A modern device strategy for healthcare means standardizing on secure, AI-ready PCs that support telehealth, mobile workflows, and cloud collaboration while protecting patient data. For most providers, this looks like replacing aging Windows 10 hardware with Surface devices running Windows 11 and Microsoft 365 so caregivers can work flexibly and IT can manage risk centrally.
Healthcare is under unprecedented pressure: the World Health Organization expects a shortage of 10 million health workers by 2030, while patients increasingly demand digital convenience and personalization. Legacy PCs make this worse—slow logins, fragile hardware, and inconsistent security settings all add friction to every shift.
Surface for Business, combined with Windows 11 and Microsoft 365, is built for this reality. Light, mobile 2‑in‑1s give nurses and mobile caregivers instant access to electronic health records, virtual care tools, and AI assistance. Powerful laptops and collaboration devices support physicians, virtual care teams, and executives managing complex operations.
In a recent Microsoft trial with NHS England, clinicians using Microsoft 365 Copilot saved an average of 43 minutes per day on administration, freeing up time for direct patient care.NHS England is now rolling out Copilot to more than 500,000 staff, showing how modern, AI-enabled devices can scale impact across a national health system.
A successful modern device strategy maps specific Surface devices to real healthcare roles instead of treating all users the same. Start by grouping personas—nurses and mobile caregivers, physicians and virtual care teams, hospital administrators, and executives—then align each with the right mix of mobility, performance, and connectivity.
For nurses and mobile caregivers moving from room to room, Surface Go 4 and Surface Pro devices provide lightweight, tablet-to-laptop flexibility. They’re easy to carry, with all‑day battery life and bright PixelSense touchscreens that make it simple to check patients in, capture digital signatures, and update charts at the bedside instead of at a hallway workstation.
Physicians and virtual care teams often need more compute and screen clarity. Surface Pro 10 5G or Surface Laptop combine powerful Intel® Core Ultra processors and NPUs with high-resolution displays so clinicians can view imaging, run specialized applications, and conduct Teams-based telehealth visits from clinic, home, or on call.
Hospital administrators and executives benefit from Surface Laptop and Surface Laptop Studio devices. These machines comfortably run enterprise analytics, financial models, and productivity apps, while supporting pen input for digital note‑taking in strategy sessions and board meetings.
By standardizing on this portfolio, you can simplify procurement and support but still give each persona a device that fits how they actually work.
Frontline burnout is one of the biggest pain points for healthcare leaders. Too many clinicians spend extra hours hunting for information, repeating manual documentation, or fighting slow systems, instead of focusing on patients. Modern Surface devices unlock new AI and collaboration workflows that directly target this problem.
With Microsoft 365 and Copilot on Surface, routine tasks like summarizing patient notes, drafting discharge instructions, or preparing case summaries can be completed in minutes. In NHS pilots, Copilot saved users 43 minutes per day on admin work—time that can be redirected back to care delivery.Microsoft case study data shows this scales across thousands of users.
Surface devices are optimized for Microsoft Teams, with high‑end cameras, far‑field microphones, and quality speakers. That makes virtual visits and multi‑disciplinary team conferences feel more natural and less fatiguing. For example, a virtual care team can use a Surface Hub 3 in a conference room to whiteboard treatment plans while remote specialists join from Surface Pro or Laptop devices, all on the same Teams platform.
Because many new Surface models include dedicated NPUs, AI workloads like background noise suppression, real‑time transcription, and on‑device effects run efficiently without degrading overall performance. This keeps virtual care and AI assistance responsive even during busy clinic schedules.
For healthcare IT, any device strategy must start with protecting sensitive patient data. Modern Surface devices implement chip-to-cloud security, combining hardware, firmware, operating system, and cloud controls that are tightly integrated and managed through Microsoft 365.
Most Surface for Business models are Secured-core PCs, designed to elevate Windows 11 security defaults. Trusted Platform Module (TPM) 2.0 and Microsoft Pluton processors isolate credentials and encryption keys, making it much harder for attackers to exfiltrate data—even if they gain physical access to a device. BitLocker drive encryption protects information on lost or stolen laptops and tablets.
