Downtime is not a question of if, it’s a question of when. According to research published in the Journal of Hospital Medicine, 96% of hospitals experienced at least one unplanned EHR downtime event over a three-year period. And when outages hit, they hit hard: the average hospital loses an estimated $7,900 per minute when systems go offline.
Yet many healthcare organizations still treat downtime preparation as an afterthought, scrambling for clipboards and paper forms when a system fails. That approach isn’t just inefficient. It’s dangerous.
This guide walks you through every step of a proper downtime implementation, from initial assessment to go-live, so your organization is never caught unprepared.
Why a Structured Implementation Matters
Rolling out a downtime solution isn’t the same as installing software. It’s a clinical and operational readiness initiative that requires coordination across IT, nursing, patient access, compliance, and administration. Without a structured approach, even the best technology can fail at the moment you need it most.
Done right, a downtime implementation means your team knows exactly what to do the second your EHR goes dark, no confusion, no paper chaos, no lost patient data.
Step 1: Conduct a Downtime Audit Assessment
Before choosing or configuring a solution, you need to know where your gaps are. A downtime audit examines:
- Which departments rely on EHR access for patient-facing workflows
- Where paper processes would break down under pressure
- How your current backup procedures (if any) perform
- Whether your recovery process is manual, semi-automated, or fully electronic
dbtech offers a free Downtime Audit Assessment to help healthcare organizations identify vulnerabilities before they become emergencies. This is the right starting point for any implementation.
Step 2: Define Your Downtime Scope and Stations
Once you understand your risk profile, define the scope of your downtime coverage. Key decisions include:
Which locations need dedicated downtime workstations? Emergency departments, registration, nursing floors, and surgical areas typically top the list.
Are isolated workstations needed? Stations are established in predefined areas and remain physically separate from the main network, making them resistant to ransomware that may have infected your primary systems.
What data must be available offline? Patient census, medication administration records (MAR), registration history, and insurance data are typically essential.
dbtech’s downtime workstations continuously receive patient data from the live EHR while the network is operational, so when the network goes down, the data is already there, current, and accessible.
Step 3: Configure HL7 Data Feeds
The technical backbone of any electronic downtime solution is the real-time data feed from your EHR. dbtech integrates via HL7 messaging to capture and process incoming patient data continuously. This means patient registrations and census updates flow into the downtime system in real time, and when downtime occurs, clinicians have access to the most recent version of patient information. New encounters created during downtime can be electronically exported back to the EHR once systems are restored, a process called Rapid Recovery.
If your organization uses Epic, Cerner, or MEDITECH, this integration is well-established. Learn more about dbtech’s Epic EHR integration or MEDITECH integration.
Step 4: Build and Load Your eForms Library
Paper forms during downtime create enormous recovery burdens, every document must be manually scanned, re-keyed, or chased down. An eForms library eliminates this. During implementation, work with your clinical and administrative teams to digitize or duplicate your existing consent forms, registration documents, wristband workflows, and clinical documentation. Configure smart form logic so forms auto-populate with patient data from the downtime system. Ensure forms support electronic signatures so documentation is legally valid even offline.
dbtech’s eForms solution acts as an extension of your EHR and integrates directly with the downtime system. This single step can dramatically reduce recovery time.
Step 5: Establish Downtime Encounter Numbers
One of the most overlooked details in downtime planning is the encounter numbering system. During a downtime event, new patients still arrive and need to be registered. Your downtime system must have a preloaded bank of downtime encounters and medical record numbers so registration can continue electronically, without your EHR. dbtech’s solution handles this automatically, allowing patient access teams to register new encounters, scan ID and insurance cards, and print barcoded wristbands and labels even when the primary network is completely offline.
Step 6: Train All Affected Staff
Technology alone doesn’t prevent chaos during downtime, trained staff does. Your implementation should include role-specific training for patient access, nursing, clinical staff, and IT; tabletop exercises and simulated downtime drills; clear printed downtime procedure guides posted at each workstation; and a defined chain of communication covering who declares downtime, who activates the system, and who monitors recovery.
Step 7: Test Before You Need It
Never wait for a real outage to discover your downtime system has a configuration error. Schedule regular testing that includes full activation of downtime workstations, simulated patient registrations and form completion, and confirmation that Rapid Recovery correctly exports data back to the EHR post-event. dbtech’s solution can be activated and tested without disrupting live workflows, making routine drills easy to conduct.
Step 8: Go Live and Monitor
With data feeds configured, workstations deployed, eForms loaded, and staff trained, you’re ready to go live. Post-implementation best practices include monitoring the HL7 feed to confirm patient data is syncing correctly, reviewing the first real-world downtime event for process improvements, and using dbtech’s manager program to oversee all solutions from a single interface. Typical dbtech implementations are completed within 4–6 weeks, depending on the complexity of your environment.
Implement a Downtime Solution with dbtech
A downtime implementation done right means the difference between a manageable disruption and a clinical crisis. With the right steps, assessment, configuration, eForms, training, and testing, your organization can maintain patient care continuity, no matter what happens to your systems.
Ready to get started? Schedule a free Downtime Audit Assessment with dbtech and find out exactly where your organization stands today.