★Service

Panic room installer · Kansas City.

The walls are the easy half. The failures are all dependencies. IntegrateIT, based in Overland Park, Kansas, designs and builds panic rooms, safe rooms and secret rooms across the Kansas City metro — the concealed entry, the room and every system inside it: emergency communications independent of the house, access control with an audit trail, surveillance with off-site recording, an independent network, backup power, ventilation control and concealed AV. One contract; we work with your architect where there is one. Projects under NDA are normal. Phone: (913) 804-7575.

Below: the dependency test that drives the whole design, how communications are layered so they fail for different reasons, the honest limit of electronic locks, why a Kansas City safe room is usually a storm shelter too and what that changes, what building the whole room in house changes, and why a system nobody has rehearsed is decoration.

The dependency test

People arrive at this conversation thinking about the door. The door is the part that gets designed well, because it is the part everyone can picture. In an existing room the failures are rarely at the door. They are dependencies nobody traced: a camera that needed a switch in the basement, a lock that needed the house’s power, a phone that needed a carrier signal that does not reach eight feet below grade.

So the design method is a single repeated question. For every system in the room: what does this depend on, and what happens when that thing is gone? Follow it honestly and the specification writes itself — this must be duplicated on a different failure mode, that must be independent of the main house, this one must work with no electricity at all. It also tells you what does not need hardening, which keeps the budget on the things that matter. A room whose electronics all depend on the same switch, the same circuit and the same internet connection is not a safe room with a redundancy gap. It is a normal room with a heavy door.

Communications that fail for different reasons

No single communications path is reliable enough to be the only one, and each of the candidates fails in a different way — which is exactly what makes layering them worth the money.

Cellular. Survives a house outage and does not care about your internet circuit. Poor to useless below grade without an antenna run up to a location with signal, and locally saturated during a regional event when everyone else is calling too.
A hardwired line. Slow, unglamorous, and it keeps working through a great deal that stops newer things. Where one is available it earns its place precisely because it fails for reasons the others do not.
Broadband calling. Excellent quality and the first thing to die, because it depends on the circuit, the equipment and the power all at once. It is a convenience layer here, never the primary.
Satellite messaging. Independent of terrestrial infrastructure entirely, and it needs sky. In a below-grade room that means an antenna path planned during construction, which is a five-minute conversation at framing and a demolition project afterward.

All of it runs on power that is independent of the house — battery, with generator where the brief calls for it — and all of it reaches both public dispatch and, where the owner has one, a private security provider. Then it gets tested on a schedule. An emergency path nobody has exercised in a year is a hypothesis, not a system, which is the same reason we verify signal paths on our monitored alarm work.

Access: what electronics are good at, and what they are not

Electronic credentials are genuinely good at two things: deciding who may enter, and recording who did. Multi-factor entry, per-person permissions and a readable audit log are all worth having, and they are the same discipline we bring to residential access control and smart locks.

What they are not good at is being the only thing between a family and a room they need right now. Every electronic credential depends on power and a controller, and the moment where the room matters is the moment when those are least trustworthy. So the room secures and opens from the inside by hand, without electricity and without a network, and the electronic layer sits on top of that mechanical certainty. Egress requirements, hardware listings and life safety are set by the code and the authority having jurisdiction — we design to them rather than around them, and we would rather lose a feature than argue with a fire code.

Concealment is the other common request, and hidden doors and secret rooms are ours to build: an entrance built into cabinetry, shelving or paneling with flush, design-matched finishes, hung and balanced so it survives being opened and closed for years. We detail the hardware and the release, build the door and the room behind it, and plan the cable and antenna routes so nothing telegraphs the room’s existence from the outside.

In Kansas City, the safe room is usually the storm shelter

This is the local fact that changes the brief. The metro sits in a real severe-weather corridor, and most houses here already have a below-grade room, so the reinforced space a family builds tends to serve both purposes. Once it does, the design assumptions move. An intrusion scenario is short, and the house around it is probably intact. A weather scenario is long, and the power and the internet are likely gone for the duration, along with any hope of a cellular signal reaching a room under grade.

So the emphasis shifts: independent power sized for hours rather than minutes, an information source that needs nothing from the house, ventilation that works with the door closed and the utility out, and a room that is genuinely comfortable to sit in with children and animals in it. A room designed only for the intrusion case tends to fail the weather case, and in this metro the weather case is the one families are far more likely to use.

The metro’s housing stock adds a second constraint. In newer construction in south Johnson County the room is designed into the plan and the conduit, antenna path, power and ventilation land in the drawings. In the older houses around Mission Hills, Brookside and Prairie Village, the below-grade space is often a stone or rubble foundation with no usable chase, low headroom and no straight route to grade — so the pathway becomes the design, and it has to be resolved before anyone commits to a location. Architects and builders can bring us in at drawing stage through our architect page.

