Published Paper Details:

TheIoT-basedpatienthealthmonitoringsystemaimstoprovideareliableandreal-timehealthmonitoring solution using modern technology. The system leverages an ESP8266EX microcontroller, an I2C LCD display, a humidity sensor, the MAX30100 sensor for measuring heart rate and oxygen saturation (SpO2), and a buzzer for alerts. This project integrates these components to continuously monitor and display vital health parameters, facilitating timely intervention and management of patient health. With the increasing demand for remote health monitoring solutions, this project addresses the need for a costeffective and efficient system that can provide real- time data to caregivers and medical professionals. The primary objective is to develop a system that monitors key health parameters, namely humidity, heart rate, and SpO2 levels, and alerts the user through a buzzer and a mobile application using the Blynk IoT platform. The implemented system successfully monitors the patient's health parameters and provides real-time updates on the I2C LCD display and the Blynk mobile application. The buzzer effectively alerts users to any anomalies, ensuring prompt attention and action. The project demonstrates the feasibility and effectiveness of using IoT technology for patient health monitoring, offering a scalable solution that canbeexpandedwithadditionalsensorsandfunctionalities.Thissystemprovidesasignificantcontributiontowards improving patient care and health management in both home and clinical settings