We document, restore, and enhance traditional water harvesting structures across India, integrating modern monitoring technology while preserving ancient wisdom.
We train local communities to use digital tools for water management, creating sustainable models where technology enhances traditional practices.
We conduct research on sustainable water management practices and provide educational resources to schools, communities, and policymakers.
Integrating artificial intelligence with traditional water wisdom to create sustainable water management solutions for India and beyond.
Integrating artificial intelligence with traditional water wisdom to create sustainable water management solutions for India and beyond.
We combine centuries-old water management wisdom with cutting-edge AI technology to address today's water challenges and create a sustainable future for all.
Documenting and revitalizing India's rich heritage of water conservation systems that have sustained communities for generations.
of India's water is contaminated.
People face high water stress.
Reduction in per capita water availability since 1951.
Major cities will run out of groundwater by 2030.
Real-time monitoring of water quality and quantity using IoT sensors and AI analytics in urban areas.
Learn MoreUsing machine learning to forecast water scarcity and implement proactive conservation measures.
Learn MoreModernizing ancient water harvesting structures with AI-optimized designs and monitoring.
Learn More
Empowering villages with AI tools to manage local water resources efficiently and sustainably.
Learn MoreOur flagship project focuses on restoring ancient water harvesting structures across India while enhancing them with modern monitoring technology.
By combining traditional wisdom with AI-powered analytics, we're creating a new model for sustainable water management that honors heritage while embracing innovation.
Agriculture
AI-powered irrigation systems that reduce water usage by 40% while improving crop yields in drought-prone regions through precise water delivery based on soil moisture, weather forecasts, and crop needs.
Monitoring
Distributed sensor networks and AI analytics providing real-time water quality data across 120 communities, enabling early detection of contamination and informed decision-making.
Technology
Advanced AI models that analyze historical data, satellite imagery, and weather patterns to forecast water availability with 87% accuracy, helping communities prepare for droughts and floods.
Community
Training local communities to use mobile apps and simple sensors to collect water data, creating a citizen science network that supplements professional monitoring systems.
Education
Interactive educational tools and curriculum materials that help schools and communities understand water conservation, traditional practices, and modern management approaches.
Urban
AI-driven leak detection, demand forecasting, and distribution optimization for urban water networks, reducing losses and improving service reliability in cities.
We're looking for communities, organizations, and experts to join our mission of integrating AI with traditional water wisdom.
Educational materials, tools, and research publications to support sustainable water management with AI integration
Explore our collection of resources designed to help communities, educators, and
practitioners understand and implement sustainable water management practices enhanced by AI technology.
A comprehensive K-12 curriculum on water conservation, management, and the role of technology in sustainable water practices.
Download PDFTool
Open-source software tools for implementing basic AI solutions in community water management projects.
Access ToolkitGuide
Documentation of India's traditional water harvesting and management systems with guidelines for revival and modernization.
View GuideManual
Step-by-step guide for setting up community-based water quality and quantity monitoring programs.
Download PDFCase Study
Case study of AI-powered drought prediction and management in Maharashtra's water-stressed regions.
Read Case StudyPractical guide for farmers and agricultural communities on implementing AI-enhanced irrigation systems.
Download PDFOur team contributes to the scientific understanding of water management through peer-reviewed research and technical reports.
Sharma, A., Patel, R., Gupta, S., & Mehta, K.
Journal of Sustainable Water Resources Management, 2024, 12(3), 245-261
This paper presents a framework for integrating artificial intelligence with traditional water management knowledge systems in rural Indian contexts, demonstrating how this hybrid approach can enhance water security while preserving cultural practices.
Kumar, V., Singh, N., Reddy, P., & Agarwal, M.
Water Resources Research, 2023, 59(2), 112-128
This research demonstrates the application of machine learning algorithms for predicting groundwater levels in semi-arid regions of India, providing a tool for proactive management of groundwater resources under climate change conditions.
Desai, P., Khanna, T., & Joshi, R.
Journal of Water Ethics, 2024, 8(1), 45-62
This paper addresses the ethical dimensions of using AI for water allocation decisions, proposing a framework that prioritizes equity, transparency, and community participation in algorithmic water governance.
शहरीकरण की भेंट चढ़ती हमारी जल वाहिकाएं
गोमती नदी व उसके जलग्रहण क्षेत्र पर किये गये विभिन्न अध्ययनों, शोधों और संरक्षण अभियानों की संक्षेप में जानकारी।
यमुना नदी व उसके जलग्रहण क्षेत्र पर किये गये विभिन्न अध्ययनों, शोधों और संरक्षण अभियानों की संक्षेप में जानकारी।
गंगा नदी व उसके जलग्रहण क्षेत्र पर किये गये विभिन्न अध्ययनों, शोधों और संरक्षण अभियानों की संक्षेप में जानकारी।
हिंडन नदी व उसके जलग्रहण क्षेत्र पर किये गये विभिन्न अध्ययनों, शोधों और संरक्षण अभियानों की संक्षेप में जानकारी।
साबरमती नदी व उसके जलग्रहण क्षेत्र पर किये गये विभिन्न अध्ययनों, शोधों और संरक्षण अभियानों की संक्षेप में जानकारी।