The system is designed to determine when exactly crop soil needs water and deliver a controlled amount of water to the crop root zone based on soil moisture status. With the microcontroller, the data obtained from the soil at the crop roots will determine the amount of water needed for irrigation at any given time. The design of an automatic monitoring and control system for irrigation water supply was continued to create an automatic irrigation control device for efficient use of water and running the pumping motor . The developed monitoring system mainly focuses on predicting the onset of disease germination by wirelessly transmitting different environmental conditions throughout the farm to the central unit where the data is stored and analyzed. Over the past two decades, agricultural technology has seen rapid growth. Different follow-ups. This article aims to develop automatic control of fertilized irrigation. and a management system for improving soil porosity and nutrients through timely application of fertilizers and. water.