DeMux Controlled Sensor Based Smart Irrigation System

The increase in pollution levels in water bodies has made water scarce for agricultural needs. Technology in irrigation not only overcomes this rising problem but also increases the efficiency of the farmers, thereby increasing the Gross Domestic Product of a country. This paper aims at using IoT in indoor irrigation methods to control the wastage of water and increase the efficiency of the soil. The proposed system reads the sensor data and handles water automatically (using relay motors and sprinklers) through a Control System board. A WiFi module is used for communication between sensors and base stations. Continuous detected information dealing with and showing on the server is cultivated using graphical UI. Remote checking of the field water system framework decreases human intercession and permits remote observing and controlling on the android phone. Distributed computing is an alluring answer for the huge measure of information created by the remote sensor arrangement. This paper proposes and assesses a cloud-based remote correspondence framework to screen and control a lot of sensors and actuators to evaluate the plants' water needs. A light source powered by solar energy is used to manage the temperature of the soil according to season/crop needs.