawn frequency, and comprehensive input validation for container names, tasks, and agent IDs. Audit logging tracks security-relevant events. There are no obvious 'eval' or obfuscation patterns. The main remaining considerations are the inherent prompt injection risk common to LLMs operating in 'YOLO' mode and that agent containers run with `ReadonlyRootfs: false` (necessary for dynamic package installation) and default network access (needed for LLM API communication).