IntroductionSafe drinking water is important for both good health and human dignity. Every individual, whether living in a city or a village, depends on clean water for survival. Contaminated water can spread diseases such as diarrhoea, cholera, and typhoid. This continues to affect many communities.1 So, ensuring that every household receives water that meets safety standards is a vital public health goal.p Monitoring water quality across a vast country like India, however, has always been challenging. Laboratories are often located far apart, data is maintained manually, and reports take time to reach decision-makers. As a result, contamination sometimes goes unnoticed or unreported.2 To address these issues, there was a growing need for a systematic, transparent information management system that could collect data from across the country, store it digitally, and make it easily accessible to all stakeholders. The Water Quality Management Information System (WQMIS), launched on 13th March 2021, was developed under the Jal Jeevan Mission (JJM) by the Department of Drinking Water and Sanitation (DDWS), Ministry of Jal Shakti, to meet this need. It is a key step towards ensuring that the water reaching rural households is both safe and reliable.3 What is WQMIS? The WQMIS is a centralized digital platform that collects, manages, and shares data on drinking water quality in rural India. It allows water samples tested in laboratories and through Field Test Kits (FTKs) to be uploaded online in real time. The system is designed to help everyone — from lab analysts and engineers to Panchayati Raj Institution (PRI) members and citizens — know whether the water they use is safe. WQMIS provides real-time data entry, monitoring, analysis, and reporting features. It also supports dashboards and alerts, helping identify areas with contamination and where remedial action is needed.5 Objectives of WQMISThe main objective of the Water Quality Management Information System is to make water quality monitoring transparent, efficient, and community-oriented. It aims to ensure that accurate, up-to-date data on drinking water is available to all — from national and state authorities to local governance institutions. By doing so, it strengthens decision-making at every level, helping officials plan timely interventions when contamination is detected. WQMIS also plays an important role in empowering local governments and communities. It ensures that laboratory test findings are not confined to reports and files, but are used to implement corrective actions such as chlorination, source cleaning, or providing alternative supplies. Moreover, it enhances public access to water quality information, ensuring citizens are aware of the safety of the water they consume. This transparency encourages participation, accountability, and trust between the government and the people5,6. Components of WQMISWQMIS operates as an interconnected system comprising several key components. The data sources include water quality information from government laboratories, community-level field test kits, and, in some cases, modern IoT-enabled devices that automatically measure water quality parameters. This ensures that both manual and digital data streams are captured in a single location.6 The WQMIS is hosted at the JJM Website, which can be accessed at: Link The platform integrates with other government systems, such as the Jal Jeevan Mission’s Integrated Management Information System (IMIS), enabling seamless data sharing between water supply and water quality monitoring components. It operates on a role-based access model, meaning that different users — such as laboratory analysts, district engineers, Panchayat officials, and members of the Village Water and Sanitation Committee (VWSC) — have specific responsibilities. The final outputs of WQMIS include dashboards, maps, reports, and alerts. These tools allow decision-makers and citizens alike to track contamination hotspots, visualize trends, and understand how their water quality is changing over time.7 How WQMIS Works? The Water Quality Management Information System works through a step-by-step process that ensures reliability and clarity at every stage. It begins with sample collection from sources such as wells, handpumps, Anganwadis, and household taps. The samples are then sent for testing either at laboratories or by trained volunteers using Field Test Kits (FTKs)1. The new protocol for water quality testing can be found in the Concise Handbook for Monitoring Water Quality of Piped Drinking Water Supply to Rural Households.7 Once the tests are completed, the results are entered directly into the WQMIS web portal or mobile application. This digital entry ensures that data is recorded immediately and reaches higher authorities promptly. The uploaded information is then validated by designated officials to maintain data accuracy and authenticity. After validation, the results are displayed on the WQMIS dashboard. The dashboard presents easy-to-understand visuals showing safe and unsafe sources, contamination levels, and testing coverage. For instance, if high levels of iron or fluoride are detected in a village’s water source, the system highlights the area, enabling PRI officials and engineers to take corrective measures such as cleaning the source, chlorinating the supply, or switching to an alternative source.8 Through this organized flow from sampling to reporting, WQMIS transforms scattered field data into actionable knowledge for everyone involved in ensuring water safety. As part of this actionable knowledge framework, the “Locate My Lab” feature enables users to identify the nearest accredited water testing laboratories, ensuring quick access and transparency. Moreover, data under WQMIS is systematically captured through