Design of Patient Health Monitoring Using ESP8266 and Adafruit IO Dashboard

In this paper, An IoT-based smart patient healthcare monitoring system utilizing ESP8266 has been designed by using an Infrared thermal MLX90614 sensor and Pulse oximeter MAX30100 to monitor patient Heart rate. Adafruit IO’s health monitoring system and the internet have made it possible for everyone to track their health. Inadequate security often leaves patient data vulnerable to an unidentified danger, making a proper collection of essential medical data critical to therapy. It is suggested in this study that different kinds of sensors be utilized to gather data regarding health-related and environmental characteristics and sent to the cloud as part of an e-Health monitoring and Adafruit IO monitoring system that is built on the Internet of things. An energy-saving and bandwidth-saving feature of the proposed system is schedule data aggregation. Protecting data and personal information from unwanted access has become a top priority. As a result, data is safely kept, and the creation of duplicates is minimized. These systems let people keep track of their health and Adafruit IO condition, and they may also use this information to ensure that they are taking the right measures.