Your airspace needs a room.

Measure what is already there.

We walk the building before we draw anything. Connectivity and its second path, radio coverage and backhaul, power and changeover, sightlines, acoustics, the rooms you already have and the people you already employ. Then the flying: tempo, sites, airspace class, and the authority you answer to.

• Site assessment covering connectivity, power, radio, space and access control.
• Gap list against your operating concept, ranked by what blocks first flight.
• Candidate room with the reasons it wins and the reasons it might not.
• Written scope you can put straight through procurement.

Draw the room and the ladder it runs on.

Position count and layout, sightlines to the wall, wall composition and its source budget. Network segmentation and the platform deployment topology. And the part most fit-outs skip: the escalation ladder, the roles that sit at each position, and who is called at 03:00 when the answer is not on the wall.

• Floor plan and elevation with sightline and reach checks per position.
• Wall source map — every panel, what feeds it, and what it falls back to.
• Network and deployment design for on-prem, private cloud or air-gapped.
• Role and shift model sized to your flight tempo, not to a template.
• Integration register naming every system to be wired, and by whom.

Fit out the room. Stand up the platform.

The physical works run through your procurement, with your contractors, to our design and our acceptance tests: wall, consoles, KVM, containment and cabling, power, cooling and lighting. In parallel the platform goes up on your infrastructure and is proved against the deployment design rather than against a slide.

• A finished room — wall, positions, KVM, comms room, power and environment.
• A running platform on your hardware, in your network, with your tenancy model.
• As-built record — cable schedules, rack elevations, addresses, credentials handling.
• Acceptance tests for both halves, run in front of you, repeatable afterwards.

Wire the room to the systems it must talk to.

Dispatch intake, radio and push-to-talk, video management, mass notification, and the flying hardware itself. Where a platform adapter exists we configure it and tell you its maturity label. Where one does not, we build the integration on site, document the interface, and hand you the configuration under your own version control.

• Working integrations, each with a named owner and a failure mode you have seen.
• Interface register — endpoints, payloads, secrets handling, retry behaviour.
• A plain statement of what is shipped product and what was built for your site.
• Configuration in your repository, not in a consultant’s laptop.

Train the crew on the room they will actually work.

Not a webinar and not a classroom in another city. Position by position, on your consoles, against your data: instruction, then supervised watches, then tabletop scenarios, then live drills — lost link, geofence breach, airspace incursion, a dispatch arriving while the video wall is degraded.

• A trained watch able to open the room without us on the second day.
• Competency record per operator, per position, with the sign-off criteria.
• Drill library you re-run quarterly, with the observation sheets.
• Runbooks the drills proved — amended where the drill showed they were wrong.

We step out of the operating loop entirely.

Final acceptance against the design, a fault injected while your watch is on duty, and then we go. No residual dependency, no vendor account the room needs to open, no remote key we quietly keep. Support afterwards is a contract you renew because it is useful — not because the room stops without it.