One system. Deploy, guide, digitize.
Visible across EO/IR bands, with TAK lane visualization demonstrated in Army field experimentation.
Deployed, not planted.
An orientation-agnostic marker, hand-placed or thrown, dispensed one at a time, and emplaced dismounted, and designed for vehicle and robotic emplacement, reducing the time Soldiers spend in the breach lane.
Each unit carries visible, IR, and thermal signatures with selective remote control, and joins a mesh that reports its own position and status.
Designed for emplacement from a moving vehicle. *Design target.
Design target for a full night breaching operation. *Current hardware: ~6 hr.
Visible, NIR, and LWIR light, emitted simultaneously.
Per DIU OnRamp Hub. Third hardware iteration: a tested system, not a concept.
Mesh networking and lane status to TAK demonstrated at NTC. Integration with the Army's NextGen C2 system demonstrated at Operation Jailbreak Falcon Fury.
Field-demonstrated
- EO/IR signatures at NTC
- Thermal through Bradley thermal optics
- GPS localization and mesh networking
- TAK lane visualization
- Remote signature control
- Workflow with 576th CEC-A and 58th CEC-A
Current priorities
- Ruggedized thermal integration and endurance
- Digital and RF hardening
- Mounted and robotic deployment
- Integration into operational TAK environments
- Scalable charging and sustainment