How to Prioritize Which Departments Get Downtime Workstations First

The decision to implement a downtime solution is often made at the organizational level. The decision about where to put the workstations first is made at the operational level, and it is frequently made without a rigorous framework for evaluating relative risk across departments. The result is that workstations end up in the departments whose leaders were most vocal during the implementation discussion rather than the departments where an outage creates the most immediate patient safety and operational risk.

A prioritization framework for downtime workstation deployment serves two purposes. It ensures that the first workstations deployed protect the highest-risk workflows, which is the right answer from a patient safety perspective. And it provides a defensible rationale for the deployment sequence that can be presented to leadership, department heads, and compliance reviewers without relying on subjective arguments about which department matters most.

The Three Criteria That Should Drive Prioritization

Every department in a healthcare facility depends on the EHR to some degree, but that dependency is not uniform. The prioritization framework should evaluate each department against three criteria, weighting them in the order listed:

Patient safety risk. The most important criterion is how immediately and seriously an EHR outage in this department creates risk for the patients currently in that department’s care. Departments where the inability to access the MAR, verify patient identity, or document care creates immediate clinical harm potential rank at the top of the priority list. Departments where an outage creates operational inconvenience without immediate patient safety consequences rank lower.

Operational impact. The second criterion is how significantly an outage disrupts the department’s ability to function at all. A department that completely stops functioning without the EHR creates more organizational disruption than one that can continue most of its work with limited EHR access. Registration is a clear example: without the ability to register patients and print wristbands, the facility’s ability to receive new patients is impaired, which has downstream consequences across every clinical department.

Recovery dependency. The third criterion is whether the department’s downtime procedures generate data that other departments depend on after recovery. Registration and documentation-intensive clinical departments generate data that feeds into billing, compliance, and the permanent patient record. Departments where poor downtime documentation creates post-event problems that are difficult or expensive to resolve rank higher on the prioritization list than departments where the post-event recovery is relatively simple.

The Tier 1 Departments: Highest Priority

Applying these three criteria consistently produces a Tier 1 group of departments that should receive downtime workstations first, regardless of facility size or type. These are:

• Emergency department: Patient safety risk is highest in the ED, where acuity is unpredictable, patient identity is frequently uncertain, and the volume of new patients during any given shift means that registration and documentation gaps accumulate quickly during an outage
• Intensive care unit: High-acuity patients receiving medications with narrow therapeutic windows, continuous vital sign monitoring requirements, and hour-by-hour physician order management create the highest patient safety risk per patient of any department in the facility
• Nursing units with the highest patient acuity: Among inpatient nursing units, those carrying sicker patients, patients on high-risk medications, or patients requiring frequent clinical assessment rank above step-down and telemetry units, which rank above general medical-surgical floors
• Patient registration and admissions: The ability to register patients, assign encounter numbers, and print barcoded wristbands affects every department downstream and must be protected to maintain the identification infrastructure that patient safety depends on throughout the care episode
• Pharmacy: Medication dispensing requires access to current medication orders and allergy information. Without it, medication safety processes break down at the point of dispensing rather than only at the point of administration

The Tier 2 Departments: High Priority

Once Tier 1 coverage is established, the Tier 2 departments extend protection to areas where an outage creates significant clinical or operational disruption even if the immediate patient safety risk is lower than in Tier 1:

• Labor and delivery: The combination of high acuity, time-sensitive decisions, and two-patient encounters makes L&D a high-priority department that often ranks in Tier 1 for facilities with active obstetric programs
• Operating rooms and perioperative areas: The surgical workflow’s dependency on consent documentation, implant tracking, and medication safety records creates significant risk during an outage, particularly for facilities with high surgical volume
• Step-down and telemetry units: Patients in these units require closer monitoring than general medical-surgical patients and carry higher medication management complexity
• Specialty outpatient clinics with high-risk patient populations: Oncology infusion centers, dialysis units, and cardiac catheterization labs have outpatient patient populations whose care is as medication-intensive and safety-critical as many inpatient populations

The Tier 3 Departments: Important but Not Immediate

Tier 3 departments represent areas where downtime creates real operational disruption but where the immediate patient safety risk is lower and the department’s staff can manage a moderate-duration outage with manual workarounds more successfully than Tier 1 and Tier 2 departments:

• General medical-surgical nursing units with lower-acuity patient populations
• Diagnostic imaging and laboratory reception areas, where the primary downtime impact is order receipt and result communication rather than direct patient care delivery
• Outpatient clinics with scheduled, lower-acuity patient populations where appointments can be delayed or rescheduled during a short outage without clinical consequence
• Administrative and billing departments, where the downtime impact is operational and financial rather than clinical

Using dbtech’s Tier Pricing to Match the Deployment to the Priority Framework

dbtech’s tiered pricing model aligns naturally with a phased deployment approach:

• A Tier 1 priority deployment covering the emergency department, ICU, one or two primary nursing units, and registration typically falls within the 3 to 5 station range of dbtech’s Tier 1 pricing at $299 per station per month, providing an accessible entry point that protects the highest-risk workflows immediately
• Expanding to cover Tier 2 departments typically moves the deployment into the 6 to 10 station range of dbtech’s Tier 2 pricing at $149 per station per month, with the per-unit cost reduction reflecting the broader deployment
• Full facility coverage including all Tier 3 departments and any additional specialty areas moves into Tier 3 pricing at $99 per station per month for 11 or more stations

This pricing structure means that the cost of protection decreases per workstation as coverage expands, creating a financial incentive to extend coverage over time rather than to limit it. Organizations that begin with a focused Tier 1 priority deployment and expand systematically through Tier 2 and Tier 3 over the following 12 to 18 months end up with comprehensive coverage at a lower blended per-unit cost than organizations that attempt full deployment immediately.

To build a prioritization framework for your specific facility and map it to a deployment plan and cost projection, schedule a dbtech Downtime Audit Assessment or request a demo to walk through the deployment options for your organization.