A Digital Surgical Command Center: Integrating Real-Time Data, Automation, and Clinical Decision-Making to Optimize Surgical Pathways

The increasing complexity of surgical care places substantial operational pressure on healthcare systems, creating the need for integrated data-driven management strategies. This study presents a model of a Digital Surgical Command Center. The center aims to optimize surgical workflows with real-time data, automation, and collaborative decision-making. The system uses user-driven data input, automated processing, real-time analytics dashboards, and collaborative platforms. These features support clinical and operational decisions. Tools such as low-code apps, automated workflows, and business intelligence dashboards are integrated. The model supports continuous monitoring, case prioritization, and dynamic resource allocation. A simulated implementation demonstrates the potential impact of the system in reducing waiting times, improving transparency, and enhancing coordination across multidisciplinary teams. This approach represents a scalable and adaptable framework for healthcare institutions seeking to implement digital transformation strategies in surgical services.