Microsoft-written UEFI firmware allows IT to manage low-level settings centrally, including disabling ports, cameras, or microphones via Device Firmware Configuration Interface (DFCI). Unlike traditional BIOS changes, these configurations are enforced before the operating system loads and can’t be bypassed by local users, which is critical in regulated environments.
Windows Hello for Business supports secure sign‑in using facial recognition, PINs, NFC badges, or multi-factor authentication, reducing shared passwords and tailgating risks around clinical workstations. Combined with Intune compliance policies, conditional access, and continuous monitoring, Surface devices give healthcare organizations a practical way to align with HIPAA and other privacy regulations.
Modern devices should reduce IT workload, not increase it. Surface for Business is designed for cloud-first management with Microsoft Intune, Windows Autopilot, and the Surface Management Portal so your team can deploy and support thousands of devices with minimal hands‑on effort.
With Windows Autopilot, new Surface devices can ship directly from the manufacturer to clinicians. When a nurse or physician signs in, their device automatically enrolls in Intune, applies security baselines, installs required apps, and joins the right groups—no imaging or desk‑side visits required. This zero‑touch deployment model is especially valuable when opening new clinics or expanding telehealth teams quickly.
Intune policies give you granular control over updates, configurations, and app access throughout the device lifecycle. You can remotely wipe or retire lost devices, push UEFI updates alongside Windows patches, and monitor hardware health trends across your fleet.
Studies commissioned by Microsoft with IDC and Forrester have shown that organizations standardizing on Surface and Microsoft 365 can see lower total cost of ownership, including IT time savings and reduced support tickets.Independent analyses highlight these operational gains alongside user productivity improvements.
Technology in healthcare evolves quickly, from AI-driven documentation to remote patient monitoring and advanced imaging. A modern device strategy has to anticipate that change rather than react to it. Surface devices are engineered with future-readiness and sustainability in mind, helping providers adopt new capabilities without constant disruptive refreshes.
New Surface Copilot+ PCs include powerful NPUs that deliver tens of trillions of operations per second for AI workloads, keeping emerging experiences responsive on-device. This matters as more clinical documentation, triage support, and operational analytics begin to run at the edge instead of solely in the cloud.
Sustainability is also becoming a strategic priority for many health systems. Microsoft has committed to being carbon negative, water positive, and zero waste by 2030, and Surface plays a role in that plan. Recent Surface models use higher percentages of recycled aluminum and rare earth metals, more recyclable packaging, and increasingly replaceable components.Microsoft sustainability reports and Surface Eco Profiles provide transparent life‑cycle data.
For healthcare providers, this means you can standardize on devices that not only support better care and staff experience today but also align with environmental goals and emerging AI innovations over the life of the fleet.
Support for Windows 10 ends on October 14, 2025. After that, older PCs will no longer receive security or feature updates, increasing cyber risk and leaving clinicians on outdated experiences just as AI becomes central to care delivery. Waiting to act compresses your rollout timeline and can disrupt operations.
By planning a phased refresh to Surface devices running Windows 11 now, you can avoid a last‑minute scramble and instead treat modernization as a strategic opportunity. Prioritize high‑impact personas first—nurses, mobile caregivers, and virtual care teams—and rapidly move them onto Surface Go, Surface Pro, and Surface Laptop models optimized for frontline work.
Next, address leadership, IT, and analytics teams with higher‑end laptops and Surface Laptop Studio where needed. Use Autopilot and Intune to standardize configurations, apply consistent security policies, and validate app compatibility across your key clinical systems.
As you move off Windows 10, you not only close security gaps but also unlock the full Surface and Microsoft 365 feature set, from Copilot-driven productivity to more reliable telehealth experiences. That combination—modern hardware, modern OS, and cloud management—is what ultimately reduces burnout, improves patient satisfaction, and keeps your organization ready for whatever comes next.