How to Successfully Catch Up on Overdue EHR New Version Upgrades

Healthcare organizations continue to balance competing priorities, including EHR optimization, AI adoption, cybersecurity initiatives, workforce challenges, and operational efficiency efforts. As a result, many have delayed planned EHR version upgrades and are now facing the challenge of completing multiple-version jumps to remain current.

Staying up to date on EHR releases is about more than knowing about new features. Modern upgrades often include important security enhancements and interoperability improvements that support organizational performance and compliance requirements. Advanced AI capabilities can improve documentation efficiency and optimize clinical workflows, allowing providers to dedicate more time to patient care and less to administrative tasks.

Whether upgrading an internally hosted EHR or coordinating with a community-based platform, healthcare organizations may need to perform double or triple-version upgrades to catch up. This blog explores best practices for managing overdue EHR version upgrades, including upgrade planning, testing, governance, and vendor compliance.

Best practices for performing double/triple version EHR upgrades

When planning a multi-jump EHR version upgrade, one of the first steps is understanding the full scope of changes included in the upgrade. Organizations should identify which new features and enhancements are auto-enabled by the vendor and which require configuration, testing, and activation by internal IT teams before deployment.

Then, to smooth the processes involved in planning and making multi-jumps, adopt these best practices for multi-version upgrades:

• Maintain an internal software functionality testing team. Preview the upgrade documentation early on–during planning–to identify which members of your upgrade team you need for the release’s testing and approval. Engaging key stakeholders early in the upgrade process is critical to success. In addition to IT analysts, organizations should involve experienced end users who understand how the system supports day-to-day operations. Their feedback helps validate workflows, uncover potential issues, and ensure the upgraded system meets both technical and operational needs. This collaborative approach also builds alignment across departments and creates stronger support for future IT initiatives.
• Map out and test the impact on coordinating systems and applications. As the upgrade item scope list is complete for each version, the next step can be initiated. For each item on your scope list, upgrade teams will need at least four testing scenarios. These include:
  • Simple forward testing to ensure the item works as expected according to the upgrade documentation.
  • Simple backward regression testing to ensure the item doesn’t cause unintended results or consequences.
  • End-to-end testing within the application (no interfaces) to ensure the logic is fully maintained and it works within that functional pathway.
  • End-to-end testing with interface messaging to respective downstream system targets. This test scenario ensures that necessary downstream applications receive the appropriate information, while downstream applications that should not receive an interface message do not. This is especially important when interface messaging traffic is controlled by logic within the interface engine rules and/or where table values determine messaging targets. (Note that if a single test scenario cannot be developed for this step, interface validation will require multiple scenarios.)
• Designate responsibilities. Pre-event planning is particularly beneficial for applications that cross multiple departments. When end users know what to expect, ticket counts stay low. So, outline a deliberate communication schedule using multiple communication channels to deploy at least two weeks before the go-live date. For example, system notifications, email communications, collaboration platforms, staff meetings, and targeted end-user training can ease communication and keep others informed of the go-live event date and time. Key players’ responsibilities should also be determined well ahead of the date. Consider designating an event leader once testing is complete. The leader should be very familiar with IT protocol and the application itself. This will be valuable if something unexpected happens that needs a quick decision.
• Schedule the go-live timeframe carefully. Careful planning is essential when scheduling an EHR go-live. Establish a target date before testing begins, but treat it as flexible until testing is well underway. If testing uncovers issues, adjusting the timeline is far less disruptive than going live before the system is ready. For mission-critical applications, the go-live date should be driven by testing outcomes, operational readiness, and the potential impact on patient care, not by an arbitrary deadline. HIT leaders must account for shift changes and routine department activities (e.g., end-of-month reporting) that might be impacted. They should also consider other IT initiatives, including planned maintenance windows, security updates, regulatory deadlines, and organizational cybersecurity projects that could affect timing or resource availability. End-user usage times can help select the least disruptive go-live timeframe. Healthcare leaders should press the EHR vendor for an estimate of how long the downtime will last. The go-live date should be planned and coordinated with the health system’s EHR vendor support staff. If the application is hosted within the vendor’s data center, the vendor team will need to be heavily involved in the date selection process. Healthcare organizations that host their application locally should have vendor support staff ready in case something arises during the go-live that requires their assistance.
• Keep up the communication and centralize user support. Upgrade event staff should include vendor participants, IT staff who support the application, at least one member from the interface team, and non-IT staff from crucial departments who will perform the final live scenario. At least two days before the event, go-live leaders should hold one last planning call to answer any outstanding questions from participants. During go-live, run a bridge conference line to keep those involved both aware and working in unison. Have a small team of critical end users perform a few operational testing scenarios before releasing the environment to all end users. This last-stage testing is usually 100% successful when teams have adequate preparation and planning.

Successfully navigate go-live demands with a dedicated Go-Live Command Center designed to absorb surges in end-user support requests and training needs. By rapidly scaling support during critical transition periods, a Go-Live Command Center minimizes operational disruption, improves user adoption, maintains productivity, and relieves pressure on your internal IT team. Immediate access to these experienced healthcare IT resources helps keep issues from escalating, enabling a smoother go-live and faster realization of value from your new system or upgrade.

Ultimately, the goal of any multi-version upgrade is to validate new functionality without compromising existing operations. Although vendors thoroughly test each release before deployment, only your healthcare organization can evaluate how changes will impact your day-to-day workflows, integrations, and end-user experiences. A disciplined testing strategy that includes clinical, operational, and technical stakeholders is critical for reducing risk.

Using these best practices, healthcare leaders can achieve the ultimate success: a multi-version new upgrade event praised by end users as a “non-event.” The most successful upgrade initiatives balance technical execution with strong communication, organizational alignment, and stakeholder engagement. By working collaboratively across clinical, operational, and IT teams, HIT leaders can maximize the value of their EHR investments while positioning their organizations to take advantage of future innovations.

Whether you’re planning a double-version upgrade, preparing for go-live, or validating complex integrations, MTS helps healthcare organizations reduce risk, strengthen testing, and maintain operational continuity through EHR upgrade planning, go-live support, and optimization services.