Next Gen Intelligent Healthcare Systems for Emergency Services

In the smart healthcare era, efficient emergency response systems are crucial for lives to be saved. The study proposes a next-generation framework that integrates automated ambulance routing, dynamic traffic management, and real-time patient monitoring to revolutionize emergency services. This system utilizes Wireless Sensor Networks (WSN) and Internet of Things (IoT) devices to monitor the vitals of patients and manage the ambulance route dynamically. The complete interaction of ambulances with the closest hospitals happens through Application Programming Interfaces (APIs), but edge-computing-capable IoT devices also maintain the flow of data with low-latency decision-making, adapting to changing traffic conditions. Leveraging real-time health monitoring, hospitals can prepare in advance by continuously sending out patient information, while traffic signal optimization ensures that ambulances pass through crowded city roads with nearly no delay. By addressing issues such as traffic congestion, resource allocation, timely patient care, etc., this framework improves the reliability and effectiveness of emergency services. Thus, the designed system performs as a scalable, fault-tolerant platform for smart cities, laying a strong foundation for smart healthcare environments.