Mission-critical control infrastructure
The network backbone for a crisis-management centre that is not allowed to drop a single packet.
A network that stays up when the ISP does not.
High-availability fabric, zero-trust segmentation and dual-WAN failover — engineered to your building and your load, not to whatever box was in stock.
The problem
Most offices and large homes put up with a patchy signal, dead spots and dropouts. The cause is nearly always the same. Off-the-shelf gear, fitted with no survey of the traffic it has to carry. No plan for the building. No security baseline. It works on demo day and buckles under real use — and by then the fault is inside the walls.
What we do about it
We build hardened, high-availability networks, sized to your real floor area and your real load. That means isolated VLANs, and failover between two carriers that switches itself. It means edge security fitted on day one, not bolted on after a breach. The result keeps its speed under load, and it can grow without being torn out.
How we work
From first site visit to handover.
01
Site audit and RF survey
We map the building and measure how the signal really behaves, rather than guessing from a floor plan.
02
Infrastructure simulation
Routing, hardware limits and traffic flows are worked out before anything is ordered.
03
Deployment and hardening
Racks are mounted and wired, routing set up, and every factory default replaced.
04
Zero-trust segmentation
Isolated VLANs split work traffic, guest access, phones and IoT kit, so no class of device can reach another.
05
Continuous optimisation
Remote dashboards show us what is happening live, so we can step in before a fault becomes an outage.
What you get
No single point of failure
If one line dies, the second takes over on its own. Nobody in the building notices the switch.
Segmentation that actually holds
Your business data is walled off from guest devices and IoT kit by the network itself, not by a written rule.
Latency that stays low
Bandwidth is shared on purpose, so 4K cameras and phone calls hold up when the office fills.
Equipment & stack
- Routing and switching
- Ubiquiti Omada and Cisco managed switches and security gateways
- Virtualisation
- Proxmox VE hosting self-managed local infrastructure services
- Monitoring
- Containerised monitoring agents feeding predictive telemetry
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- D-Link
- Zabbix
- LibreNMS
In the field
Multi-VLAN corporate workspace
Voice, data and IoT sharing one office network, with no measurable drop in speed.
Questions we get asked
Will re-architecting our network mean downtime?
No. Migration runs in parallel phases and the cut-over happens off-peak. Daily operations are not interrupted — that constraint is designed into the plan from the start.
Why not just use the router our ISP provided?
ISP routers are consumer boxes. They lack the memory to hold high concurrent connection counts, they cannot do the VLAN segregation that keeps IoT away from your business data, and their exposed services are a standing perimeter risk.
Can this grow with us?
That is the point of doing the capacity work up front. The fabric is sized for the load you will have, not the load you have today, so growth means adding hardware — not replacing the design.
Everything else we build sits on this. Telephony, cameras and IoT all assume a segmented, reliable fabric underneath them.
Next step
Tell us the problem, not the product.
Send the constraint you are actually stuck on — a floor plan, a network that keeps dropping, a process nobody wants to do by hand. An engineer reads it and replies.