Design and Realization of an Auto Irrigation Based on the Embedded System

Abstract

As technology continues to advance, intelligent irrigation systems will likely become even more sophisticated, empowering farmers to optimize crop growth while contributing to a more sustainable and resilient agricultural sector. The main objective behind the realization of this project is to address the problems in agriculture using a modern approach through an automated system that leverages the fundamentals of embedded electronics. Focusing on the major issue of using rudimentary irrigation methods on the majority of the country's farmlands, we set out to develop a control system comprising sensors, processing units, and actuators, all integrated into a single, compact system. This system is further enhanced with remote access to critical parameters responsible for regulation, facilitated through a website.

Keywords

• auto irrigation
• soil moisture
• temperature
• arduino
• dht11