Last updated: July 2026. A new build is the cheapest time to make a HomeKit security system reliable. Walls are open, cable routes are accessible, door hardware has not been locked in, and the network can be designed around cameras and hubs instead of patched later.
The right goal is not to automate every opening. It is to create a security layer that still makes sense when the internet, a phone, or an automation fails. This checklist covers the decisions to make with your architect, electrician, low-voltage contractor, and security installer before drywall.
At a glance: what to specify before drywall
- Network: hardwired Ethernet to access points, camera locations, hubs, and a central rack.
- Power: outlets for hubs, sirens, chimes, cameras, and network equipment, with battery backup where it matters.
- Openings: a door-and-window schedule that identifies every exterior, garage, basement, and accessible window.
- Locks: door prep that preserves a mechanical key path and supports the lock type you actually plan to use.
- Privacy: camera fields of view, microphone choices, guest areas, and who receives alerts.
- Fallbacks: keypad or key-fob access, local alarm behavior, cellular backup options, and a manual recovery plan.
1. Design the network as security infrastructure
HomeKit accessories may use Wi-Fi, Thread, Bluetooth, or a vendor hub, but the system still depends on a stable home network. Put the router, switches, recorder if used, and security gateway in a ventilated, lockable location that is not visible from a front window. Avoid burying everything inside a metal utility cabinet, which can weaken wireless coverage.
Run Cat6 or better to every planned wireless access point and to each fixed camera location, even if the first camera is Wi-Fi. A cable gives you the option to use Power over Ethernet later. Include a service loop and label both ends. For larger homes, plan access points by floor and wing; do not assume one router in a basement rack will cover a detached garage or second-floor bedroom.
Apple says a home hub enables remote access and automations in Apple Home. Place the Apple TV or HomePod that will serve this role inside reliable network coverage. Treat any vendor gateway the same way: give it stable power, enough radio clearance, and Ethernet when the product supports it.
2. Put power where security devices will live
Add outlets near the central network rack, security hub, doorbell transformer, indoor camera shelves, exterior camera eaves, and any plug-in siren. A crowded power strip dangling behind a cabinet is a weak foundation for an alarm system.
Ask the electrician to put the network equipment and security hub on a clearly labeled circuit. A small uninterruptible power supply can keep the router, switch, gateway, and home hub online through a short outage. Battery-backed devices still need a test schedule: record what remains operational after the breaker is switched off and how long each layer lasts.
For doorbells, confirm transformer voltage and chime compatibility before choosing hardware. For exterior cameras, decide whether you want Ethernet, low-voltage power, or a nearby weather-protected outlet. Do not route extension cords through windows or soffits.
3. Build a complete opening schedule
List every exterior door, garage-to-house door, ground-floor window, accessible upper-floor window, basement window, and bulkhead. Mark the frame material, reveal depth, swing direction, and planned sensor type. This catches common omissions such as a side garage door or a sliding patio panel.
Recessed contacts can look clean in a new build, but wireless surface sensors are easier to replace. If you prewire contacts, leave an accessible route back to the panel or structured-wiring cabinet and document every cable. If you use wireless sensors, leave enough flat frame area for the sensor and magnet, and confirm that thick trim or metal frames will not cause alignment problems.
Pairing a contact sensor with a smart lock answers two different questions: the lock reports whether the deadbolt is commanded, while the contact reports whether the door is physically closed. Our HomeKit shared-entrance checklist explains why both states matter on busy doors.
4. Choose locks before the doors are ordered
Decide which doors need smart access and which should remain mechanical. Check backset, bore size, door thickness, handing, multipoint hardware, and weather exposure. A beautiful custom door can become an expensive lock-compatibility problem if the hardware decision comes last.
Preserve a physical key or another non-phone entry path. Add a keypad where household members, cleaners, carers, or contractors need scheduled access. Use named codes rather than one shared household PIN, and define who can issue and revoke them. Apple’s Home app access controls can manage household members, but vendor accounts and lock codes must be reviewed separately.
For lock selection, compare the door-prep and recovery issues in our smart lock security guide. Do not let an automation that locks a door replace the nightly physical check that the door is fully latched.
5. Plan camera views with privacy boundaries
Mark proposed camera views on the floor plan. Cover approaches and entry points, not bedrooms, bathrooms, neighboring windows, or private guest areas. At each location, check the mounting height, night lighting, glare, eaves, vegetation, and whether a person can reach the camera without entering a protected area.
