Quarterly EHR database restore drill
IT restores last night's backup to a sandbox and times recovery against a 4-hour RTO. CP-4 record shows success plus a finding that identity restore must precede EHR.
CP-4 requires testing the contingency plan for the system using organization-defined tests and exercises to determine effectiveness and readiness, reviewing test results, and initiating corrective actions. Shelfware plans fail when ransomware or regional outages hit. Healthcare organizations must exercise clinical downtime procedures and technical recovery — including restores from CP-9 backups — on a defined cadence.
Regularly test contingency plans for ePHI systems, document results, and fix gaps so recovery objectives are realistic and achievable.
How this control shows up in healthcare and HIPAA-covered environments.
IT restores last night's backup to a sandbox and times recovery against a 4-hour RTO. CP-4 record shows success plus a finding that identity restore must precede EHR.
Roles walk activation, communications, and paper downtime. Gaps in pharmacy downtime kits become corrective actions tied to CP-2 updates.
Secondary circuit is failed over during a maintenance window; telehealth and cloud EHR stay reachable — CP-8/CP-4 evidence captured together.
Assessors treat untested contingency plans as ineffective. CP-4 evidence — dated exercises, metrics, and closed findings — is frequently sampled under HIPAA § 164.308(a)(7).
How this NIST control supports HIPAA Security Rule expectations.
Tabletops help roles and communications, but critical ePHI systems also need periodic technical restore/failover tests.
Define frequency in policy (commonly at least annually) and increase for high-criticality systems or after major changes.
Training prepares people; testing proves the plan and reveals who needs more CP-3 training.
Related controls that commonly accompany CP-4.
Our auditors map NIST SP 800-53 controls to your HIPAA Security Rule program — policies, technical evidence, and audit readiness.