Author and visualize mission movement
Create routes with start, checkpoint and endpoint waypoints, calculate route metrics, persist mission state and draw the plan against terrain and contextual layers.
Defense geospatial workflows
Plan the mission.
Rehearse the terrain.
Create a shared spatial foundation for planning, simulation and training. Combine local terrain and imagery, routes, military symbology, TAK events and advanced spatial analysis—then deliver the right view to each role.
Mission planningRoutes, waypoints and checkpoints
Military symbologySIDC-driven rendering workflows
OGC CDB orientedShared synthetic environments
Immersive trainingDesktop, tabletop, AR and VR profiles
Mission lifecycle
One spatial context from planning to after-action review.
GeoVerse3D can be configured around the way a team prepares, communicates, rehearses and learns.
01Prepare dataTerrain, imagery, features, models and mission packages
02PlanRoutes, waypoints, areas, tasks and constraints
03AnalyzeBuffers, proximity, intersection and measurement
04RehearseDesktop, tabletop, AR or immersive VR experience
05CollaborateTAK, CoT, chat, files and mission updates
Use affiliation and SIDC-driven symbols
Render configurable military symbol workflows using parsed symbol identifiers, affiliation colors, caching and either a simple renderer or an integrated external service.
Test plans against location and terrain context
Evaluate route corridors, proximity, overlap, containment, area and distance against local operational layers before or during a scenario.
Connect the plan to TAK events
Bring CoT positions, chat, tasks, notifications, files and mission packages into the shared application architecture.
Synthetic environment
OGC CDB as a shared simulation baseline.
The OGC CDB standard ↗ defines a versionable synthetic representation of the world for interoperable simulation clients. GeoVerse3D delivery profiles can map CDB content into a Unity visualization and training pipeline.
Shared terrain and features
Align terrain relief, imagery, vector features, models and material definitions around a controlled CDB dataset and version.
Role-specific simulator views
Use the common environment to support desktop planning, image generation, immersive rehearsal and other participating simulation clients.
Validate correlation end to end
Test level of detail, coordinates, elevation, feature attribution, model orientation and update behavior against the actual training configuration.
Defense data profiles
Connect established mission formats.
Defense programs rarely begin with a clean, single-format dataset. The delivery plan should make each ingestion path explicit.
| Data family | Representative formats | Mission use |
|---|---|---|
| Synthetic environment Adapter profile | OGC CDB, OpenFlight, tiled terrain, 3D models | Correlated simulation database, visual scene construction, terrain and cultural features. |
| Elevation Adapter profile | DTED and other DEM products | Terrain surface, elevation lookup, route context, slope and line-of-sight extensions. |
| Raster + imagery Adapter profile | NITF, RPF, GeoTIFF, COG and tiled imagery | Basemap context, reconnaissance imagery, overlays and scenario-specific raster layers. |
| Vector + exchange Validate scope | Shapefile, GeoPackage, GeoJSON, KML/KMZ and Esri services | Operational boundaries, infrastructure, targets, routes, annotations and scenario entities. |
| Tactical events Current path | TAK Server, Cursor on Target, mission packages | Team positions, tasks, chat, sensor events, files and shared mission context. |
Training fidelity is a tested outcome.
GeoVerse3D does not label an unvalidated dataset or build “training ready.” Acceptance should cover CDB/version scope, data correlation, symbol behavior, terrain and imagery quality, device performance, scenario controls, security and instructor workflows.
Bring the scenario.
We’ll map the system.
Start with the training objective, source data, participating roles, target devices and interoperability requirements.
Plan a mission workflow review