Year: 2025
Type: article
Abstract: — Water pollution and scarcity are the most pressing issues in rural India, fueled by resource overexploitation, inadequate systems, and poor monitoring. Existing water data collection systems are sluggish, decentralized, and non-localized, leading to delayed action and poor governance. This paper presents a new, scalable crowd-sourced digital platform to democratize water monitoring to facilitate real-time, community-led data submission using web and mobile interfaces. The platform is based on role-based design, with it dividing the users into contributors, verifiers, or administrators, and therefore any data collected is highly validated. Geotagging, media upload, and metadata such as water level and quality status give more tangible, context-rich data sets. Backend is written in Kotlin and Gradle with modular, secure, and API-centric design for best deployment in low-bandwidth and low-resource environments. By incorporating easy reporting, multi-level authentication, and storage extension features, the system addresses key shortcomings of existing citizen science models—i.e., lack of authentication, accessibility to rural areas, and sustainable longevity. Keywords— Crowd-sourced data, Water resource monitoring, Participatory sensing, Role-based access control, Rural water management, Kotlin backend, Geotagged reporting, Citizen science platform, Environmental data validation, Mobile water monitoring, Decentralized data collection, Community engagement, RESTful APIs, Smart governance, Water quality reporting.
DOI: 10.55041/ijsrem47259
Author: Daripineni Teja
Institution: Presidency University
Language: English
Subfield: Geology
Field: Earth and Planetary Sciences
Domain: Physical Sciences
Open Access status: bronze
OpenAlex ID: W4410186954