IOT-Based Health Monitoring System For Paralysis (Quadriplegic) Patients

Paralysis, which is defined as the loss of muscle function in certain body parts, presents unique issues in healthcare. This necessitates technological and medicinal advances to improve patients’ quality of life. This project, "IoT-Based Health Monitoring System for Paralysis (Quadriplegic) Patients," aims to improve the quality of life for paralysis patients by creating an easy-to-use, affordable device for their connectivity with caregivers and doctors. The wearable sensors track important health information such as heart rate, body temperature, blood pressure, and movement, sending it to healthcare providers via a cloud platform. This allows for quick responses as needed. The gadget lets patients communicate their needs with simple motions, making it much easier for them to converse despite their physical problems. This system reduces visits to hospitals and enables remote care of the patients, thus contributing to better health and independence for paralysis patients. Key Words: IoT, Paralysis, Health monitoring, Flex Sensors, ESP32 microcontroller.