AI-Powered Digital Twin System for Groundwater Resource Monitoring
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₹9,999
Range: ₹3,299 – ₹9,999
Patent type
Design Patent
Filing route
United Kingdom
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Patent details
The present invention relates to an AI-Powered Digital Twin System for Groundwater Resource Monitoring configured to provide real-time assessment, prediction, and management of groundwater resources through the integration of Internet of Things (IoT) sensors, geospatial technologies, artificial intelligence, and digital twin modelling. The system comprises a distributed sensor network for acquiring groundwater level, flow rate, water quality, soil moisture, precipitation, and environmental data from multiple monitoring locations. The acquired data are transmitted through a communication network to a cloud-based processing platform that generates a continuously synchronized digital twin of an aquifer and its associated hydrogeological environment. An artificial intelligence engine employing machine learning, deep learning, and predictive analytics processes historical and real-time data to forecast groundwater availability, recharge potential, depletion trends, contamination risks, and extraction impacts. The digital twin dynamically simulates groundwater behaviour under varying climatic, geological, and anthropogenic conditions to support informed decision-making. A geospatial visualization interface provides real-time maps, risk assessments, predictive simulations, and automated alerts for groundwater management authorities, agricultural users, industrial operators, and environmental agencies. The invention facilitates sustainable groundwater utilization, improves resource planning, minimizes overexploitation risks, and enhances resilience against climate-induced water scarcity through intelligent monitoring and predictive decision support.