Every room, the patio,And The Shop Out Back.

WiFi coverage designed against the real footprint of the property instead of guessed from wherever the router ended up. Wired access points, placement that accounts for how the building is built, roaming that actually hands off, and 5G cellular failover for the morning the ISP drops — in Bremen, Carrollton and across West Georgia.

Get a free assessment Network design

Wired access pointsNot daisy-chained

Outdoor coveragePatios, pools, shops

RoamingHandoff that holds

5G failoverWhen the line drops

Three ways coverage fails

Too much house, too much ground,Or too many people.

Nearly every WiFi call is one of these three, and they fail for different reasons. None of them is fixed by buying a stronger router, which is what most people try first.

01 / Large & long houses

One router cannotcover a long house.

The box the internet company left is sitting wherever their truck stopped, usually in a corner of the house, behind a cabinet, radiating half its coverage into the yard. Brick, plaster, foil-backed insulation and a stone fireplace do the rest.

Coverage planned against the floor plan, not the router position
Access points placed where the building actually needs them
Wall construction and levels accounted for before anything is mounted
One network name across the whole house, not three

Luxury home networks

02 / Outdoors & outbuildings

The patio, the pool,the shop, the gate.

Outdoor coverage is the part that gets left off the quote and noticed the first warm weekend. So does the detached shop, the barn, the guest house and the gate at the end of the drive.

Outdoor-rated access points mounted under eaves and soffits
Cable run out to detached structures where the run can be made
Coverage aimed at where people sit, not sprayed at the property line
Cameras, gates and thermostats outside counted as clients too

Structured cabling

03 / Rooms full of people

Sometimes the problemis density, not distance.

A sanctuary, a fellowship hall or an office at capacity is a different problem entirely. Every phone in the room joins whether the person is using it or not, and one access point trying to serve a crowd spends its time taking turns.

Access point count driven by the crowd, not the square footage
Coverage designed for a full room rather than an empty one
Guest traffic separated from staff, check-in and production
The livestream given a wired path instead of competing for air

Churches & venues

What the work is

Six thingsThat decide the coverage.

None of it is exotic and none of it is on the box the equipment came in. It is the difference between hardware that is installed and a network that is designed.

Start a project

Coverage planning

We walk the property before we quote it — the floor plan, the construction, the levels, and the parts of it people actually use. Dead zones are a design problem, not a hardware problem. Buying a bigger router at the same bad location fixes nothing.

Placement & mounting

Access points go on ceilings and high on walls where the coverage has to be, mounted flush and fed from behind so nothing is dangling. Outdoors they go under eaves and soffits in outdoor-rated housings. Where the room will not tolerate a visible unit, we say so before it is mounted rather than after.

Wired backhaul & PoE

Every access point gets its own cable back to the switch and takes power over that same cable. This is the whole difference between a designed system and a mesh: a mesh node repeats over the air using the same radio it is serving clients with, so the coverage it buys is paid for in throughput. Mesh is not a scam. It is a workaround for not having a cable. Where a cable can reach, the cable wins.

Bands & channels

The 2.4, 5 and 6 GHz bands do different jobs and reach different distances, and the networks next door are already using some of them. Channels and widths get chosen for the building rather than left on the factory setting — a wider channel is not automatically a faster one in a crowded room.

Roaming & handoff

One network name across the whole property, with the access points cooperating so a phone walking from the kitchen to the patio is handed off instead of clinging to the first one it found. Most complaints about a slow phone in a good coverage area are really a device that never let go.

Cellular failover

A 5G cellular gateway sits behind the firewall and takes over when the ISP drops, so the cameras, the doors, the card reader and the service keep running. It is a backup line, not a second full-speed connection — the point is that the building stays up until the line comes back.

Planned, not guessed

Guessing puts the access pointWhere the outlet was.

Placement gets worked out against the floor plan, the construction and the ground people actually use — and it lines up with the rest of the network design, because the switch has to feed all of it.

Coverage plan

Where each access point goes and what it is covering — the great room, the office, the pool and the shop, not just the middle of the house.

