Mission

Command and Control

Watch floors and operations centers, domain awareness, base defense operations, multi-sensor fusion and next-generation digital twins — presented as one environment the staff stands inside.

Why the geometry is the enabling condition

With Surround Reality™, substantially more undistorted data can be put in front of a decision maker at once, and the arrangement can be changed to suit the conditions of the moment rather than being fixed by where the panels were bolted to the wall. A surrounding surface can present every item on equal terms, or curate them so that what matters most in the moment takes the most space. It is not bound by bezels.

Render of one person standing at a curved LED surface that wraps around them, carrying a single fused picture: a map with sensor fans and track lines across the middle, tabular track and status panels to the right, and smaller sensor views along the lower edge, all on one continuous surface with no seams between them. — One surface, one picture, and no bezels between its parts — every panel sized by what it is worth in the moment rather than by where the hardware meets. Rendered from the product geometry, not a photograph; the picture on the LED face is fabricated demonstration data.

What that makes possible is not a bigger wall. It is an integrated digital twin of the commander's actual subject field — the airspace, the sector, the facility, the orbital regime — rendered as one coherent environment the staff stands inside, with the separate feeds registered into it by situational relevance rather than blanketing the surface with unsorted data or tiling them beside one another. Even a tiled panel within the surface can expand to carry more detail when something in it warrants attention. Legacy display architecture cannot offer that at any resolution. The full benefit is realized only if the application layer is written for a surrounding field rather than ported from flat panels, so this is a display conversation and a software conversation at the same time.

The nearer-term claims stand on their own: reduced fatigue over a long watch, an expanded field of regard, and one shared spatial truth in the room.

Concept render of three surrounding workspaces standing apart from one another, each an oval fixture with tiered positions inside it and a curved screen along one wall, with circular console pods arranged on the floor between them. — Three surrounding workspaces and the console groups between them — the same geometry sized for separate teams in one facility. Concept render, not a photograph; screen content is illustrative.

The room you already occupy, and the team in it

This is where the geometry most often adapts to the building rather than the other way round. A watch floor is usually seated at consoles, in a room that already exists, with content that is a large arrangement of feeds rather than a surrounding world — and it is staffed by a team. A sphere must grow in all directions at once. At a certain size, a sphere large enough for the team in front of it can challenge existing facilities, and therefore the project budget. Enter transitional fixtures: flat or cylindrical runs joined at the corners by compound-curved sections. They give the same seamless surface, with no bezels and no blend zones, following the walls that are already there in conjunction with the size of the user base.

Where this applies

Command and control and operations centers — expanded field of regard and shared spatial truth over a long watch.
Mission control, launch operations, grid and nuclear watch floors — continuous monitoring, where fatigue is the primary claim.
Multi-sensor fusion and ISR analysis — air, ground, maritime, cyber and ISR data arranged so angular relationships stay true.
Space domain awareness.
Emergency operations and disaster response.
Security, surveillance and border operations — multi-camera fusion into a single coherent spatial view.
Mission planning and rehearsal cells.

Concept render of a watch floor: a wide curved LED surface carrying columns of numeric and graphical panels, with a conference table and chairs on the floor in front of it and a raised platform with seats and a handrail at the center. — A watch floor inside one continuous surface — consoles and seating on the floor, the picture carrying around them. Concept render, not a photograph; screen content is illustrative.

What we need to know to help you

Tell us as much of this as you know — even roughly. Say you have a room this size and a watch floor that must hold 12 stations plus 5 leaders. We can answer with a configuration rather than a brochure.

Which feeds have to be registered into one environment rather than tiled beside each other.
Who writes the application layer, and whether they are building for a surrounding volume.
How many people have to be inside the environment at once, and what the room already gives you.
How close operators sit and stand to the surface, and what has to stay legible there.

What we deliver