Projects Executed at Scale
From policy planning to field execution, GVI has delivered large-scale geospatial projects across sectors enabling data-driven decisions, operational efficiency, and sustainable development.
Digital Agriculture Smart Farming Solutions
This project focused on designing a comprehensive digital agriculture framework integrating GIS, remote sensing, IoT, UAVs and data analytics to enhance agricultural productivity and climate resilience. The initiative enabled real-time crop health monitoring, precision farming advisories, market linkage support, and data-driven decision-making for farmers and government agencies. The project promotes sustainable, technology-driven agriculture aligned with national and global development goals.
Asset Mapping, Mining, Site Planning, Land Surveying & Pipeline Mapping, Oil and Gas Pipeline Survey
Successfully delivered end-to-end mining and site planning solutions for a enterprises, ensuring optimized land use, regulatory compliance, and efficient project execution from planning to ground-level implementation.
Geospatial Modelling for Food Security & Agricultural Vulnerability
A state-level geospatial assessment was carried out to evaluate food security and agricultural vulnerability using multi-source satellite data, climate reanalysis, UAV surveys and socio-economic indicators. The project delivered high-resolution crop maps, yield forecasts, flood and drought risk layers and a composite Food Security Index (FSI). A Spatial Decision Support System (SDSS) was developed to support planners in implementing climate-resilient
agricultural policies.
Cadastral, DGPS & Drone-Based Topographical Survey
This project involved high-precision cadastral boundary demarcation and drone-based topographical mapping using DGPS/GNSS and UAV photogrammetry. Centimetre-level accuracy datasets-including orthomosaics, contours, DSM/DTM, and GIS/CAD-ready outputs were generated to support mine planning, statutory compliance and operational decision-making.
Urban Growth & Land Use Change Modelling
This project analyzed past and future land use–land cover dynamics using scenario-based modelling, including business-as-usual, agent-based transitions and sustainable development policies. The outputs provided strategic insights for urban planning, infrastructure development, and sustainable land management.
Hydrological & Springshed Analysis
This project applied GIS and remote sensing techniques to evaluate terrain, drainage, land use and hydrological characteristics for springshed management and sub-surface water quality assessment. Outputs supported sustainable water resource planning and environmental management in hilly terrain.
Web GIS Database Creation and Spatial Data Updation
Development of a structured Web GIS database with continuous spatial data updation, enabling efficient mapping, visualization, management, and access to accurate geospatial information for informed decision-making.
GIS-Based Detailed Mapping and Spatial Database Development of Two Villages for Human–Animal Conflict Management
Detailed GIS mapping and spatial database development for two villages to assess human–animal interaction zones, habitat patterns, movement corridors, settlements and conflict hotspots. The project integrated spatial datasets and GIS analysis to support risk assessment, conflict mitigation and informed wildlife management planning