Healthcare organizations put significant effort into building downtime plans: assembling binders, printing forms, setting up workstations, writing policies. Then they file everything away and move on to the next priority.
The problem is that an untested downtime plan is not really a plan. It is a document. And when a real outage occurs, a document does not tell staff where the wristband printer is, whether the downtime login credentials are still current, or whether anyone on the night shift has ever used the backup system.
Testing your EHR downtime procedures on a regular cadence is one of the most important investments a healthcare organization can make in operational resilience. Research published in the Journal of Hospital Medicine shows that downtime drills are directly associated with better staff performance during real events. This guide covers how often to test, what a good drill actually looks like, and how dbtech makes the entire process easier.
What the Guidelines Actually Say
Several authoritative bodies have published guidance on downtime testing frequency:
ONC SAFER Guides
The Office of the National Coordinator for Health Information Technology recommends testing redundant systems quarterly and updating contingency plans any time systems or workflows change significantly.
HIMSS Research
Evidence published through HIMSS recommends conducting a downtime drill at minimum quarterly, with additional drills for newly hired staff as part of orientation.
Journal of Hospital Medicine
A published state-of-the-art downtime procedure protocol specifies that drills should be completed at least every six months in randomly selected clinical areas, with ongoing education integrated into planned downtime events.
HIPAA Security Rule
While HIPAA does not specify an exact frequency, it requires that contingency plans be tested periodically and updated based on findings. OCR auditors look for evidence of a recurring, documented testing program.
The consensus across these sources is clear: quarterly is the floor for organizations with active operations. Semi-annual testing is the minimum for clinical environments where staff turnover is high or workflows change frequently.
Why More Organizations Do Not Test Enough
Despite these recommendations, many healthcare organizations run downtime drills infrequently, or not at all. The barriers are predictable:
- Drills require staff time, and clinical teams are already stretched thin
- Leadership underestimates how quickly downtime procedures become stale
- Paper-based downtime systems make drills logistically complicated
- There is no built-in mechanism to measure whether the drill was successful
These are real constraints, but they do not reduce the risk of being unprepared. They just shift the cost of that unpreparedness from a planned exercise to an unplanned crisis.
What a Good Downtime Drill Actually Looks Like
Not all drills are created equal. A drill where the IT team runs through a checklist in a conference room is not the same as a drill where frontline staff simulate a real outage response. Effective downtime testing has several key components:
1. Scope Is Defined in Advance
The best drills are specific. Rather than trying to simulate a full-facility outage, focus on one department or workflow at a time: Emergency Department registration, pharmacy medication administration, or ICU census management. This keeps the exercise manageable and produces more actionable findings.
2. Staff Are Selected Randomly
The purpose of a drill is not to confirm that your best-prepared employees can navigate downtime. It is to find out how your average employee performs. Select staff randomly across shifts, including nights and weekends when downtime events are often hardest to manage.
3. The Exercise Covers the Full Cycle
A complete drill should test activation (how staff learn about and respond to a downtime declaration), data access (can they locate and view patient information?), documentation (can they create records electronically or in structured format?), and recovery (can they reconcile data back into the EHR when systems return?).
4. Results Are Documented and Reviewed
Every drill should produce a written summary of what worked, what did not, and what gaps were identified. Those findings should drive updates to the downtime plan before the next drill or real event. HIPAA’s contingency planning requirements include maintaining records of testing activity, so this documentation also serves a compliance function.
How dbtech Makes Testing and Compliance Easier
Organizations using dbtech’s Downtime Solution have a significant advantage when it comes to downtime drills. Because the solution is electronic and fully operational at all times, not just during actual outages, staff can practice using it during any planned maintenance window or scheduled test. There is no need to set up paper forms, stage fake records, or manually distribute printed materials.
Key advantages for testing:
- Downtime workstations are always populated with current patient data, so drills reflect real-world conditions
- Staff can practice creating new encounters, printing wristbands and labels, completing eForms, and executing recovery using the same workflow they would use in a real event
- Login and access controls are built in, allowing organizations to test HIPAA-compliant data access procedures without additional configuration
- The Rapid Recovery feature can be tested as part of each drill, confirming that data export back to the EHR works as expected
Additionally, dbtech’s free Downtime Audit Assessment provides an external review of your current downtime preparedness, including how effectively your procedures are being tested. This is a useful complement to internal drills, particularly for organizations that have never had an independent evaluation of their downtime program.
A Recommended Testing Calendar
Based on guidance from ONC, HIMSS, and clinical research, here is a practical testing cadence for most healthcare organizations:
Quarterly
Full downtime drill in at least one clinical department, including activation, data access, documentation, and recovery. Rotate departments across the year so all areas are covered.
Upon New Staff Onboarding
Every new hire should receive downtime training and a walkthrough of the downtime solution before their first independent shift. This is especially important for nurses and registration staff.
After Any Significant System Change
If your EHR is upgraded, your network infrastructure changes, or your downtime solution is updated, run a targeted drill to confirm the integration still works as expected.
After Any Real Downtime Event
Every actual outage, planned or unplanned, should be followed by a structured debrief and a drill within 30 days to reinforce what was learned and close any gaps that were identified.
Test Your Downtime Procedures with dbtech
A downtime plan that is never tested is a plan that will fail when it is needed most. The research is clear, the regulatory guidance is consistent, and the operational case is compelling: healthcare organizations that test regularly perform better during real events, recover faster, and face less regulatory exposure.
dbtech makes testing practical by giving your team a real system to practice with, not just a binder to read. Contact dbtech to learn how to build a downtime testing program that actually prepares your organization, or take the free Downtime Audit Assessment to see where your current preparedness stands.