A housing SOC versions SOAR playbooks and can roll back after a bad auto-reset wave. What release practice is that?

A housing SOC that versions SOAR playbooks and can roll back after a bad auto-reset wave is practicing release management for municipal automation. Versioned releases retain prior working revisions so operators can restore known-good logic when a new playbook incorrectly resets resident or staff credentials at scale. Rollback converts a harmful release into a recoverable change, whereas using versioned playbook staging promotion with rollback after harmful municipal runs only controls movement between environments and does not retain prior playbook releases for restoring known-good logic in production.

Why the other options fail by concept: Using versioned playbook staging promotion with rollback after harmful municipal runs is a promotion workflow between environments, not versioned release management of the playbook itself, so it does not let operators restore a known-good playbook release after a harmful municipal run. Using versioned integration pinning management with rollback after harmful municipal runs locks and restores integration versions, but it does not version the playbook logic itself or restore a known-good playbook after a bad auto-reset wave. Using versioned playbook log retention with rollback after harmful municipal runs retains execution logs for audit review, but logs alone do not retain prior playbook revisions or enable restoration of known-good playbook logic.

Exam caveat: Rollback restores prior logic but may not undo every side effect already applied to accounts or mailboxes; compensating actions and user communication may still be required. Operational check: store playbook versions with release notes, rehearse rollback in staging, and after a harmful production run, roll back first, then remediate residual account or mailbox impact under an incident ticket.