skill-tuning

No direct malware behavior is evidenced in this fragment (no shell execution, network calls, credential access, or obfuscated payloads). However, the orchestrator has meaningful supply-chain/agentic trust boundary risks: (1) dynamic template file reads driven by `actionId` without visible allowlisting, (2) exposing the full local `state.json` path in the Agent prompt, (3) persisting unvalidated `actionResult.stateUpdates` from an external Agent into `state.json`, which can poison subsequent workflow decisions and cause integrity/DoS issues. Overall, treat this as a medium security risk primarily focused on data exposure and state integrity rather than confirmed malicious code.

No clear evidence of overt malware behavior is present in the provided fragment (no network/exfiltration, command execution, secrets handling, or obfuscation observed). However, this module performs a sensitive recursive filesystem restore by computing destination paths from backup-derived path strings and writing contents accordingly. Without visible normalization/containment/symlink safeguards, there is a meaningful integrity risk of writing outside the intended `${targetPath}` (e.g., via path derivation mistakes or symlink escape) during rollback. Review the unshown `Read`/`Write`, globbing implementation, and ensure strong destination-path enforcement (canonicalization + containment) before deployment.