SMART IOT-DRIVEN HEALTH MONITORING AND ASSISTANCE SYSTEM

Abstract

This project introduces an IoT-based Health Assistance System designed for real-time health monitoring and management. The system incorporates a touchscreen graphical LCD interface to display critical health parameters, including body temperature and SpO₂ levels. Utilizing sensors such as the DHT11 (for ambient temperature and humidity), a vibration sensor (for motion detection), and a pulse oximeter, the system provides continuous and reliable monitoring of a patient’s health status. At the core is the ESP32 microcontroller, which manages data collection, processing, and wireless transmission. A buzzer is integrated to alert caregivers in case of abnormal readings, ensuring timely attention. The system leverages IoT connectivity to upload real-time health data to cloud platforms, allowing for remote supervision and intervention. A regulated power supply guarantees consistent performance, while user-friendly software supports seamless interaction. This smart health assistance tool enhances patient care through improved accessibility, monitoring accuracy, and proactive response to health anomalies