MIGIST is built by Mappls MapmyIndia, leveraging the Technology Transfer of IGIST
developed by DRDO’s Centre for Artificial Intelligence & Robotics (CAIR).
This indigenous technology foundation has been further productised and enhanced into
a secure, extensible and multi-domain geospatial platform.
Geospatial workflows for defense, national security, and operational planning across 2D maps, 3D scenes, terrain, and server-backed analysis.
Mapping, feature access, geospatial data management, and analysis services for government agencies and commercial enterprises.
MIGIST operates across server, desktop, web, and mobile platforms on both Linux and Windows,
designed for wide area network deployments with a large number of simultaneous clients.
Multi-tier architecture with data management, user admin, and OGC-certified services.
Full-featured desktop GIS with various functionalities for comprehensive analysis.
Browser-based thin client with comprehensive functions, zero installation required.
Functions for field operations, sensor integration, and tactical awareness.
Build mission-specific GIS applications using MIGIST's APIs and SDKs.
Create immersive 3D environments with the MIGIST SceneView wrapper, integrating terrain, imagery, GeoJSON/data sources, camera & viewport controls, globe rotation, and view modes. Visualize 3D Tiles and point clouds, navigate using view state, flyTo, fit-bounds, and viewer commands, and access native imagery, widgets, entities, and data sources. Extend analysis with terrain exaggeration & picking, line-of-sight, viewshed rays, flood grids, flythrough, and trajectory outputs.
Perform terrain, flood and track simulations using client-side local 3D helpers. Access terrain info, cut/fill, elevation profile, shaded relief and server-backed analysis through MIGISTClient terrain methods. Extend analysis with viewshed and visibility-area generation, radio/radar coverage, ballistic trajectories, weapon/trajectory analysis, almanac calculations and military helper workflows.
Deliver advanced geospatial visualization with sun/moon body-state helpers, light modes, sky-path previews, time-zone offsets scene controls. Create dynamic flythroughs using keyframes, interpolation, camera banking & look-ahead behaviour. Simulate tracks across AOIs with track classes, radar options, selected-track states & generated summaries. Enable coordinated workflows through MIGISTSplitView & viewer registry for synchronized layers, navigation, projection, drawing, and terrain utilities.
The MIGISTMap wrapper provides a unified framework for 2D mapping with layers, drawing and editing, camera controls, projections, terrain lookup and lifecycle management. Support raster, vector, GeoJSON, WMS, WMTS, XYZ, TMS and vector tile sources with integrated basemaps, styling, tile utilities and GetMap generation. Complete the experience with navigation, coordinate conversion, measurement, terrain lookup and viewer controls.
Perform advanced spatial analysis with coordinate transformations, projections, geometry processing and spatial queries. Import and export GeoJSON, KML, GPX, Shapefile and GeoTIFF datasets, generate map prints, and leverage server-side operations including buffer, union, convex hull and topology analysis. Support attribute, thematic and proximity queries with integrated CRS management and GeoJSON transformation.
Enable mission-critical defence workflows with radar and radio coverage, ballistic simulation, military grid conversion and tactical overlays. Perform route and terrain path analysis, topology-based routing and operational planning, while supporting secure device tracking, bookmarks, hyperlinks, authentication and layer configuration for defence applications.
Powered by geospatial data from authoritative sources. Seamlessly integrate your
own proprietary datasets alongside curated vector, raster, and 3D content.
A client-side JavaScript/TypeScript package for interactive 2D and 3D maps, SplitView coordination, viewer tools, drawing/editing, layer specs, URL data layers, labels, import/export helpers, projections, events, local 3D helpers, and MIGIST server clients.
RESTful API services for auth, map rendering, tile serving, feature workflows, Mappls search, query/data exploration, spatial analysis, terrain/elevation, routing, visibility, military analysis, bookmarks, hyperlinks, and configuration.
Operational map and scene workflows for device tracking, live overlays, URL-backed data feeds, track simulation, and synchronized multi-view applications that need current geospatial state.
Defense, government, smart cities, infrastructure, maritime, aviation, logistics, agriculture,
and application development teams can build against one documented SDK and server API surface.
Radar coverage, radio line-of-sight, firing parameter computation, military grid conversion, and ballistic simulation workflows.
Interactive 2D/3D maps, feature layers, drawing workflows, terrain context, and service-backed spatial analysis.
Terrain info, cut/fill, elevation profiles, shaded relief, paths, topology, and server-backed elevation analysis.
Live map and scene navigation, URL-backed layer workflows, track simulation, and synchronized multi-view operational displays.
WMS rendering, WMTS delivery, WFS feature access/editing, Mappls search workflows, OGC- compatible services, and on-premise server roots.
Routing, path analysis, device tracking, query workflows, and map-based operational dashboards.
Raster, imagery, rainfall, terrain, and geometry processing workflows for environmental decision support.
Typed package exports, React-friendly integration, packaged CSS, hosted playground workflows, viewer actions, data exchange helpers, URL data layers, labels, and server clients.