As in the present fast growing technology world, the evolutions of new area of concepts are derived in more advances, in a Multidisciplinary nature. In the last 10 years, the medical and diagnostics fields are much more advanced and handy to find server to server health issues in a short span of time and help to analyze in a much better way to cure the health issues. In pandemic situation we had seen RAPID test Kits etc., to find the virus details .in same manner in advanced technical way Wearable devices also plays a role of detection at handled device forms. Particularly in remote patient management and delivery of care across the healthcare ecosystem, wearable technology, and product maturation have enabled providers with real-time data collection, increasing accuracy and informing decision making. Wearable’s have the potential to improve patient outcomes by monitoring physical health, equipping providers with data they otherwise may not have access to. Miniaturizing Body Temperature, ECG, Blood Pressure, Heart Rate, etc. monitoring - these devices continue to disrupt traditional tools of patient data capture. In this study, a design for an IOT Embedded-based concept is used to design and develop certain wearable devices in a wireless monitoring network with the help of web applications. Using Node-MCU32 and 8266 we define the network and process the data from a person with wearable devices. Generally it can be obtained from the wearable sensor like Blood pressure, Spo2 levels and Temperature of body using the applicable sensors. That collected data is published into a Web page where patient name and other details are noted in that page. Using this concept we can take more than 50-100 patients’ data simultaneously with updating details in web page.

Smart Wearable device, Medical Devices, Wireless Remote monitoring, Smart Sensors, web Server, Smart embedded IOT.