An Implementation of Internet of Things-based Live Temperature and Humidity Monitoring System

Weather monitoring is an essential component of human existence; hence, collecting data about the temporal dynamics of weather shifts is of the utmost significance. The primary objective of this study is to create an embedded system to design a weather monitoring system that permits the monitoring of various weather parameters for academic research in a laboratory setting. A pair of sensors, including those for monitoring temperature and humidity, are included in such a system. The microcontroller gathers the data from the sensors, and then the microcontroller sends the data from the sensors into the google cloud application (google sheets) using Serial Communication. This module will store the data on the cloud, and information can also be received on mobile with the help of the GSM module if the values are outside the defined boundary range. The values obtained from the device are compared with those obtained from the device and checked with the data available at the national center for metrology to determine the degree to which the intended system accurately represents reality.

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