Apps and devices are the easy part. We build the wiring underneath them - neutrals, dedicated circuits, and control that keeps working when the network doesn't.
Smart home wiring is the physical part of a connected house: the neutral conductor a smart switch needs to power itself, the traveler configuration that makes a three-way work when both switches are now intelligent, the dedicated circuit for the network rack, the low-voltage cabling out to cameras and access points, and the sensors at the panel that tell you what your house is actually using. None of that is what the box on the shelf advertises, and all of it is what determines whether the system feels solid or feels like a science project.
Most of the smart home wiring calls we take in Oklahoma City start the same way. Someone bought a set of smart switches, opened the first wall plate, and found two wires where the instructions expected three. Homes wired with switch loops - which is a great many houses across the metro - simply do not have a neutral at the switch. That is a solvable problem, but it is an electrician's problem, not an app's.
The other half of our home automation wiring work happens before drywall. When we are wiring a new home or a remodel, we can put a neutral in every switch box, run cabling to the places you will eventually want a camera or a keypad, and leave the house ready for whatever platform you choose later. That is the version of this project that costs the least and ages the best.
A wired smart switch is a switch first and a connected device second. Press it and the light comes on, router or no router. That is the difference between a smart home a guest or a babysitter can operate and one where somebody has to be talked through an app to turn on a hallway light.
Almost every complaint about smart dimming traces back to a mismatch between the dimmer and the LED driver, or to a load too small for the dimmer's minimum. We identify what each circuit is actually feeding and pair the right device to it instead of putting the same switch in all eighteen boxes.
Current sensors on individual circuits turn a vague bill into specifics: the well pump cycling more than it should, a second refrigerator in the garage, a pool pump running longer than you set it for. It is the only version of energy monitoring that tells you something actionable.
If the router, modem, and equipment rack sit on the same general circuit as a garage freezer or a space heater, a nuisance trip takes the whole connected house down with it. Dedicated circuits for that equipment are unglamorous and they eliminate an entire category of mystery problems.
Smart home projects run from an afternoon of switch swaps to a whole-house pre-wire, so here's what genuinely moves the cost:
Every project starts with a free consultation and a written plan you approve before work begins. Financing through Wisetack is available on approved credit - details on our financing page.
Yes, but the right answer depends on the box. Sometimes there is a neutral bundled at the back of the box that was never connected. Sometimes we can pull one from the fixture or a nearby box. Some smart switches are designed to work without a neutral, though they can be picky about LED loads. And in a few cases the better move is to put the intelligence at the fixture or the panel instead of the wall. We check every location before recommending an approach.
We handle the electrical side and get your devices installed, powered, and communicating on your network, then walk you through the basics. For deeper automation work such as complex scene programming, whole-home integration, or a dedicated control system, we coordinate directly with your integrator so the wiring is exactly what their system expects. We are electricians first and we are clear about where that line sits.
Usually, but only if the dimmer and the LED driver are compatible, which is where most flickering and buzzing complaints come from. LED loads also draw very little current, so a dimmer with a high minimum load can behave badly on a small circuit. We identify the fixture and driver type at each location and match the dimmer to it rather than installing the same model everywhere.
A properly wired smart switch still turns the light on and off at the wall, because it is a real switch controlling a real load. What you lose during an outage is the app, voice control, and any scheduled automations until the network is back. This is a big part of why we prefer wired switches over relying on smart bulbs that disappear when the network does.
Absolutely, and it is the cheapest smart home decision you will ever make. During framing we can put neutrals in every switch box, run structured cabling to camera and access point locations, add dedicated circuits for network and AV equipment, and leave conduit for whatever you have not decided on yet. All of that is a fraction of what it costs to fish through finished drywall later.
Yes. A monitor is the simpler of the two, adding current sensors inside the existing panel to show circuit-by-circuit usage. A smart panel replaces your load center outright, so it is permitted and inspected work and sometimes pairs with a service upgrade. We will tell you which one actually answers the question you are trying to answer.
Smart home wiring has a genuine deadline built into it, and it is the day the insulation and drywall go in. Neutrals, cabling, and dedicated circuits placed during framing cost a fraction of the same work done later, and nothing you leave out gets cheaper with time. If you are building, remodeling, or even just re-doing a room, this is the conversation to have first.
Already in a finished house? That is most of our smart home work, and there is almost always a good path. From the first call to the final walkthrough - Grider always makes it right. Grider Electric is licensed and insured, based in north Oklahoma City, and works on homes and new construction only - serving Oklahoma City, Edmond, Arcadia, Guthrie, Yukon, Moore, Norman, Mustang, Piedmont, Bethany, The Village, Nichols Hills, and the Deer Creek area.