GIS Simulation
all-terrain, all-weather training environments
GLOBEIR builds high-fidelity GIS-based simulation environments for military training, disaster response drills, urban planning scenarios, and infrastructure rehearsals — combining real-world terrain, weather modelling, and tactical AI.
What we deliver
Real-World Terrain Models
Photorealistic 3D terrain built from CartoSAT, ALOS PALSAR, LiDAR, and drone photogrammetry — your actual area of operation, not a generic landscape.
Weather & Environment Modelling
Day/night cycles, fog, rain, snow, dust storms, monsoon conditions, and seasonal variation — train for the conditions you'll actually face.
Weapon & Trajectory Simulation
Ballistic trajectory modelling, range calculations, beaten zones, projectile drop, and weapon-effect simulation for fire-planning rehearsals.
Multi-Domain Scenarios
Combined land, air, sea, and information-domain operations in a single integrated simulation — supporting joint-force training exercises.
After-Action Review (AAR)
Record every simulation session, replay decisions, measure performance metrics, and conduct structured debriefs to maximize training value.
VR/AR Immersive Training
Optional VR headset deployment for immersive first-person tactical training — useful for OP siting, room clearing, and pilot vision training.
Real-world applications
Trusted across industries to solve location-based challenges with precision and scale.
Powered by modern technology
Unity / Unreal Engine
Three.js + WebGL
CartoSAT / Pleiades / WorldView
LiDAR Point Cloud Processing
WRF Weather Model Integration
MIL-STD-2525 Symbology
DIS / HLA Protocols
Custom VR/AR SDK
Frequently asked questions
What is GIS simulation?
GIS simulation is the use of Geographic Information System data combined with 3D rendering, physics, and AI to create realistic interactive environments for training, planning, and scenario analysis — based on real-world terrain and conditions.
How is it different from a generic 3D game engine?
GIS simulation uses your actual area of operation — real terrain, real elevation, real infrastructure — as the simulation base. This makes training scenarios directly applicable to real missions, unlike fictional game environments.
Can GIS simulation replace live training exercises?
No — it complements live training. Simulation is ideal for repeatable scenario practice, low-cost rehearsal, dangerous-scenario training (chemical/biological), and pre-deployment briefings. Live exercises remain essential for physical skills and team coordination.
Does it support multi-player / multi-operator scenarios?
Yes. We build networked simulations supporting multiple operators in different roles (e.g., commander, FOO, infantry, air controller) collaborating in the same scenario across distributed locations.
Can the simulation incorporate weather and lighting?
Yes. We model day/night cycles, monsoon, fog, dust storms, snow, and seasonal vegetation changes — using real meteorological data feeds where required.
Is this suitable for non-military use cases?
Absolutely. GIS simulation is used for disaster response training (flood/earthquake/fire), urban planning impact studies, infrastructure resilience testing, search & rescue training, and tourism/heritage virtual tours.
Build the simulation your team needs
From a single-scenario rehearsal tool to a full multi-domain training simulator — let's scope your simulation requirements.