Human Centric Cloud Based Portable ICU for Advance Assistance System

Abstract

The Human-Centric Cloud-Based Portable ICU system revolutionizes emergency medical care by integrating real-time ambulance assistance with hospital infrastructure using advanced IoT technologies. Portable medical devices equipped with IoT sensors monitor vital health parameters, such as body temperature, heart rate, pulse rate, and SpO2 levels, enabling first responders to assess patient conditions efficiently. A unique patient ID consolidates medical data, ensuring seamless information flow. Collected data is securely transmitted via MQTT and cellular networks to a centralized cloud database, facilitating real-time communication between ambulances and hospitals. Hospitals receive instant notifications about incoming patients, allowing them to assess their capacity and respond accordingly. Real-time analytics enhance decision-making, directing patients to the most suitable healthcare facility without delays. By leveraging IoT and cloud computing, this system establishes a robust communication loop between emergency services and hospitals, significantly reducing response times and optimizing patient transfers. This innovative approach enhances the efficiency of emergency healthcare delivery, ensuring timely and appropriate medical attention in critical situations.