IoT based Ground Water Level Monitoring System and Its Impact in Agricultural Applications

AbstractThe concept of a water level monitoring system is designed here. The proposed investigate microcontroller-based water level sensing and sound detection in a wireless context, as well as distance computation using an acoustic sensor. Residential electricity usage and water overflow could be reduced with the implementation of a water level monitoring method. It can also indicate that the sensor will detect water and that the water range will be displayed on the LCD if water is detected. Furthermore, cellular phones with a high-quality graphical user interface and a relatively high processing power have just become available. The utilization of such a valuable resource in a mobile application is required from the user's perspective. The suggested technology is a wireless groundwater monitoring system. Prototype sensor module that records and sends real-time groundwater level data from remote locations. It can be used for bore well and agriculture purposes. All data information is connected by the IoT (Internet of Things), a web- and cellular-based monitoring service protocol for calculating and sensing water levels. From the identified water, water quality and TDS have been measured for analyzing the quality levels of water.