The following is a guest article by Matt Scavetta, CTIO at Future Tech
Healthcare organizations are under immense pressure to deliver high-quality, patient-centered care while also managing increasingly complex technology. One critical example many healthcare IT leaders face is the hardware requirements for modern EHRs.
Epic holds approximately 48% market share among large healthcare systems and has rigid requirements for endpoint devices to run its ecosystem. This places significant responsibility on end-user computing teams to ensure devices in circulation meet those standards and are continuously monitored for abnormal degradation or performance issues.
Hardware refresh strategies were once an afterthought for healthcare executives. With vendors now enforcing more stringent hardware standards, they have become top of mind for CIOs, CFOs, and CEOs alike. The question now becomes: How do IT executives provide that strategy? This is where Digital Employee Experience (DEX) comes in.
How Digital Employee Experience Addresses Silent Friction in Healthcare IT
DEX is a rising category of platforms and practices that monitor and improve how employees interact with devices, applications, and AI tools. It gives IT teams real-time insight into performance so they can prevent problems before they reach staff.
In healthcare, physical environments can be just as diverse as the software being deployed. Emergency Departments, Labs, Radiology, Inpatient units, Patient Access, and Revenue Cycle teams all have unique technical requirements. Tablets are being deployed as part of digital front desks to streamline check-in. AI-assisted claim submission and medical coding tools are transforming revenue cycle operations. Workstations on Wheels (WOWs) in Emergency Departments are evolving to support new hardware configurations. Finance teams are using AI tools such as Translucent to manage increasingly complex departmental P&Ls. At the same time, virtual care and remote patient monitoring continue to expand as healthcare systems extend care beyond traditional facilities.
All of these shifts create a growing need for greater visibility into what is happening at the device level across the entire ecosystem. As a result, DEX adoption has moved from a “nice to have” capability to an essential component of IT operations.
Many hospitals still rely on traditional IT metrics such as tickets opened, mean time to repair, and help desk volume. But these measures only tell part of the story. They do not capture the hours clinicians spend working around slow applications, waiting for tools to load, or abandoning technology in frustration. These hidden inefficiencies create silent friction that affects efficiency, decision-making, patient throughput, and staff satisfaction.
What DEX Offers
DEX platforms collect data directly from devices and applications, providing real-time insight into how staff interact with technology. This enables IT leaders to answer questions that were previously difficult to measure, including:
- Which devices or applications are slowing staff down
- Whether AI and clinical tools are being adopted
- When hardware requires service or replacement instead of relying on a fixed schedule
- Which issues can be resolved automatically before staff notice
This is more than a monitoring layer. Proactive alerts, self-healing capabilities, and usage analytics allow IT teams to resolve problems before they disrupt care, reducing downtime and hidden inefficiencies.
Through DEX campaigns, organizations can segment devices by department, location, or application to curate targeted surveys. These campaign insights provide meaningful data on how AI tools are being used and can collect sentiment analysis that IT leaders can leverage to inform broader strategy and investment decisions.
Why DEX Matters in Healthcare
Adopting DEX can change how hospitals manage technology day to day. With real-time visibility into device and application performance, IT teams can address issues before they affect the patient journey. Anecdotal feedback from users can be translated into measurable data, helping leaders determine whether technology investments are delivering real value.
Several key impacts include:
- Faster, Smoother Workflows: IT can identify and resolve device or application issues before they disrupt care, allowing staff to spend more time with patients and less time troubleshooting technology
- Measuring AI Adoption and Impact: Hospitals are increasingly deploying AI initiatives but often struggle to understand whether employees use these tools effectively or consistently; usage data reveals which tools are being used, by whom, and for what tasks — leaders can use this insight to guide training, deployment, and strategy and ensure AI investments deliver measurable returns
- Smarter Device Management: Fixed refresh schedules rarely align with the realities of modern healthcare systems; performance-based refresh models ensure IT teams operate efficiently and proactively — this approach can contribute to cost savings, compliance with software requirements, and improved experiences for both patients and providers
- Reliable Performance for High-Demand Workloads: Telehealth, remote care, and AI-enabled imaging place heavy demands on endpoint devices; ensuring consistent performance keeps clinical operations running smoothly and staff focused on patient care
DEX Belongs at the Center of Healthcare IT Strategy
Adopting DEX changes how IT teams operate and how staff experience technology. It shifts IT from a reactive support function to a proactive operational partner. While the tools themselves matter, the real value comes from using the data to improve processes, assign accountability, and track outcomes.
As hospitals continue investing in AI and digital innovation, consistent endpoint performance is no longer just an IT concern. It is essential to delivering reliable, high-quality patient care. DEX is what makes that consistency possible.
Matt Scavetta is the Chief Technology and Innovation Officer at Future Tech, a global IT solutions provider that offers a diverse array of technology services to both corporate and government sectors.
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