As outpatient volume, inpatient services, and cross-site collaboration continue to grow, China Medical University Hospital has proactively re-evaluated its existing IT architecture to establish a foundational platform capable of supporting future healthcare demand. In collaboration with Shanda Information’s system integration team, the project began with an in-depth assessment of in-hospital usage scenarios and resource allocation across computing and storage systems, leading to the adoption of a virtualized cloud platform as the core foundation for cross-campus system integration.

Given the high requirements for stability and security in healthcare environments, Shanda Information incorporated a Zero Trust security model during the architectural design phase to progressively strengthen the hospital’s network defense layers. Through network micro-segmentation, services are isolated by organizational units and system functions, with consistent security policies applied to reduce the risk of lateral movement. In addition, the integration of load balancing and intrusion detection mechanisms ensures stable operation of critical systems while enhancing overall resilience.

In daily operations, the virtualized platform emphasizes centralized management and automation. Administrators are able to manage system deployment, version updates, environment monitoring, and resource allocation through a unified interface, significantly reducing operational complexity and human error risks. Combined with centralized logging and network monitoring capabilities, IT teams can gain real-time visibility into system status, quickly identify anomalies, and minimize impact on clinical operations. As a result, IT operations evolve from reactive troubleshooting to a predictable and manageable operational rhythm, providing continuous and stable support for healthcare services.