Abstract:
Today’s world is slowly dependent on the IoT. IoT devices create huge impact in every
sector of our daily life. The applications of real-time IoT-based health monitoring
systems are vast, ranging from remote patient monitoring to chronic disease
management, elderly care, sports and fitness monitoring, and environmental
monitoring. These systems offer early detection of health issues, continuous
monitoring, improved patient engagement, cost-effectiveness, and enhanced clinical
decision-making. The application of IoT technology in health care is turning out to be
a game changer in health care experiences when it comes to patient data collection. The
document system list out the parts, fundamental principle, uses, positive effects, and
difficulties and what the future holds for these technologies. The liaison of IoT
technology with health care has triggered a routine evolution on how individuals track
and look after their health matters. The report discusses the building blocks, working
principles, operational mode, benefits, downfalls, and the prospects of this technology.
In this project I will develop a prototype by using sensor Node MCU ESP8266 is a
microcontroller to control all sensor. Heart Rate Sensor is used to measure the heart
rate. Single Lead Heart Rate Monitor is used for signal measurement applications such
as ECG and other Biometric signals. Myo Ware 2.0 Muscle Sensor has electrodes that
measure the electrical value of the muscle and it’s called the electromyography signal.