HomeKit Secure Video can add recording and recognition features for compatible cameras when the required iCloud+ plan and home hub are in place. Apple’s setup guidance describes those requirements. Confirm them against the camera model before purchase; “works with Apple Home” does not always mean every video feature is supported.
Run a real night test after exterior lighting is installed. A camera that looks good on a daytime plan may be blinded by a wall light, reflective siding, rain, or a nearby spider web. See our HomeKit camera guide for the questions to ask about recording, storage, and alerts.
6. Separate security states from convenience scenes
Create plain, auditable alarm states first: disarmed, home, night, and away. Then add convenience scenes around them. A “Good Night” scene may turn off lights, lock selected doors, and arm the perimeter, but it should not silently unlock or disarm anything when another accessory fails.
Use notifications that point to an action. “Garage entry opened while away” is useful; ten motion alerts from a hallway every evening are not. Assign critical alerts to adults who can respond and keep children or guests from receiving camera or alarm permissions they do not need.
An audited HomeKit night routine should include door state, lock state, alarm state, and a morning recovery check. Test each trigger manually before depending on time, location, or occupancy automations.
7. Keep a path that does not depend on one phone
A new home should be usable when the owner’s iPhone is flat, lost, or being replaced. Include a keypad, key fob, physical key, or local control that another authorized household member can use. Store recovery details in a password manager and keep the network rack, electrical panel, and shutoffs labeled.
Ask how the chosen system behaves when broadband fails, when power fails, and when the vendor cloud is unavailable. Some alarms can continue local sensing and siren functions while remote alerts or video stop. Professional monitoring and cellular backup depend on the system and plan. Verify current terms rather than assuming every “smart security” bundle includes them.
If you are comparing a security hub that can bridge alarm functions into Apple Home, review the current Abode Smart Security Kit and Abode plan options. Product integrations and plan features change, so confirm the exact hub, firmware, and plan before the electrical and door schedules are finalized.
8. Run a commissioning test before handover
- Open every protected door and window and confirm its name and alert.
- Arm home, night, and away modes and verify which sensors are active.
- Test every lock by keypad, key, app, and manual thumb-turn.
- Walk through each camera view by day and night; confirm timestamps and clip retrieval.
- Disconnect broadband and record what still works.
- Switch off the security and network circuit and time the battery-backed response.
- Test smoke, carbon-monoxide, water, and alarm-listener devices using manufacturer procedures.
- Confirm a second authorized adult can arm, disarm, receive alerts, and recover the system.
- Remove a temporary contractor or guest account and verify that access is gone.
- Export the final device list, network map, cable schedule, and installer notes.
What to hand the builder
Give the builder a one-page schedule showing device location, mounting height, cable type, power source, door preparation, and who supplies each item. Add photos of cable routes before insulation and drywall. Record switch-port numbers and breaker labels. The documentation will save hours when a camera is replaced or an access point is moved years later.
Bottom line
For new construction, HomeKit compatibility is only one line on the specification. Reliable power, wired backhaul, documented openings, compatible door hardware, privacy-aware camera views, and non-phone fallbacks determine whether the system works on a difficult day. Make those decisions before drywall, then commission the home by testing each failure mode instead of trusting a green icon in an app.
Frequently asked questions
Should every new-build security device be wired?
No. Wired power and network backhaul are valuable for access points, cameras, and hubs, while wireless door and window sensors can be easier to replace. The right mix depends on serviceability, battery access, and the system you choose.
Do I need an Apple home hub?
A compatible home hub is required for remote access and many automations in Apple Home. Current Apple TV and HomePod requirements can change, so check Apple’s support page before commissioning.
Can HomeKit replace a monitored alarm?
No. Apple Home can provide controls, automations, and notifications for compatible accessories, but professional alarm monitoring, cellular backup, emergency dispatch, and local alarm behavior come from the security system and plan.
When should smart locks be selected?
Before exterior doors and hardware are ordered. Confirm the bore, backset, thickness, handing, multipoint mechanism, weather exposure, and a physical fallback.
Turn the build specification into eight tested handover routes
New construction creates a rare chance to design power, network, doors, cameras, alarms, and account ownership before finishes hide the work. The project is not ready because accessories appear in Apple Home. Each security job needs a named owner, an installed record, a failure test, a correction path, and evidence that the result survived final handover.
