HydroWatch: IoT Based Water Quality Monitoring System

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Authors: Aniruddh Chaturvedi, Harshita Paliwal, Himanshu Sheetlani, Ishika Sethiya, Nisha Rathi, Ashish Anjana
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Abstract

Stagnant water storages are dangerous as they are highly vulnerable to contamination and microbe growth thus requiring constant checkups to prevent public health concerns as around 250 people fell ill in a society of Greater Noida and several deaths in Rajouri due to contamination in water tanks.HydroWatch presents a Water Quality Monitoring system designed to safeguard public health by continuously analyzing stagnant water in storage tanks, detecting anomalies, and ensuring prompt notification to the authorities.The solution works using a clear methodology: first, small sensors collect the data, and then smart computer programs check it.First, data is collected using a small, battery-friendly computer connected to sensors put straight into the water tank.These sensors measure four important things: Total Dissolved Solids (TDS), Temperature, pH, and Turbidity.Next, the data travels wirelessly to a database.The system uses Machine Learning, smart computer programs to study data.When an anomaly is found, the system automatically sends a warning and a report.The water quality data can be seen on a website dashboard.Only authorized people can see this information using a secure login (token-based authentication).The solution prevents waterborne diseases and allows clean and usable water usage among communities.HydroWatch ensures immediate anomaly detection and guarantees robust public health protection through secure, real-time alerting.

Fields of Study & Subjects

Water Quality Monitoring Technologies Water Quality Monitoring and Analysis Arduino and IoT Applications

Publication details

Journal / source
International Journal of Advancement and Innovation in Technology and Research
Volume
3
Issue
1
Pages
105–108
Publication date
1 January 2026