Healthcare organizations have invested heavily in data protection, infrastructure restoration, and critical application recovery after cyberattacks. Yet, endpoint recovery often gets overlooked, despite its importance for resuming clinical workflows.
A recent data breach at a U.S. clinical genomics company exposed information for 2.8 million individuals, highlighting the scale and sensitivity of data handled by healthcare organizations. However, data exposure represents just one aspect of cyber risk.
Addressing the Endpoint Trust Gap
When infrastructure is isolated or rebuilt after an incident, clinicians may still be unable to use their devices, even if the broader environment is restored. This endpoint trust gap can delay care delivery, as clinical workflows heavily rely on shared workstations and applications.
Healthcare leaders should integrate endpoint access into their clinical care resilience plans, rather than treating it as an afterthought. This involves ensuring clinicians can regain trusted access to necessary applications while forensic reviews are ongoing.
Establishing Endpoint Recovery Time Objectives
While electronic health records (EHR) recovery is essential, it represents only part of the solution. Clinicians require trusted devices to access these systems. Healthcare organizations often set recovery time objectives (RTOs) for infrastructure and applications but neglect clinician access.
Executives must consider the impact of untrusted clinical workstations and evaluate whether IT can restore access using existing hardware. They should also assess if clinicians can return to approved applications during ongoing investigations and if established workflows will function in the recovery environment.
Designing a Resilient Endpoint Architecture
The design of the endpoint is vital. When user sessions and patient data are delivered from centralized sources, less data resides on the device for attackers to exploit. An immutable, governed endpoint layer can further restrict unauthorized changes, maintaining a known operating state.
This approach enables administrators to keep at-risk devices out of patient care workflows during forensic reviews, ensuring a trusted workspace for clinicians. The financial implications of endpoint security are significant, with the global average cost of a data breach projected to rise by 12% in 2026, and healthcare remaining the most costly industry for breaches.
Healthcare organizations must prioritize endpoint recovery alongside application and infrastructure recovery, testing their processes under realistic conditions. This includes identifying critical workstations, understanding how clinicians regain access, and ensuring the process functions when needed.
