Smart home technology for new construction is the single best time to integrate automation into your living space. Building from scratch lets you run wiring behind walls before drywall goes up, saving 40 to 60 percent compared to retrofitting an existing home. At McArthur Homes, we have spent over 30 years helping Utah families build homes that work for the way they actually live. And right now, in 2026, home automation has hit a turning point that makes planning for it during construction more practical than ever.
This guide breaks down the smart home features worth considering for your new Utah home, what they actually cost, and how to avoid the mistakes we see buyers make every year.
Why New Construction Is the Best Time for Smart Home Features
Pre-wiring during the framing phase costs a fraction of what you will pay to retrofit later. When walls are open, an electrician can run Cat6 ethernet cable, speaker wire, and conduit for future upgrades in a single pass. Once drywall is up, that same job requires cutting holes, fishing wire through insulation, and patching everything afterward.
Here is what new construction lets you do that retrofitting cannot:
You can place outlets exactly where smart devices need power. Behind TV mounts, inside closets for network equipment, and at strategic points around each room. Most retrofit jobs force homeowners to settle for “close enough” outlet placement because moving electrical boxes in finished walls is expensive.
You can install structured wiring panels that centralize all your home’s data and entertainment connections. This single hub makes future upgrades straightforward because every room already has a home run back to one location.
You can also run dedicated circuits for high-draw appliances. Smart ranges, EV chargers, and whole-home battery systems all need specific electrical service that is far easier to plan during construction.
According to data from the National Association of Home Builders, homes with integrated smart technology sell faster and command prices 3 to 5 percent higher than comparable homes without these features. In the Salt Lake City market, smart-equipped homes are moving an average of 10 days faster than those without automation features.
Smart Home Automation Trends Shaping 2026
The biggest shift in home automation this year is the Matter protocol finally delivering on its promise. Matter is an open connectivity standard backed by Apple, Google, Amazon, and Samsung that lets devices from different brands actually work together. For years, buying a smart thermostat meant committing to one ecosystem. Now, over 300 companies are building Matter-compatible products, and that number keeps growing.
What this means for your new home: you can buy a Lutron light switch, pair it with a Nest thermostat, control both through Apple HomeKit, and switch to Google Home next year without replacing anything. The days of ecosystem lock-in are ending.
AI-powered automation is the other trend worth watching. Newer smart home systems learn your habits and adjust automatically. Your thermostat notices you come home at 5:30 on weekdays and starts cooling the house at 5:15. Your lights dim gradually as the sun sets without you touching a switch. These systems run quietly in the background, making small adjustments that add up to real comfort improvements.
Invisible technology rounds out the 2026 direction. Sleek wall switches are replacing bulky control panels. Sensors are getting smaller and easier to hide. The goal is a home that feels high-end and cohesive while still delivering full automation capability.
Smart Home Security for Utah Families
Video doorbells and cameras are now standard in new construction, and the technology has matured significantly. Hardwired cameras are more reliable than battery-powered alternatives, never need charging, and deliver better video quality. Running Power over Ethernet (PoE) cabling during construction means each camera gets power and data through a single cable.
When we pre-wire homes for security, we position cameras at strategic locations: front door, back door, garage entry, and any side gates. We also run cable to driveway locations for license plate capture and to backyard corners for full property coverage.
Smart locks with the Matter protocol, like the Yale Assure Lock SL or Aqara U300, respond near-instantly and work across all major platforms. You can grant temporary access codes to guests, contractors, or dog walkers without handing out physical keys. When the code expires, access ends automatically.
For families with children, smart locks solve the “did the kids lock the door” question permanently. You get notifications when doors unlock, and you can lock up remotely if someone forgets.
Smart Lighting and Energy Management
Smart lighting systems from companies like Lutron and Philips Hue have a real track record now. Professional-grade Lutron systems last 15 to 20 years in typical use. They use dedicated wireless protocols that work independently of your internet connection, so your lights still function even when your WiFi goes down.
The energy savings are measurable. Smart thermostats reduce heating and cooling costs by 10 to 23 percent according to EPA estimates. Smart lighting systems that adjust brightness based on natural daylight and occupancy add another layer of efficiency. Combined with good building practices, these systems can cut your utility bills by 25 to 30 percent compared to conventional setups.
For Utah’s climate, where summers hit the 90s and winters drop below freezing, climate control automation pays for itself faster than in milder regions. A smart thermostat that pre-cools your home before peak electricity pricing kicks in, or that drops the temperature automatically when everyone leaves for work, adds up to hundreds of dollars in annual savings.
How to Plan Smart Home Technology for Your New Utah Home
Planning smart home features during new construction requires decisions early in the process. Here is a five-step approach that works:
- Identify your priorities
Not everyone needs whole-home audio or motorized window shades. Start with what matters most to your family. Security, energy savings, and convenience are the three most common starting points. Pick one or two to focus on first.
