Switching, routing, and segmentation — the bones of every other service.
If the network underneath is wrong, nothing else works. Wi-Fi is slow, cameras drop, VoIP cracks up. We build the layer everything else depends on, and we document it so the next engineer who touches it knows what they're looking at.
Switches, VLANs, and cable runs don't get noticed when they're done properly — only when they're not. We design wired infrastructure that separates traffic where it should be separated, fails gracefully when something does go wrong, and leaves room to grow without a rebuild.
Managed switching hardware specified, racked, and cabled — sized for your port count, PoE budget, and uplink requirements.
Network segmented by traffic type — staff, guests, servers, CCTV, and VoIP kept separate with defined inter-VLAN routing rules.
Clean rack build with labelled patch panel, cable management, and tidy dressing — so anyone can work in it after us.
As-built logical and physical diagram showing every device, VLAN, and port assignment — handed over at completion.
SNMP and UniFi controller configured for visibility — you can see every device, port, and traffic flow from a single dashboard.
Most SMB networks are a patchwork of consumer kit added piecemeal over a decade. Here's where it usually breaks — and what a proper rebuild looks like.
Unmanaged, undocumented, unreplaceable when one fails. A documented rack with managed PoE switches changes the game.
Anything compromised reaches everything. VLAN segmentation by role isolates risk and improves performance.
No diagram, no IP plan, no asset list. We audit, document, and hand over the paperwork.
A documented, segmented network with labelled hardware makes faults fast to isolate.
Every project follows the same path — so you know what's coming, when it's coming, and what we hand over at the end.
Audit existing hardware, test throughput, map port usage and VLAN requirements, identify the upgrade path.
Switch spec, VLAN architecture, rack layout, port map, and an itemised quote.
Switch deployment, rack build, cable pulls, and patch panel termination. Typically 1–2 days for a single site.
VLANs, trunks, port profiles, inter-VLAN routing, DHCP scopes, and SNMP monitoring enabled.
Network diagram, asset list, admin credentials, and a 30-day shake-down period.
The questions that come up on most calls. Anything else, just ask — we'd rather over-explain than under-deliver.
Wi-Fi, network infrastructure, structured cabling, CCTV, access control, and connectivity — designed and installed as one connected system, not six separate vendors.
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Dead zones and dropped calls usually trace back to one access point doing the job of three. We survey the building first, then design coverage around how it's actually used — not a generic box-count.
A network is only as reliable as the switch it runs through. We install managed switching and VLANs that separate what matters from what doesn't, so one bad cable doesn't take the whole site down.
A patch panel that's a mess of unlabelled cable is a problem waiting to surface at the worst time. We run structured cabling that's documented from day one, so faults get traced in minutes, not hours.
A camera that's been pointed at the wrong angle since installation isn't security, it's decoration. We design coverage that actually catches what matters, with footage you can pull up in seconds when it counts.
A master key that's been copied a dozen times isn't access control, it's a liability. We fit systems that show exactly who went where and when, with no spare keys floating around.
A site running on a single broadband line with no failover is one outage away from a full stop. We design connectivity with the right circuit and a backup path, so the internet going down doesn't take the business with it.
