Whole-Home Automation: Where to Start, Room by Room

Written by the Nex AV team — certified Control4 & Lutron installers designing smart homes and AV systems across NYC.

The real decision in whole home automation isn’t which platform to buy. It’s which room you touch first, because the first room sets the wiring, the control layer and the budget for everything after it. Get that order wrong and you end up paying twice: once for the shortcut, once to undo it. Get it right and the next four rooms cost less and take less time.

Quick Answers

Which room should I automate first?
The entry and main living area, because those switches get used dozens of times a day and the payoff shows up immediately.

What should I install before anything else?
The network. Access points, a managed switch and wired drops where you can get them, because almost every automation failure traces back here.

How much does it cost to do a whole apartment?
Roughly $25,000 to $60,000 in New York for lighting, shades, climate and one or two AV zones, depending on wall construction and building rules.

Start Where the House Already Has a Habit

Good automation doesn’t add behaviour. It removes friction from behaviour that’s already there. Watch how a household actually moves through a day and you’ll find four or five repeated sequences: lights on in the hall and kitchen at 6:45am, shades down in the living room when the sun comes around at 4pm, everything off and the door locked at 11pm. Those sequences are the whole brief.

The rooms with the most repeated actions come first. That’s usually the entry, the main living space and the primary bedroom, and it’s why a two-room start on well-chosen home automation systems often feels better to live with than a whole-apartment install that automates things nobody was doing anyway.

The order that holds up

After enough retrofits you learn the sequence matters more than the brand. Lighting first, because it’s the thing everyone touches. Network second, or first if the existing one is bad. Shades third. Audio and video last, because they’re the easiest to add once the infrastructure exists and the hardest to justify before it does.

The one exception is construction timing. If walls are already open for other work, pull cable everywhere now even for rooms you won’t automate for three years. Cable in an open wall costs a few hundred dollars. The same cable in a finished prewar wall costs thousands and a repaint.

If you’re still weighing platforms and budget, we published a full cost and platform comparison on TimeBusinessNews that runs through what Control4, Savant, Crestron and Lutron each cost and where each one fits.

The Entry and Living Room Carry the Most Weight

These two rooms get touched more than the rest of the apartment combined, so they’re where control quality shows up fastest.

Put a scene keypad at the door. Four buttons: Welcome, Entertain, Goodnight, All Off. One press on the way in beats five switches. A pattern we see in almost every prewar apartment is a single three-gang box by the door doing too much, and replacing it with an engraved keypad fixes the room and the wall plate at the same time.

Split the living room into layers. Ceiling, accent, table lamps. Three dimmable circuits minimum. A room with one circuit can only be bright or dark, and that’s the thing people quietly hate about their lighting without knowing why.

Tie shades to the sun, not the clock. An astronomic timeclock tracks sunrise and sunset by date and location, so shades that close at 4:12pm in December don’t still close at 4:12pm in June. Every serious lighting control in NYC install uses this, and it’s the single setting most DIY systems get wrong.

Give the TV one button. Display on, source selected, lights to 25%, shades down. If watching something takes three remotes, the automation hasn’t done its job.

Add a sensor only in the hallway. Occupancy sensing works where people pass through. It irritates people where they sit still.

What this costs and what moves it

A good entry and living room package lands between $5,000 and $15,000 in a New York apartment. What moves it: how many lighting circuits exist versus how many you need, whether the wall boxes are deep enough for modern dimmers, and whether the building requires a licensed electrician for anything touching the panel. Prewar plaster and lath adds labor to every box you open. Newer drywall construction cuts it roughly in half.

If you want a shortlist before you plan rooms, our guide to which devices to install first covers the hardware that earns its place.

Kitchen and Dining Automation Should Stay Almost Invisible

Kitchens are the room people over-automate and under-light. The fix is almost always more circuits and fewer features.

Separate the task lighting. Under-cabinet, island pendants and ceiling should be three circuits, not one. Cooking wants 100% on the counters. Eating wants 30% overhead and the pendants warm.

Dim to 1%, not 10%. A kitchen used at 6am needs a floor level low enough to not wake the household. Quality dimmers and matched LED loads reach 1%. Cheap ones flicker or drop out around 10%, and this is the most common complaint we get called back for.

Two scenes are enough. Cook and Dine. Anything past that goes unused. Households remember two buttons, not six.

Skip the smart appliances as automation. A refrigerator that texts you is a feature, not a system. It won’t integrate with anything meaningfully and it dates faster than the appliance does.

Put a keypad where the light switch already is. Not on a different wall because it looks better on the drawing. Muscle memory is real and it’s older than the system.

One honest note on dining rooms: if the room gets used twice a month, two dimmed circuits and a decent bulb choice will do everything automation would, for a tenth of the cost. Spend the difference on the kitchen.

Bedrooms Are Where Whole Home Automation Earns Its Keep

Nobody gets out of bed to turn off a light they forgot. Bedside control is the feature people notice every single night, and it’s cheap compared with everything else in the budget.