- Plan structured wiring during pre-construction
Work with your builder to include Cat6 ethernet runs to every room, coax for antenna or cable TV locations, and speaker wire to rooms where you want built-in audio. This wiring costs $500 to $1,500 during construction and would cost $3,000 to $5,000 or more to retrofit later.
- Choose a central hub or ecosystem
Apple HomeKit, Google Home, Amazon Alexa, and Samsung SmartThings all support Matter now, so this choice is less permanent than it used to be. Pick the platform that matches the phones and voice assistants your family already uses.
- Budget for devices separately from infrastructure
The wiring and outlet placement are construction costs. The actual smart devices, such as thermostats, locks, and cameras, are purchases you can make at move-in or phase in over time. This split makes the upfront investment more manageable.
- Work with your builder’s Design Studio
At McArthur Homes, our Design Studio team helps buyers identify which smart home features fit their lifestyle and budget. We coordinate with electricians during the rough-in phase so everything is positioned correctly before walls close.
Smart Home Technology Costs in Utah for 2026
Smart home costs vary widely depending on what you include. Here are realistic ranges for Utah new construction in 2026:
| Package Level | What’s Included | Typical Cost |
|---|---|---|
| Basic Pre-Wire Only | Cat6 to each room, coax, structured wiring panel | $500 to $1,500 |
| Entry-Level Devices | Smart thermostat, video doorbell, 2-3 smart locks | $800 to $1,500 |
| Mid-Range System | Above plus smart lighting (10-15 switches), 4-6 security cameras, voice assistant hubs | $3,500 to $7,000 |
| Whole-Home Automation | Full lighting control, multi-room audio, motorized shades, integrated security, climate zoning | $10,000 to $25,000+ |
Labor for professional installation runs $80 to $100 per hour in the Salt Lake market. Wireless device setup might take one to two hours total. A full hardwired system with programming can take two to four days.
The cost-per-square-foot for smart-ready electrical work in new construction averages $4 to $9 per square foot in Utah, which includes standard wiring plus low-voltage runs for automation. Adding smart technology integration pushes that to $6 to $11 per square foot depending on complexity.
One important note: building smart home infrastructure into new construction through McArthur Homes means these costs roll into your mortgage rather than coming out of pocket separately. Spreading $5,000 in automation upgrades across a 30-year mortgage adds roughly $25 to your monthly payment, a small price for features you will use every day.
What Utah Buyers Should Know Before Building
Utah’s tech-forward population, especially along the Silicon Slopes corridor, has driven strong demand for smart-ready homes. But we see a few common mistakes worth avoiding:
Do not over-rely on WiFi. Hardwired connections for cameras, TVs, and gaming setups will always outperform wireless. Plan for both.
Do not skip the networking equipment closet. All those ethernet runs need to terminate somewhere with power, ventilation, and enough space for a router, switch, and potentially a recording system for security cameras. A dedicated closet or cabinet makes maintenance simple.
Do consider future needs. Even if you are not buying an EV today, running conduit to the garage for a future charger costs almost nothing during construction. Same for pre-wiring a home office, home gym, or backyard entertainment area.
If you are exploring new home plans in communities across Utah County, Salt Lake County, and Weber County, ask about smart home options early. The earlier these decisions happen in the build process, the more flexibility you have and the less they cost.
Frequently Asked Questions
Matter-compatible systems offer the most flexibility because they work across Apple, Google, Amazon, and Samsung platforms. For lighting, Lutron remains the professional standard with 15 to 20 year lifespans. For climate control, Nest and Ecobee lead in learning capability and energy savings.
Basic pre-wiring runs $500 to $1,500. A mid-range system with lighting, security, and climate control typically costs $3,500 to $7,000 installed. Whole-home automation with full integration ranges from $10,000 to $25,000 or more depending on home size and feature selection.
Yes. Homes with smart technology sell for 3 to 5 percent more than comparable homes without it, and they sell faster. In the Salt Lake City market, smart-equipped homes move an average of 10 days quicker than those without these features.
Matter is an open connectivity standard supported by Apple, Google, Amazon, Samsung, and over 300 other companies. It lets devices from different brands work together without ecosystem lock-in. Buying Matter-compatible devices means you can switch platforms later without replacing your hardware.
Yes, but it costs significantly more. Retrofitting runs 40 to 60 percent higher than new construction installation because of the labor required to fish wires through finished walls. Some features, like in-ceiling speakers or pre-wired security camera locations, are impractical to add after construction.
Smart thermostats deliver the biggest impact, reducing heating and cooling costs by 10 to 23 percent. Smart lighting with occupancy sensors and daylight adjustment adds another 5 to 15 percent in savings. Combined, these systems can cut utility bills by 25 to 30 percent annually.
Most smart home systems need internet for remote access and voice control. However, quality systems like Lutron lighting use local hubs that work independently of your internet connection. Your lights, locks, and thermostats will still function locally even if your WiFi goes down.
Ready to explore smart home options for your new Utah home? Request info from the McArthur Homes team to discuss which features fit your family’s needs and budget.
