Restore EHR DB after storage failure
Runbook restores DB + app servers, runs integrity checks, replays interfaces in controlled order, then opens clinics — measured against a 4-hour RTO.
Information System Recovery and Reconstitution
High Risk
Complex
Medium Cost
CP-10 requires providing for recovery and reconstitution of the system to a known state after a disruption, compromise, or failure. Recovery is more than copying files back — it includes sequencing dependencies, validating integrity, rebuilding trust (credentials, certificates), and returning clinical operations to normal with ePHI intact.
Control Objective
Restore critical systems to a known-good state within RTO targets, with integrity checks and secure re-enablement of users and interfaces.
Implementation Guidance
- Write recovery runbooks per critical system: prerequisites, restore steps, validation tests, and failback.
- Sequence restores (identity/DNS/network before EHR, EHR before dependent interfaces).
- Validate restored data integrity and application health before opening to clinicians.
- Assume credential compromise in ransomware cases — rotate keys/passwords before rejoining networks.
- Reconstitute from known-good media/images when integrity is uncertain.
- Record actual recovery times vs RTO for improvement.
- Coordinate clinical downtime end procedures and communication.
- Exercise recovery annually (or more) with realistic scenarios.
Real-World Use Cases
How this control shows up in healthcare and HIPAA-covered environments.
Reconstitution after ransomware
Servers are rebuilt from golden images, data restored from immutable backups, domain trusts re-established, and only then is user access re-enabled — avoiding reinfection.
Partial imaging outage
PACS restore prioritizes last 90 days of studies for ED first, then deeper archive, matching clinical priority in CP-2.
Best Practices
- Runbooks that a trained alternate can follow.
- Integrity validation checklists before go-live.
- Credential rotation built into compromise recoveries.
- Timeboxed recovery drills with metrics.
- Keep recovery media/images offline and trusted.
- Pair with CP-9 tested backups.
Common Gaps & Violations
- Backups exist but no recovery runbooks.
- Restoring infected systems onto the live network.
- No validation that ePHI restored correctly.
- Single person knows how to restore EHR.
- Never measured restore time against RTO.
Required Documentation
- Recovery and reconstitution procedures/runbooks
- Dependency/order-of-restore diagrams
- Validation test checklists
- Recovery drill records and RTO metrics
- Compromise recovery credential-rotation steps
How to Test & Validate
- Execute a partial restore drill for a critical system.
- Verify validation checks catch a deliberately incomplete restore in test.
- Confirm alternate staff can follow the runbook.
- Compare drill duration to RTO.
- Review last production recovery post-incident notes.
Audit Considerations
Disaster recovery under HIPAA is judged by ability to restore — show drill evidence and runbooks tied to real systems, not only backup job logs.
HIPAA Mapping
How this NIST control supports HIPAA Security Rule expectations.
- 164.308(a)(7)(ii)(B) Disaster Recovery Plan — procedures to restore any loss of data.
- 164.308(a)(7)(ii)(C) Emergency Mode Operation — continue critical processes during disruption while recovering.
- 164.308(a)(7)(ii)(A) Data Backup Plan — recovery depends on retrievable copies.
- 164.312(c) Integrity — reconstituted ePHI must be protected from improper alteration.
Compliance Tips
- Film a redacted restore drill for assessors when onsite restore is hard to schedule.
- Include interface replay steps — clinical systems fail when HL7 is forgotten.
- After any real outage, update CP-10 runbooks within two weeks.
Frequently Asked Questions
Is restoring from backup enough for CP-10?
It is part of it. Reconstitution also covers returning the system to a known secure state, validating integrity, and re-enabling operations safely.
How often should we drill recovery?
Define a frequency (often annual or semi-annual for critical systems) and after major platform changes.
What if our EHR is fully SaaS?
Document vendor recovery responsibilities, your identity/local dependency recovery, and downtime workflows — still test what you control.
References & Resources
- NIST SP 800-53 Rev. 5 — CP-10
- NIST SP 800-34
- HIPAA § 164.308(a)(7)
- Related controls: CP-2, CP-9, IR-4, SI-2
Related Guidelines
Related controls that commonly accompany CP-10.
Need Help Implementing CP-10?
Our auditors map NIST SP 800-53 controls to your HIPAA Security Rule program — policies, technical evidence, and audit readiness.