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Augmented Reality Sand Box

Augmented Reality Sand Box enables the visualization of data from Command Control Information Systems in the three-dimensional holographic tactical field using NATO Vector Graphics (NVG) format with Augmented Reality glasses.

Immersive Tactical Visualization
Augmented Reality Sand Box

Immersive Tactical Visualization

Augmented Reality Sand Box enables real-time 3D terrain and tactical data visualization through AR glasses. It supports dynamic NVG (NATO Vector Graphics) data and provides effective tactical development capability with holographic field display.

The system is portable and can be used at all command levels and training environments. Situation assessments for past operations and live C2IS (Command and Control Information Systems) integration are also supported.

Augmented Reality Sand Box at a Glance

Section visual

Modern Tactical Development Tool

  • Operational planning and execution tracking in tactical areas
  • Live C2IS Integration
  • Portable design for use in any headquarters or training environment

Interactive Visualization

  • Dynamic 3D field information (NVG data) and terrain display
  • Multiple user support
  • Spectator Mode for monitoring operations externally

Effective Training & Assessment

  • Situation analysis and assessment for past operations
  • Enables hands-on exploration and tactical experimentation
  • Visualizes terrain and overland information as 3D holograms
  • Spectator Mode that allows the operations to be monitored by personnel other than the users wearing Augmented Reality glasses.
Augmented Reality Sand Box

How Does It Work?

The system consists of a sand box, depth sensor, and projector. Real-time sand surface data is processed and projected as topographic lines and color-coded heights, while AR glasses provide dynamic 3D holographic visualization.

  • Dynamic topographic map projection
  • Instant water flow and terrain simulation
  • User-friendly and portable system
  • Multi-user support and scenario flexibility
The system consists of a sand box, depth sensor, and projector. Real-time sand surface data is processed and projected as topographic lines and color-coded heights, while AR glasses provide dynamic 3D holographic visualization.