AUTOMATED DRAINING AND IRRIGATION SYSTEM (ADIS) ENABLED WITH AI

Abstract

Modern and advanced technology allows to tackle challenges and problems faced by agriculture. These innovative technologies could be used in maximizing agricultural output while minimizing resource waste. This research is aimed to propose an Automatic Draining Irrigation System (ADIS) that integrates Artificial Intelligence (AI) and the Internet of Things (IoT) to take judgemental decisions on managing irrigation and drainage which is a critical decision-making issue in conventional farming. The proposed system monitors soil moisture content, availability of water, and weather and environmental conditions in real time and processed data ensures optimal water management in the field. The ADIS utilizes smart sensors and AI-driven decision-making algorithms. Hence, the system is capable in dynamically controlling irrigation that prevents overwatering and underwatering. The automatic drainage enabled in the proposed system prevents waterlogging. ADIS is capable in enhancing crop productivity, conserving water, and reducing human intervention. Therefore, ADIS can be used in transforming the modern agriculture more efficient, sustainable, and cost-effective.