Geospatial Innovation · Agriculture
Solar-powered AIoT weather stations with GIS analytics delivering hyperlocal climate intelligence and smart irrigation advisories at village level.
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HELIOT ENVIROSE NSE deploys solar-powered AIoT Automatic Weather Stations integrated with GIS analytics for real-time village-level weather monitoring, hyperlocal forecasts, and climate risk management.
Technology Readiness Level — TRL 4
Farmers lack access to hyperlocal weather intelligence, real-time climate monitoring, and location-specific advisories, resulting in inefficient irrigation, poor fertilizer management, crop losses, and limited preparedness for climate-related risks.
A solar-powered AIoT-based Automatic Weather Station integrated with GIS analytics that provides real-time village-level weather monitoring, hyperlocal forecasts, smart irrigation recommendations, pest and disease alerts, early warnings, and climate risk management through AI, GIS, and data analytics.
Real-time weather monitoring at village level.
Hyperlocal 8-day weather forecasts for precision planning.
Smart irrigation and fertilizer scheduling recommendations.
Pest and disease alerts with early warning systems.
Village-level GIS dashboards for local governance.
AI-driven climate advisory and decision support.
Delivers hyperlocal climate intelligence through AIoT and GIS integration, enabling precision agriculture, optimized irrigation and fertilizer use, improved climate resilience, community empowerment, and a scalable "One Village – One Weather Station" model.
Scale the "One Village, One Weather Station" model across additional districts through government and CSR partnerships.
Book a walkthrough of this project and the Operation Dronagiri sandbox, or bring a problem statement to Geo-Intel Lab.
