Most Wi-Fi fails because someone guessed. We survey the space, design the coverage, run the cable, configure the controller, and validate every square foot before we call it done — large and custom homes, offices, warehouses, churches, and clinics across Northwest Arkansas. Wiring a whole home from scratch? See whole-home network wiring.
Not just mounting access points. The RF plan behind them, the cable under them, and the configuration that makes them work as one system.
We walk the building with survey gear — measuring signal, interference, and the walls, racking, and metal that eat it. That data decides how many access points you need and exactly where they mount. No floor-plan guesswork.
Ceiling, wall, or outdoor-rated APs mounted clean and hard-wired back to the switch. Channels and power levels tuned so your access points cooperate instead of stepping on each other.
The part most installers skip. Controller setup, VLANs that separate guest and POS traffic from your business network, SSID structure, firewall rules, and PoE switching sized for the load.
Shops, barns, annexes, and outbuildings brought onto one network — wireless mesh or point-to-point bridge where trenching cable is not practical. One SSID, one login, across the whole property.
Sanctuaries, event spaces, training rooms, and warehouses where hundreds of devices hit the network at once. Designed for concurrent load and seamless roaming, not just a strong bar on the signal meter.
Already have Wi-Fi that drops calls, won't reach the back office, or dies when the building fills up? We survey what's there, find the real cause, and fix it — reusing whatever's worth keeping.
There's a difference between installing a network and being responsible for one.
Before this was a service we sold, it was the job. Eleven years as an IT director — owning the network, the uptime, and the phone call when something went down at the worst possible moment. Before that, a decade running an MSP, standing up and supporting networks for other businesses.
That's roughly two decades on the wrong end of a bad Wi-Fi design. It changes how you build one. You stop optimizing for the install day and start optimizing for month eighteen — when the building fills up, the device count doubles, and nobody remembers what was configured or why.
So we survey before we quote. We hard-wire every access point instead of daisy-chaining mesh to save cable. We segment the network so a guest device can't reach your accounting workstation. We label the closet and hand you the documentation. None of that shows up on install day. All of it shows up later.
We walk the finished building and verify coverage, throughput, and roaming in the real space — not from the controller dashboard. Anything short of spec gets corrected before we invoice.
Every access point needs a drop. We run it ourselves, so there's no coordinating a cable contractor against a network contractor — and no finger-pointing when something doesn't work.
Guest traffic, payment devices, cameras, and staff workstations belong on separate networks. We set that up as standard practice, not as an upsell.
You get the network map, the labeling, the device inventory, and the credentials. It's your network — you're never locked into us to make a change.
Every structure fights Wi-Fi differently — block walls, steel racking, high ceilings, tinted glass, or a 6,000-square-foot floor plan with a detached shop. The survey accounts for yours.
Multi-tenant buildings, conference rooms, and floors where roaming has to be seamless.
High ceilings, steel racking, and scanners that can't drop mid-aisle.
Hundreds of devices at once, streaming from the booth, and coverage in every wing.
Segmented networks for clinical devices, staff, and a patient guest network kept separate.
POS terminals on a locked-down VLAN, guest Wi-Fi that never touches it.
Per-unit coverage, hallway APs, and a guest experience that doesn't generate front-desk calls.
Classroom density, testing days, and content filtering that has to hold.
Big footprints, detached shops, and outdoor coverage a single router will never reach.
From first walkthrough to a validated, documented wireless network.
We walk the building, measure signal and interference, and count the devices that will really be on it.
You get an AP count, a placement map, the gear list, and a fixed price — before anyone drills a hole.
We pull the drops, terminate to the patch panel, and mount every access point where the design says.
Controller, SSIDs, VLANs, firewall rules, and channel plan — tuned to the building, not left on defaults.
We re-walk the space, verify coverage and roaming, then hand you the labels, map, and credentials.
Commercial and large-property Wi-Fi across the NWA metro — plus Harrison and the surrounding area.
A consumer router is one radio trying to cover everything. Commercial Wi-Fi uses multiple access points, each hard-wired back to a switch, with channels and power levels planned so they cooperate instead of interfering. It adds a controller for central management, VLANs to separate guest traffic from business traffic, and seamless roaming so devices hand off between access points without dropping. The result is coverage that holds up under real load.
Yes. Wi-Fi cannot be quoted accurately from a floor plan alone. We walk the building, measure signal and interference, note the construction materials that block RF, and count the devices that will actually be on the network. That survey determines how many access points you need and exactly where they go.
Ubiquiti UniFi is our primary platform — it delivers commercial-grade performance and central management without the recurring per-AP licensing the enterprise brands charge. If you already have equipment from another vendor, we will work with it, or tell you honestly when replacing it is the cheaper path.
That is a large share of what we do. We survey what is there, find the actual cause — usually too few access points, bad placement, channel overlap, or consumer gear doing a commercial job — and give you a plan that reuses whatever is worth keeping.
Yes. Every access point needs a hard-wired drop back to the switch, and we run that cable ourselves as part of the same project — see our structured cabling work. One team, one schedule, one point of accountability instead of coordinating a cable contractor and a network contractor.
Yes. Harold Ragan Communications provides business phone systems as well, and your phones ride the same network we are building. Wiring, Wi-Fi, and voice can all be one coordinated project.
Yes. A large or custom home is really a small commercial network — multiple access points, each hard-wired back to a central closet, placed for the real floor plan and outdoor areas like a patio or pool. We survey the home, design the coverage, and validate every room so Wi-Fi holds from the primary suite to the far corner of the lot. It pairs with our whole-home network wiring, where the drops and closet are built.
Northwest Arkansas — Springdale, Rogers, Bentonville, Fayetteville, Bella Vista, Centerton, Lowell, Siloam Springs and nearby — plus Harrison and the surrounding area.
Tell us about the building and what's going wrong — or what you're building out. We'll walk it, measure it, and give you a real design and a fixed price. Part of Harold Ragan Communications.
Prefer to talk now?
(870) 280-2810