The cable under it

An access point is only as good as the run that reaches it. Every position on the coverage plan becomes a drop that home-runs back to one point.

A full room

In a sanctuary or a hall the count is set by the crowd rather than the floor area. A room that works empty is not evidence of anything.

What you keep

Coverage is invisible.The plan behind it is not.

You cannot look at a wireless network and tell whether anyone thought about it. What you can look at is whether it was written down.

Handed over / every job

The coverage plan

Where every access point landed and what it is covering — including outside, where nobody usually bothers to write it down.

Network names & bands

What each network name is for, which devices belong on it, and which one the guests are supposed to be using.

Labels back to the panel

Each access point is labeled to the port that feeds it. Finding out which cable is which should not require a ladder.

What failover does

What happens when the ISP drops, what keeps working, and how to tell the difference between an outage and a fault.

Our lane

Coverage planning, wireless access points inside and out, the cable and PoE switching that feed them, band and channel setup, roaming, guest networks, and cellular failover behind the firewall.

Not our lane

We are not your internet provider and we cannot make a slow connection faster. WiFi is the last part of the trip, not the line coming into the building. Line-voltage electrical work and the patching after a retrofit go to the trades that do them.

Common questions

Asked in the driveway,Before we get inside.

Usually by somebody who has already bought two extenders and is not enjoying the results.

Why is my WiFi slow in one room?

Almost always because the signal has to get through the building to reach you and it is arriving thin, or because your phone is still holding onto an access point two rooms away. Distance is only part of it — brick, plaster, foil-backed insulation, tile, a stone fireplace and a metal roof all take a bite out of it. A stronger router in the same place does not solve it. Coverage in that room does.

Is a mesh system as good as wired access points?

No, and it is worth being precise about why. Mesh is not a scam — it is a sensible workaround for not having a cable. But every hop a mesh node makes uses the same radio it is serving your devices with, so the coverage you gain is paid for in throughput, and a node placed one hop too far pays for it twice. A wired access point does not have that problem because its connection back to the switch is a cable. Where a cable can be run, we run it. Where one genuinely cannot — an old detached shop with no path to it — a mesh node is the honest answer, and we will tell you that is what it is.

How many access points does a building need?

It depends on the footprint, the construction, the layout and how many people are on it at once, and anyone quoting a number over the phone is guessing. That count is also most of what drives the price, along with how much cable already exists and whether outdoor coverage and failover are in scope. We walk the property, plan the coverage, and a written quote follows the free assessment.

Can I get WiFi out to a detached shop, barn or pool house?

Usually, and the good version of it runs on a cable out to the building with an access point at the far end. That gives the shop real coverage instead of the last weak edge of the house signal. Whether the run is practical depends on the distance and what is between the two buildings, which is one of the things we look at during the assessment.

What happens to the WiFi when the internet goes out?

The WiFi itself keeps running — the network inside the building does not depend on the ISP. What stops is anything that has to reach the outside world, which on most properties now means the cameras you check from your phone, the doors, the thermostats and the card reader. A 5G cellular gateway takes over the outside connection when the line drops so those keep working until it comes back. It is a backup, not a replacement, and it is sized for that.

Where we mount access points

Based in Bremen.Walked, not estimated.

Coverage cannot be planned from a satellite photo. Everything below is inside a comfortable drive of the shop.

Same-day radius

Haralson & Carroll County

Bremen, GAWaco, GABuchanan, GATemple, GAMt. Zion, GATallapoosa, GACarrollton, GA Villa Rica, GABowdon, GA

Regularly serving

Douglas · Paulding · Coweta · Polk

Cedartown, GARockmart, GADouglasville, GA Dallas, GAHiram, GANewnan, GAPowder Springs, GAPeachtree City, GA

No cost, no obligation

Start with aFree network assessment.

We walk the whole property — including the patio, the shop and the far end of the drive — find where the coverage stops, and tell you what it takes to put it where you want it. You get the findings whether or not you hire us.

Call (770) 828-5748 Email CDM

Typical response — same business day