Integrated intelligent system for water quality monitoring and theft detection

Abstract

In India, water demands have risen inexorably over the last decade. The world's growing need for water has become a huge concern. The resource has been depleted due to wastewater, global warming, and industrialization. The importance of resource conservation and management must be prioritized. This work introduces an Internet of Things concept for water scanning and management in this work, which provides real-time feature extraction via the Internet. The suggested strategy addresses emerging needs within the aquatic sector, like gauging flow velocity and the imperative for scrutinizing water provision to minimize wastage and promote conservation. It also utilizes pH and conductivity sensors to examine the excellence of the aquatic that is distributed to every home. Traditional water metering methods necessitate consistent personal engagement for conservation, rendering them unwieldy and inefficient. To address the shortcomings of existing models, the proposed strategy employs wireless technology for smart quality sensing and information communication. HIGHLIGHTS The goal of this project is to create and deploy a real-time system that uses GSM technology to track water quantity, detect leaks, monitor water quality, and bill users according to the quantity detected.; The goal of the suggested system is to offer a complete answer to the problem of effective water management.; The system's usage of GSM technology allows for real-time remote monitoring of water quality, accurate quantity measurement, rapid detection and relay of leaks, and automated payment based on those metrics.; This holistic strategy promotes a more efficient and adaptable water supply system by assuring the ongoing evaluation of water quality and improving the general administration and longevity of water resources.;

Keywords

• intelligent system
• internet of things
• quality assessment
• theft detection