VTESS
TED Integration – Instrumentable -multiple Integrated Laser Engagement System Vehicle Tactical Engagement Simulation System (I-miles VTESS)
M320 Indirect Fire Counter Defilade Fires
Simulate the firing and effects of an M320 Grenade Launcher for integration with training and after-action review enhancement.
5G Enabled Video Capture for Training AAR and Weapons Testing
Video from camera that is connected to a 5G network via sim card is delivered to another device connected to either the same network or a different one
Learn More 5G Enabled Video Capture for Training AAR and Weapons Testing
Data collection for Operational and Developmental Testing
Show ADMAS connectivity using T-Mobile 5G commercial network
Learn More Data collection for Operational and Developmental Testing
Expeditionary Live Virtual Constructive Test Command Center (XLCC) Integration
Demonstrate XLCC capability for training use cases using Legacy MILES, IWS detectors, and VTESS
Learn More Expeditionary Live Virtual Constructive Test Command Center (XLCC) Integration
TED Sub-meter Accuracy
For sub-meter – Improves warfighter training realism and weapons testing quality
MESH Network Monitoring and Control
Mesh M&C – Leverage Android TED (A TED) as a M&C tool to interact with TED or TED M mesh capabilities for programming ease.
Expeditious Training Solution for Home Stations
Next Generation soldier training with a lightweight quickly deployable exercise controller for infrastructure less training. Integrate the next systems generation lightweight soldier kits into the TED Architecture along with our other
Weapons Effects Simulators
Grenade & Claymore Integrated to Lightweight IWS via TED M; Real Time Casualty Assessment (RTCA) Displayed on ATAK EXCON
Voice Over Mesh
When no infrastructure is available, use Halow mesh to support a walkie-talkie scenario
Video Over Halow Mesh
Video from the camera is delivered to the laptop through the Halow mesh network
One World Terrain Information Over Mesh
Using mesh to push OWT tile data to Player Unit Radios while on the move based on KPI information.
Lorawan Dongle
Lorawan Dongle Objective: Integrate real-time kinematics with Lockheed Martin, General Dynamics, etc. for ground combat vehicle (GCV) next-generation training systems. Approach: GPS RTK is achieved by: Setting up a 24-hour
