River water collection system using embedded systems for the analysis of basic characteristics in real time

Numerous initiatives have emerged worldwide to improve water quality monitoring and management in global context where water treatment and preservation are critical. This project, grounded in an extensive literature review, aims to enable the efficient acquisition of key water quality parameters, including pH, conductivity, turbidity, temperature, and dissolved oxygen. The collected data is accessible through a mobile application and a desktop platform, supporting real-time monitoring and analysis. This article presents a comprehensive overview of the project, from its conceptual design to final implementation, detailing the methodology adopted throughout each phase-planning, data acquisition, storage, and visualization. The proposed solution contributes to environmental protection by facilitating continuous monitoring of one of the planet's most vital resources: water.