Published Paper Details:

The development of an IOT-based health monitoring system for disabled individuals aims to provide continuous, reliable, and real-time observation of vital health parameters using a microcontroller-based embedded platform. Disabled persons often require constant medical supervision due to limited mobility or underlying health conditions, and conventional healthcare systems may not offer timely assistance during emergencies. This system integrates physiological sensors such as heart rate, body temperature, and ECG sensors with a microcontroller to continuously acquire and process health data. The collected data is transmitted through an IOT communication module, such as Wi-Fi or GSM, to a cloud-based platform where it is securely stored, analyzed, and visualized for remote access by caregivers, family members, or healthcare professionals. Predefined threshold values are used to detect abnormal health conditions, and an automatic alert mechanism is activated to notify concerned personnel through notifications or messages, enabling rapid medical intervention. The proposed system is designed to be low-cost, energy-efficient, and user-friendly, making it suitable for long-term use in home-based healthcare environments. By enabling real-time monitoring and remote supervision, this system enhances patient safety, reduces the need for constant physical presence of caregivers, and significantly improves the quality of life and independence of disabled individuals.