IoT-Based Smart Insole with Sensor for Testing Leg Tissue and Skin

This project introduces a novel approach to foot health monitoring through the development and implementation of an IoT -based smart insole with integrated sensors. The primary objective is to provide continuous real-time testing of leg tissue and skin, particularly focusing on parameters such as temperature, pressure distribution, and SpO2 levels. The project utilizes advanced technologies, including thermal sensors, force-sensitive resistors, and a Max30105 sensor integrated into an Arduino Uno microcontroller. A Wi-Fi and Bluetooth-enabled ESP32 module enables wireless communication, facilitating the seamless transmission of data to a secure cloud platform. The project's key findings reveal the successful integration of sensor technologies into a wearable insole for continuous leg tissue and skin testing. The findings underscore the potential impact of continuous monitoring on improving patient outcomes and highlight the versatility of the Smart Insole in addressing critical health challenges.