Two bedside keypads, one per side. Each runs the same scenes: Reading, Relax, Goodnight. Goodnight should turn off the whole apartment, not just the bedroom. That’s the moment whole home automation stops being a light switch and starts being a system.

Blackout shades before blackout curtains. A shade in a cassette with side channels blocks light at the edges. A roller shade alone leaks a bright halo, which defeats the point in a room facing a lit street.

A wake scene that ramps. Shades to 40% and lights from 0% to 30% over ten minutes beats an alarm for most people. It’s also the one automated routine we see households keep running years later.

A night path, not a night light. Floor-level circuit in the hall and bathroom at 3% after midnight, triggered by motion. Enough to walk by. Not enough to wake anyone.

Keep kids’ rooms manual. Automate the shades if the room faces morning sun. Leave the lights alone. Kids need switches that do what switches do.

Secondary bedrooms and guest rooms

Wire them and stop. Run the cable, install a standard dimmer on the ceiling circuit, and leave the keypad for later. A guest room that gets used eight nights a year doesn’t justify a scene package, and the wiring is 80% of the eventual cost anyway.

This is the cheaper option that genuinely works in most apartments, and it’s what we’d recommend to a friend before we’d recommend it to a client.

The Media Room Needs One Button, Not Twelve

A media room is the room where automation is most visible and most easily overdone. The test is simple: can a guest start a movie without being taught?

One scene, one press. Lights to 15%, shades closed, display on, source live, receiver on the right input. Everything else is decoration.

Put the rack somewhere ventilated. In apartments the equipment usually ends up in a closet. That closet needs airflow and a dedicated circuit, or the system starts rebooting in July. We see this more than any other media room fault.

Two lighting levels, not five. Watching and Pause. Pause comes up to 35% so people can find the door, then drops back on play.

Wire the audio properly the first time. In-ceiling speakers need cable pulled before drywall closes. Retrofitting them into a finished ceiling in a co-op means a contractor, a patch, a repaint and often a building approval.

Keep a physical button in the room. A wall keypad that works when the phone is dead, the guest doesn’t have the app, or the Wi-Fi is down.

If a dedicated theater is on the table rather than a media room, the cost and timeline picture changes a lot. We wrote a longer guide to home theater builds covering budget tiers, projector versus TV, and seating geometry. For multi-room sound beyond a single space, our notes on multi-room audio planning cover zone counts and amplification.

For whole-apartment sound, multi-room audio installation is worth scoping at the same time as lighting, because both want cable in the same walls.

Build Whole Home Automation in Four Passes, Not One

Treat it as four passes through the apartment rather than one big project. Each pass is independently useful, which means you can stop after any of them and still own something that works.

1. Fix the network. Before a single keypad goes in. If your access point sits more than 35 feet from the far bedroom with two plaster walls between, add a second AP rather than replacing the router. Most “the automation is unreliable” calls end here, and this breakdown walks through the checks. Proper home network design costs $2,500 to $8,000 in a typical apartment and saves more than it costs in callbacks.
2. Lighting, entry and living room first. Keypads, dimmers, the four core scenes. This is the pass people feel immediately.
3. Shades and climate. Add motorized shades where sun or privacy is an actual problem, then bring thermostats onto the same system so a Goodnight press can set back the temperature too.
4. Audio, video and the control layer. Now tie it together. A Control4 system or equivalent makes sense at this stage, once there’s enough to unify. Before this point, a controller is usually solving a problem you don’t have yet.

A pattern worth knowing: on NYC jobs the building’s service elevator window usually decides the schedule, not the equipment. Most co-ops allow work weekdays between 9am and 4pm only, with the freight elevator booked in advance. A four-room lighting install that would take three days in a house takes five to seven here.

The scenes that actually get used

Scene	Trigger	Action	Result
Welcome	Door keypad, or arrival after dark	Entry and living lights to 60%, hall path on	You’re not feeling for a switch with groceries
Cook	Kitchen keypad	Under-cabinet 100%, ceiling 80%, pendants 50%	Counters are actually lit
Dine	Kitchen keypad	Ceiling 30%, pendants 45% warm, under-cabinet off	Room changes character in one press
Watching	Media keypad or remote	Lights 15%, shades closed, display and source on	A guest can start a film unaided
Afternoon sun	Astronomic timeclock, west-facing rooms	Shades to 60% two hours before sunset	No glare, no heat, nobody had to think
Goodnight	Bedside keypad	All lights off, door locked, thermostat set back	The one press that pays for the keypad
Night path	Motion after midnight	Hall and bath floor circuit to 3%	Nobody wakes up
Away	Leaving, or geofence	Everything off, shades to 50%, climate to eco	Nothing left running for eight hours

Eight scenes is close to the ceiling for a household. Build these, live with them for a month, then add. Systems that launch with twenty scenes get pruned back to six within a year anyway.