1. Keep one security equipment and ownership schedule
Record every hub, bridge, sensor, siren, lock, camera, doorbell, keypad, router, switch, recorder, power supply, battery, account, service, app, and connected platform. Name the purchaser, installer, current administrator, warranty owner, and future household owner. Close the project with the smart-home security handover checklist.
2. Prove Home hub placement and redundancy
Map the final Home hubs, wired or wireless network path, electrical circuit, backup power, radio reach, room, and administration owner. Test what happens when the preferred hub, router, switch, or one circuit is unavailable. The Home hub redundancy guide turns “there is another hub” into a property-specific result.
3. Accept every smart lock on the finished door
Test the exact door after paint, seals, hardware, thresholds, alignment, and access-control work are complete. The latch and deadbolt must move freely without the powered lock pulling the door into place. Use the smart-lock installation acceptance test for fit, credentials, battery, internet loss, emergency entry, and installer closeout.
4. Test the final power-loss state
Do not approve a battery label or backup claim without a controlled outage. Test the panel, hub, router, network switch, Home hubs, bridges, sirens, cameras, doorbells, locks, alerts, recording, remote access, and safe restoration separately. Record the result with the HomeKit power-outage checklist.
5. Build account recovery before the installer leaves
The owner should know which Apple Account, vendor account, email, phone number, trusted device, recovery contact, monitoring account, installer login, and service agreement controls each layer. Remove temporary installer access and test a second authorized recovery route. Use the HomeKit account-recovery guide.
6. Audit app permissions and household roles
List owners, residents, children, guests, contractors, property managers, camera viewers, alarm users, lock users, trusted phones, and linked platforms. Separate permission to unlock, disarm, view, export, change automations, administer accounts, and alter response settings. The app-permission audit provides a repeatable closeout record.
7. Prove camera evidence after final landscaping and lighting
Temporary scaffolding, construction lighting, bare gardens, and unfinished paths can hide the real operating view. After exterior work is complete, test approach paths, night lighting, privacy boundaries, timestamps, event capture, retention, playback, and lawful export. Use the HomeKit camera evidence-export checklist.
8. Keep one defect and incident timeline
When a lock binds, a zone disagrees with the physical opening, an alert is delayed, a clip is missing, or a hub changes unexpectedly, record time, physical state, app state, installer, household user, action, correction, and retest. Use the incident timeline worksheet so the builder, integrator, owner, and service provider work from one record.
Use one construction-to-owner security closeout sheet
- Final drawings for power, network, doors, locks, cameras, sensors, hubs, sirens, keypads, and recorders.
- Exact model, serial number, firmware, room, mounting point, circuit, network path, and warranty for every item.
- Owner, administrator, installer, monitoring, support, and emergency-contact records.
- Credentials issued, credentials removed, physical keys transferred, and emergency entry tested.
- Final day, night, internet-loss, power-loss, hub-loss, phone-loss, and account-recovery results.
- Open defects, responsible party, correction deadline, retest date, and evidence of acceptance.
Run a 75-minute new-construction handover test
- Minutes 0–15: match installed equipment, wiring, doors, accounts, plans, users, documents, and warranties to the approved schedule.
- Minutes 15–30: test every exterior opening, lock, keypad, arming state, siren, and named notification route.
- Minutes 30–45: test camera view, night behavior, recording, retention, playback, privacy, and evidence export.
- Minutes 45–60: test internet loss, power loss, preferred Home hub unavailable, phone unavailable, and safe restoration.
- Minutes 60–75: remove installer access, test owner recovery, review defects, assign corrections, and schedule retests.
Do not accept the security handover until these blockers are cleared
- The owner lacks the final equipment, wiring, account, warranty, or service schedule.
- A smart lock binds on the finished door or has no tested emergency-entry route.
- Essential hubs, network hardware, alarms, or cameras depend on an unidentified circuit or account.
- The property has no written result for internet, power, hub, phone, or account failure.
- Installer, subcontractor, or temporary credentials remain active without a written reason.
- Camera views, timestamps, recording, retention, or export have not been tested after final exterior work.
- The household cannot state who may unlock, disarm, view, export, administer, and change response settings.
- Open defects have no owner, correction date, or retest record.