Integrated Realistic Multiscenario Drill for Bioemergency Preparedness: Enhancing Response Capabilities of the Olympic Hospital Complex for the 2026 Milano-Cortina Winter Olympics

Summary: The 2026 Milano-Cortina Winter Olympics pose unique challenges for disaster medicine preparedness, particularly in managing bioemergencies within alpine regions. This study describes a comprehensive multiscenario drill designed to evaluate and enhance the command and control capabilities of the Olympic hospital complex in responding to potential infectious disease outbreaks and biothreats, utilizing existing resources. The drill encompassed three integrated components: 1. Command and Control Role-Playing Exercises: structured role-playing sessions were prepared to simulate decision-making processes during bioemergency scenarios; 2. Virtual Simulation: Advanced virtual reality platforms were employed to create immersive bioemergency scenarios, allowing participants to engage in realistic simulations of outbreak management; 3. Field Exercise: A practical field exercise was conducted within the Olympic hospital complex, simulating a sudden influx of patients presenting with symptoms of a contagious disease. This exercise tested the hospitals’ surge capacity, patient triage procedures, isolation protocols, and the practical application of command-and-control strategies in a real-world setting. Data collection methods included real-time observations, debriefing sessions, and participant feedback surveys, focusing on response times, decision-making efficacy, and inter-agency coordination. The integrated drill revealed several key findings, including the importance of e-role-playing exercises to enhance command hierarchies and improve inter-agency communication. Virtual simulations and field exercises were used to test the hospitals’ preparedness and response. This multiscenario drill effectively integrated role-playing, virtual simulation, and practical field exercises to assess and enhance the bioemergency preparedness of the Olympic hospital complex. The findings underscore the importance of comprehensive training approaches that combine theoretical knowledge with practical application, tailored to the unique challenges of mountain healthcare settings. Implementing the lessons learned will strengthen the region’s capacity to respond to bioemergencies during the Milano-Cortina Winter Olympics and serve as a model for similar alpine regions globally.