If you want help sequencing the passes around a renovation or a board approval, that’s the kind of thing we scope in a site survey rather than over email.

The Scenes That Sound Great and Get Switched Off

Some ideas demo beautifully and annoy a household by week two. These are the ones we end up disabling on return visits.

Motion-triggered lighting in rooms where people sit. A living room that goes dark because everyone stopped moving during a film. Sensors belong in circulation space.

Voice as the primary interface. It’s a good second input and a poor first one. Nobody wants to talk to a wall at 6am, and guests never know the command. Keep the keypad primary and let voice be the shortcut.

Fully automated blinds on every window. Shades that move on their own in a room you’re working in become the thing you fight. Automate the west-facing glass and the bedroom. Leave the rest on a button.

Vacation mode that randomises lights. It looks like what it is. A consistent, believable schedule reads better than a random one, and most burglary risk in a doorman building isn’t solved by lighting anyway.

Anything tied to a single person’s phone. Geofence scenes that trigger on one household member’s location fail the moment someone else is home. Use them for Away, never for Welcome.

One broader point on protocols. Matter has made cross-brand devices far easier to add, and the Connectivity Standards Alliance publishes the specification and certified device list openly. It does not, on its own, give you scene logic, keypad engraving or a system anyone will service. It’s a device layer, not a system.

Red Flags to Watch For

These are the signals, in a proposal or a demo, that the project is heading somewhere expensive and disappointing.

The proposal leads with a product list. If the first document you receive is equipment and prices with no room-by-room scene description, nobody has designed anything. Ask what happens when you press each button. A proposal that can’t answer that is a shopping list with a margin on it.

Programming is a single line item. Hardware is easy to price. Programming is where a $30,000 job becomes $45,000, and integrators who fold it into one vague number usually haven’t estimated it.

No one asked about the building. In New York, whether the co-op requires an alteration agreement, a certificate of insurance and a licensed electrician changes the schedule by weeks. If that conversation hasn’t happened by the second call, it’s going to happen later at your expense. Apartment and co-op constraints are usually the real scheduling driver, not the equipment.

Everything runs through the cloud. Ask which functions work with the internet down. Scenes, keypads and schedules should run locally. If a keypad stops working because the building’s fibre is out, the design is wrong.

Nobody mentioned the network. An integrator who quotes a full automation package without touching access points, switching or cabling is planning to run your system on whatever the ISP dropped off. That’s the most common cause of a system people stop trusting.

The quote has no exclusions list. Patching, painting, permits, electrical, millwork. The absence of that list is where the overruns live.

Your Next Three Steps

Whole home automation gets cheaper and better when it’s sequenced, so do these three things before you talk to anyone about equipment.

One. Spend a week writing down every light switch, shade and remote your household touches more than twice a day. That list is your scene brief, and it’s more useful than any product research.

Two. Test your network honestly. Stand in the furthest room from the router and run a speed test. Under 50 Mbps down, or a ping that jumps above 60ms, and the network is your first project regardless of what you wanted to buy. Our room-by-room lighting scenes guide and our scene ideas worth stealing post are both worth reading while you’re mapping this out.

Three. Call your building’s managing agent and ask what an alteration agreement requires. Do it before you get quotes, not after. In most New York co-ops this single call moves the timeline more than any decision you’ll make about hardware.

When you’re ready to price it properly, a site survey is the step that turns a wish list into a whole home automation plan with real numbers against it. We’ll walk the apartment, map circuits and wall construction, check what the building will allow, and come back with a room-by-room design and a written quote. Talk to our NYC team and we’ll book one.

Common Questions From Homeowners

What is whole home automation?

Whole home automation is a single control system covering lighting, shades, climate, audio, video and security across every room, rather than separate apps for separate devices. The defining feature is cross-room logic: one press at the bedside can turn off lights in five rooms, lock the door and set back the thermostat.

Which room should I automate first?

The entry and main living area. Those switches get touched most, so the improvement is obvious within a day. The primary bedroom is a close second because of the Goodnight scene, which is the feature households keep using years later.

How much does whole home automation cost in New York?

About $6,000 to $15,000 for one or two rooms done properly, and $25,000 to $60,000 for a full apartment covering lighting, shades, climate and one or two AV zones. Prewar plaster construction, board requirements and the number of existing lighting circuits move that range more than brand choice does.

Can I automate an apartment without opening walls?

Yes, in most cases. Wireless lighting control replaces existing switches in the same wall boxes, and battery-powered shades avoid new wiring entirely. The exceptions are in-ceiling speakers, hardwired cameras and video distribution, which need cable and usually need building approval.

Do I need a hub or controller for whole home automation?

For a genuine multi-room system, yes. A controller holds the scene logic and runs it locally so the house keeps working when the internet is out. For one or two rooms of lighting, a wireless lighting system on its own is often enough, and adding a controller before you have several subsystems is money spent early.

If you’d rather talk it through than read more, we’re happy to walk your apartment and tell you honestly which rooms are worth doing first.