An IoT-based patient health monitoring system was developed using Arduino and ESP8266 to gather and transmit real-time health data to a cloud server for remote monitoring.
The study describes the development of a low-cost, IoT-based wearable health monitoring system using Arduino and ESP8266 for real-time remote tracking of vital signs.
In the line of science, remote health monitoring is regarded as a hot topic. Regardless of the fact that there are more senior citizens, it is certain that a dispersed medical care system with remote monitoring and the goal of diminishing the rising cost of healthcare is urgently needed. Rapid detection and ongoing health monitoring can save up to 60% of lives. A wireless, wearable, affordable, and automatic health monitoring system is a good solution because of these factors. When needed, it can be challenging to check basic life factors like temperature, heart rate, gyro, oxygen level, etc. Using Arduino and a standard ESP8266, development and construction an IOT-based patient health monitoring system is achieved. Using Arduino and a generic ESP8266, this project will design and build an IOT-based patient health monitoring system. The suggested project can gather and send patient health information to an Internet of Things cloud server, such Thing-Speak, where it can be stored and watched in real time by a healthcare expert at a distance.
Dinesh et al. (Thu,) reported a other. IOT-based patient health monitoring system using Arduino and ESP8266 was evaluated. An IoT-based patient health monitoring system was developed using Arduino and ESP8266 to gather and transmit real-time health data to a cloud server for remote monitoring.