For years, healthcare organizations have pursued IT cost optimization through familiar tactics: renegotiating contracts, extending hardware refresh cycles, consolidating vendors, and managing cloud spending. Those efforts can produce incremental savings, yet many organizations find themselves confronting the same financial pressures a few years later. The larger challenge is often architectural.
Increasingly, healthcare organizations are discovering that the design of their IT operating model determines whether cost optimization is sustainable or simply temporary. How electronic health records (EHR) are delivered plays an outsized role. Gartner projects healthcare providers will devote nearly 70% of their IT budgets to EHR-related products and services by 2030, making the way an EHR is delivered a strategic decision with long-term implications for cost, resilience, clinician experience, and future innovation.
The conversation often begins with hardware procurement, but the long-term economics are driven by operations. Maintaining, patching, securing, and supporting thousands of endpoints consumes far more time and resources than purchasing them. Hardware typically represents only a small portion of endpoint lifecycle costs, while ongoing administration accounts for the majority. Gartner also expects nearly a third of healthcare technology investment to focus on operational optimization by 2028 as financial pressures intensify.
At enterprise scale, distributed endpoint environments become increasingly expensive to manage. Every software update, configuration change, security patch, and support issue must be repeated across thousands of devices. Routine work accumulates into a continuous operational burden that limits IT’s capacity to focus on modernization, cybersecurity, and clinical priorities.
An alternative approach is centralized application delivery. A recent Envision IT analysis found that centralized EHR delivery models can reduce total cost of ownership by 20% to 40%, depending on the environment. The value comes from simplifying operations rather than relying on a single optimization. Applications, policies, and infrastructure can be managed consistently while computing resources align more closely with actual demand.
Infrastructure decisions also shape the clinician experience. Physicians, nurses, and care teams move constantly throughout a facility, yet many environments still require repeated logins, application launches, and session restarts, taking time away from patient care. KLAS Research found that only 46% of surveyed clinicians agreed that their EHR enabled efficiency. It also found that clinician perceptions of EHR efficiency are closely associated with burnout, underscoring how technology performance influences care delivery. Faster, more consistent access reduces interruptions and returns valuable time to patient care.
Operational simplicity improves IT efficiency as well. Rather than supporting countless endpoint configurations, centralized delivery enables standardized management and reduces administrative overhead. Envision IT’s analysis found organizations could support substantially more endpoints per administrator after centralizing delivery, allowing IT teams to spend less time maintaining devices and more time advancing strategic initiatives.
As operational complexity declines, organizations gain greater flexibility to modernize infrastructure, adopt new clinical technologies, and respond to changing business priorities without continually expanding IT resources.
Once delivery is centralized, the infrastructure strategy also changes. Infrastructure consolidation reduces the need to build, maintain, and operate distributed infrastructure. Organizations can provision infrastructure based on observed demand rather than designing for peak capacity that sits underutilized much of the time. Virtual machines can power up and down based on activity across clinics and hospitals. Storage, caching, and application policies can be managed consistently across the environment. Cost becomes a direct outcome of infrastructure design rather than day-to-day operational firefighting.
Resilience is another strategic consideration. Distributed environments require recovery at the device level, extending outages and increasing operational disruption. Centralized architecture enables faster restoration of applications and user environments, improving business continuity while reducing financial and clinical risk.
Healthcare leaders are viewing infrastructure as a strategic capability rather than a technical utility. Modern application delivery can simplify operations, improve resilience, strengthen security, and provide greater flexibility across on-premises, cloud, and hybrid environments. Those capabilities become important as organizations invest in AI, digital care, new models of care delivery, and data-intensive clinical workflows that demand scalable, resilient infrastructure.
The healthcare industry will continue searching for ways to contain technology costs. The greater opportunity is to challenge assumptions that have gone largely unquestioned. EHR delivery is one of them. Organizations that treat infrastructure strategy as a business decision — rather than an implementation detail — will be better positioned to improve operational performance, support clinicians, and create capacity for the next generation of healthcare innovation.
About Cletis Earle
Cletis Earle is the Healthcare Field Chief Technology Officer at Citrix and a seasoned healthcare IT executive with more than two decades of leadership experience across large health systems and technology organizations. He works closely with healthcare executives nationwide to align digital strategy with clinical, operational, and financial outcomes.