Formats WQ1 to WQ6—covering scheme infrastructure (WQ1), remedial action (WQ2), laboratory management (WQ3), parameter-wise testing (WQ4), field test kit results (WQ5), and contaminant-wise village details (WQ6). Together, these digital tools convert raw field observations into reliable, real-time insights that inform timely corrective measures and strengthen India’s pursuit of safe, sustainable drinking water for all. Benefits of WQMISThe benefits of WQMIS are available to every stakeholder in the rural water supply system. For the government, it provides a powerful tool for planning, resource allocation, and evidence-based decision-making rather than assumptions. It also supports monitoring and evaluation, enabling ministries and departments to assess the performance of laboratories and field-testing units. For communities, WQMIS creates a sense of ownership and awareness. Making test results publicly available builds confidence in water safety and encourages regular testing. Village Water and Sanitation Committees (VWSCs) find it easier to track local contamination issues, organize testing drives, and coordinate with technical officials for quick remedial action. The health sector also benefits from WQMIS, as it links improvements in water quality to reduced waterborne diseases. By identifying and addressing contamination early, the system improves health outcomes and reduces medical expenses for rural families. Overall, WQMIS bridges the gap between technology, governance, and community participation. It ensures that every test result leads to real action and that safe water becomes a shared priority across all levels of society. WQMIS as a Tool for Citizen Engagement and Transparency in Water QualityThe official JJM guidelines state that citizens and communities have the right to assess the quality of their water using trained village-level testers, who submit results to WQMIS4,5. The WQMIS is an empowering platform through which citizens can access water quality data related to drinking water sources and understand their implications. The WQMIS portal also provide inmfomration about the Water quality lab network established across the country. They can have the quality of their drinking water tested at the nearby laboratory. A dedicated "Citizen Corner" has been developed on the JJM Dashboard to make water quality test results publicly available, raising awareness and building confidence in the quality of water supplied through public water supply systems. Citizens can also file complaints or grievances through several channels, including the Centralized Public Grievance Redress and Monitoring System at pgportal.gov.in, the Department's website at jalshakti-ddws.gov.in, and other physical channels. Challenges and Way ForwardWQMIS has changed how water quality is checked in rural areas of India, but there are still some problems. In remote areas, the quality and frequency of reporting can be affected by poor internet access, not enough lab space, and inconsistent data entry. To keep the system reliable and performing well across all areas, staff need to be trained regularly, infrastructure needs to be strengthened, and data validation needs to be enhanced. Data from urban local bodies and the Central Ground Water Board (CGWB) should be integrated into the Jal Jeevan Mission’s Water Quality Management Information System (JJM WQMIS), representing a significant step toward future-proofing India’s water quality monitoring framework. By expanding its scope to include urban water quality metrics and groundwater data, WQMIS is evolving into a comprehensive, national platform that can address current and emerging challenges in water management. This broader integration will improve the system's predictive and analytical capabilities, enabling it to identify trends more accurately and alert users to contamination risks sooner. It will also promote a comprehensive strategy for managing water resources, connecting surface and groundwater systems, and addressing the growing interdependencies between cities and rural areas. WQMIS's scalable design allows it to add new data streams, testing parameters, and technologies as they emerge, keeping the system relevant, flexible, and scientifically robust. WQMIS will continue to be updated and improved based on feedback from labs, Panchayats, and communities. This will make it more responsive to users' needs and the realities of the environment. By staying adaptive, data-driven, and inclusive, the JJM WQMIS is destined to play a long-term role in safeguarding India’s drinking water quality, promoting sustainability, public health, and water security for future generations.9,10 ReferencesWorld Health Organization. (2024). Water, sanitation, and hygiene (WASH) - India.www.who.int (Paper)Kumar, J., Garg, A., Gaurav, Singh, V. N., & Das, M. (2025). A reliable model to strengthen community-based water quality monitoring and surveillance via field test kits. Scientific Reports, 15(1). https://doi.org/10.1038/s41598-025-92240-0Union Minister of Jal Shakti reviews progress made under Jal Jeevan Mission with Water Resource Ministers of all States/ UTs. (2021). Pib.gov.in.WATER QUALITY MONITORING MECHANISM. (2025). Pib.gov.in.Digital initiatives under the Jal Jeevan Mission for assured water service delivery. Retrieved October 24, 2025,Jal Jeevan Mission -Water Quality Management Information System, Department of Drinking Water & Sanitation, Government of India. (n.d.). Retrieved October 24, 2025, from Government of India. (2024). Concise Handbook for Monitoring Water Quality of Piped Drinking Water Supply to Rural Households (JJM WQM&S). Ministry of Jal Shakti, Department of Drinking Water and Sanitation.WQMIS User Guide (2025). Ejalshakti.gov.in.Excellence in E-Governance (2013). Retrieved October 24, 2025