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Planning home automation during construction requires designing a detailed, hardwired infrastructure—specifically, installing Cat6a Ethernet cable to all potential device locations and using Conduit for easy upgrades.
Planning for home automation during construction is one of the smartest decisions a homeowner can make. According to Precedence Research, the global smart home market was valued at over $127 billion in 2024 and is projected to grow nearly 1,000% by 2034.
More than 45% of internet-connected U.S. households already own at least one smart device, and the new construction segment is expected to grow at the fastest rate of any market category through 2030. Getting the infrastructure right while walls are still open saves thousands of dollars and years of headaches.
Big Easy Contractors is a locally owned general contractor serving New Orleans and the surrounding areas, offering everything from renovation and HVAC to lighting and custom construction.
If you are building or renovating and want to talk through your smart home options, contact us today for a free estimate.

Planning early also gives you design flexibility. You can decide where control panels, access points, and equipment racks will live before any finishes go in, producing a cleaner result without the unsightly conduit runs that come with afterthought installations.
On top of that, smart home infrastructure adds real resale value. Installing smart devices and the wiring to support them can increase a home’s resale value by approximately 5%, according to The CE Shop, making the upfront investment one that pays off over time.
A smart home needs four core infrastructure components installed during rough-in: structured cabling, a centralized distribution point, conduit for future flexibility, and neutral wires at every switch location. Without these four elements in place before drywall, every future upgrade becomes a retrofit project.
Structured cabling starts with CAT6 cable runs to every room. CAT6 supports gigabit internet speeds and provides the bandwidth backbone that smart lighting hubs, security cameras, smart speakers, and thermostats all rely on.Each run should terminate at a central wiring closet or structured media center, which acts as the nerve center for the home’s network and automation systems.
Conduit is just as important as the cabling itself. Flexible conduit in key wall cavities allows for future cable upgrades without any demolition. As smart home standards evolve, including the Matter protocol now supported by Apple, Google, and Amazon, having accessible pathways keeps your home adaptable without a major teardown.
Neutral wires at switch locations are a small but critical detail. Most smart switches and dimmers, including those compatible with Z-Wave and Zigbee protocols, require a neutral wire to function. Traditional switch wiring often omits the neutral, which means a full re-wire is needed later if it was not included during the original build.
Security and access control, smart lighting, HVAC automation, and structured audio are the four systems that require the most pre-wired infrastructure and should be prioritized at the planning stage. Each of these depends on decisions made during framing that cannot be easily changed after the fact.

Smart lighting systems require decisions about switch placement, neutral wire availability, and whether you want hardwired keypads or wireless controls. Pairing smart switches with your lighting design during construction allows for clean, in-wall installation that looks purpose-built rather than added on.
For HVAC automation, multi-zone control systems need dedicated low-voltage thermostat wiring at each zone, plus consideration for where smart sensors and dampers will be located inside the ductwork. According to ENERGY STAR, a certified smart thermostat saves approximately 8% on heating and cooling bills, or about $50 per year, which adds up quickly over the life of the home.
Whole-home audio and home theater infrastructure, including in-ceiling speaker runs and HDMI conduit for media rooms, are nearly impossible to add cleanly once ceilings are finished. Marking speaker locations and pulling speaker wire during rough-in takes less than a day and eliminates a major retrofit headache later.
Future-proofing comes down to three practices: run conduit in key pathways, add extra cable runs beyond what you need today, and install a dedicated equipment rack or wiring closet. These three steps cost little during construction but give you maximum flexibility as technology changes.
Here is what each of those looks like in practice:
Ask your contractor four specific questions at the design phase: where the structured cabling distribution point will be located, whether neutral wires will be included at every switch, how conduit will be used for future cable routing, and which trade will be responsible for low-voltage pre-wire.
These questions force the right conversation before the schedule is set. Many general contractors are comfortable coordinating low-voltage pre-wire alongside standard electrical work, but only if it is discussed upfront. Once a framing crew moves off-site and insulation begins, the window to address these items cheaply closes fast.

Getting this conversation started early, at the same time you are finalizing lighting plans, fixture locations, and HVAC zone layouts, keeps everything coordinated and avoids the expensive rescheduling that comes from catching omissions too late.
Building a smart home the right way starts with getting the infrastructure right during construction. Pre-wiring for automation, planning structured cabling, and coordinating all trades early produces a home that is ready for today’s technology and adaptable for whatever comes next.
Big Easy Contractors is your one-stop general contractor in New Orleans, helping homeowners plan and build smarter from day one.
Call us today for a free consultation and let our team help you map out your smart home infrastructure before the first wall goes up.
The best time is during the design phase, before framing begins. Decisions about conduit routing, switch placements, and cabling infrastructure need to be made before walls are framed and insulated. Waiting until after drywall significantly increases both cost and labor time.
Pre-wiring a home for smart automation during construction typically adds $2,000 to $6,000 depending on home size and the number of systems planned. This is considerably less than a retrofit, which can cost two to three times more once walls are finished.
CAT6 cable is the standard for most smart home applications, supporting gigabit speeds and future bandwidth needs. For homes with advanced demands, CAT6A or fiber-optic conduit sleeves can be added to accommodate higher-performance upgrades down the road.
Yes. An experienced general contractor can coordinate low-voltage pre-wiring alongside standard electrical rough-in by scheduling the right trades at the right phases. Clear communication at the framing walkthrough is the key to keeping everything on track.
Most smart switches and dimmers require a neutral wire, which is not always included in standard switch wiring. Confirming neutral wires are run at every switch location during rough-in is one of the most important smart home planning steps.
Yes. New Orleans homes can benefit from smart HVAC zoning to manage humidity and energy costs, smart security for added protection, and automated lighting for both convenience and energy savings. Pre-wiring during construction or major renovation makes all of these systems more affordable and cleaner to install.
Matter is an open-source smart home connectivity standard backed by Apple, Google, Amazon, and hundreds of device manufacturers. It allows products from different brands to work together on the same network. Planning for Matter-compatible infrastructure, including strong Wi-Fi coverage and CAT6 backbone cabling, ensures your home will work with current and future Matter-certified devices.