Mission
Combat-Ready Awareness and Operations
In-platform rather than in-facility. A virtual portal around the crew position, including above and behind, and remote operation of uncrewed and remote systems for individuals or teams.
Why the geometry is the enabling condition
An armored vehicle troop compartment has no windows. A surround display puts a virtual portal around the troop position, so a squad has tactical awareness of what is outside before they exit into it. Overhead and rear threat presentation is a genuine capability no forward-facing screen can match — a specific requirement rather than a common one, and where it applies it decides the purchase.
The same geometry serves the operator who is not in the platform at all. A spherical or wide-field camera feed maps onto a surface of matching curvature without heavy warping, which removes the mental remapping a multi-monitor wall imposes on anyone flying, driving or handling something at a distance. Where the sensor's native output is already panoramic — a photonics mast, a camera ring — the display presents it rather than flattening it.
Where this applies
- Crewed platforms without windows — a virtual portal around the troop or crew position, including above and behind.
- Teleoperation — UAS, UGV, robotics and EOD.
- Submarine photonics mast and periscope operations — a native 360° panoramic strip, presented rather than flattened.
- Underwater, ROV and submersible piloting.
- Air traffic control — the operational virtual and remote tower, replacing a faceted ring of flat panels with a continuous horizon.
- Remote facility, critical infrastructure and border monitoring.
What to ask us
- Does the crew need situational awareness before egress, or only during transit?
- Is overhead and rear presentation a requirement in your threat picture?
- What are the platform power, envelope and shock constraints?
- Where do the pixels come from — a synthetic scene, or live cameras that have to be stitched?
- Is this closed-loop control, and what latency does it need?