Published Paper Details:

Water scarcity poses a critical challenge in urban households, necessitating efficient water management systems. This paper introduces a comprehensive IoT-enabled solution for real-time water monitoring, leveraging smart sensors and predictive analytics to enhance water sustainability. The proposed system employs a flow sensor to track daily water usage and a Total Dissolved Solids (TDS) sensor to assess water quality, ensuring both quantity and quality are monitored effectively. Utilizing an ESP32 microcontroller, the system seamlessly transmits data to a cloud platform for advanced processing and visualization. A web application, developed using Web development languages, serves as the user interface, enabling households to monitor water consumption trends, predict water availability, and receive notifications when water level goes below the threshold level. Additional features include actionable insights for water conservation and an option to pre-book water tankers, promoting responsible water usage and ensuring uninterrupted supply. This innovative system integrates predictive analytics with real-time tracking to address the pressing need for sustainable water management. It not only offers households the convenience of managing water resources efficiently but also supports conservation efforts by raising awareness about usage patterns and water quality