The integration layer we own

Layered duress communications. More than one path, on independent power, reaching public dispatch and a private security provider, tested on a schedule rather than assumed.
Access control with an audit trail. Multi-factor entry and per-person permissions on top of a mechanical inside lock that needs nothing from the grid.
Independent surveillance and off-site recording. Cameras and a recorder on a segment that survives the loss of the main network, mirrored off-site so the footage outlives the hardware.
An independent network. Its own path out, deliberately isolated from the house, so a compromise of the main system does not reach the room.
Backup power and hardened storage. Battery or generator sized to the occupancy the room is designed for, plus secured storage where the brief calls for it.
Ventilation and climate on their own zone. Independent of the house system, so the room controls its own air.
Comfort AV. Display, audio and lighting worth living with, because a room people dread is a room people delay entering.

A system nobody has rehearsed is decoration

The last part of the scope is the least technical and the most neglected. Everyone in the household has to know where the room is, how it opens, how it locks, which button calls for help and what happens after they press it — and they have to have done it once, calmly, rather than reading about it. So we hand over written documentation, we train the household rather than only the person who signed the contract, and we build the test of the communication paths into the service schedule.

Discretion runs through all of it. We scope under NDA where you prefer, we do not photograph these projects, and Daniel is the direct line rather than an account team. The comfort layer can integrate with a Control4 or Crestron system through an isolated gateway, so the room is convenient every ordinary day and independent on the one day it is not. Workmanship carries a five-year warranty, equipment carries its manufacturer warranty, and you have our support for as long as you own the system.

Common questions

What is the one question that decides how a safe room is designed?

What does each system depend on, and what happens when that thing is gone. It sounds abstract and it is entirely practical. A camera depends on the network. The network depends on a switch, which depends on power, which depends on the utility. A door lock depends on power too, and a phone depends on a carrier that depends on an antenna that may be under six feet of soil. Work that chain backwards for every subsystem and the design writes itself: what must be duplicated, what must be independent of the main house, and what must work with no power at all. A safe room that fails does so somewhere on that chain far more often than at the door, because the door is the part everyone thought hard about.

How do communications work if the house loses power and internet?

By layering paths that fail for different reasons, then testing them. Broadband calling dies with the internet circuit and with the power. Cellular survives a house outage but is unreliable below grade and can be locally saturated during a regional event. A hardwired telephone line is slow and old and keeps working through a great deal. Satellite messaging needs a sky view, which a below-grade room does not have without an antenna run to one. So we install more than one, on power that is independent of the house, with an antenna path planned during construction rather than discovered afterward — and then we test each path on a schedule, because an untested emergency path is a guess. The duress call reaches both public dispatch and, where the owner has one, a private security provider.

Biometric locks sound impressive. Are they the right answer?

Partly, and the caveat matters more than the feature. Electronic credentials — biometric, keypad, fob, phone — are excellent for controlling who may enter and for producing an audit trail of who did. They are a liability as the only way the room works, because every one of them depends on power and on a controller. So the rule we hold to is that the room must be securable and openable from the inside by hand, with no electricity and no network, and the electronic layer sits on top of that mechanical certainty rather than replacing it. Egress, hardware listings and life-safety requirements are set by the code and the authority having jurisdiction, and we design to them rather than around them.

Does a Kansas City safe room usually double as a storm shelter?

Very often, and it is the most useful local thing we can tell you. This metro sits in a genuine severe-weather corridor and most houses here already have a below-grade room, so the same reinforced space frequently serves both purposes — which quietly changes the electronics brief. A severe-weather event is a scenario where the power and the internet are likely to be gone for the whole occupancy, where the room may be occupied for hours rather than minutes with children and pets in it, and where being below grade means cellular signal is poor to nonexistent without an antenna run up to grade. So the design leans harder on independent power, on a weather radio and information source that needs no house infrastructure, on ventilation, and on the room being genuinely comfortable to sit in. A room designed only for an intrusion scenario tends to fail the storm one.

Do you build the room, or only the electronics?

We build the room. A panic room, safe room or secret room from us is one contract: the concealed entry and its millwork, the reinforced construction, the door and its hardware, and every system inside it — independent communications, access control and its audit trail, surveillance with off-site recording, the independent network, backup power, climate and ventilation control, and the AV that makes extended occupancy tolerable. A rated wall, door or floor is designed by a structural engineer and permitted with the authority having jurisdiction, and egress and life-safety requirements come from the code; we design to them, and we say so because a room is only as safe as its weakest dependency. Building the whole thing in house is what lets the conduit, antenna path, power and ventilation land in the drawings before anything is poured, instead of being retrofitted into a finished hardened room — which is possible, and always the expensive way to arrive.

Do you design and build hidden doors and secret rooms?

Yes — as one project with the room behind them. A hidden door built into cabinetry, shelving or paneling with flush, design-matched finishes, hung and balanced to survive being opened and closed for years, with a release that works by hand and an electronic layer on top of it, and the cable and antenna routes planned so nothing telegraphs the room from outside. Some secret rooms are panic rooms with a concealed entry; many are simply private — a wine room, a study, a media room behind a wall of books — and the same millwork, hardware and discretion apply. Projects under NDA are normal.

Who installs panic rooms in Kansas City?

IntegrateIT (Overland Park, KS) designs and builds panic rooms, safe rooms and secret rooms across the Kansas City metro — the room, the concealed entry and the communications, access, surveillance, power and control inside it, under one contract. Control4 Platinum Dealer with a Control4 Certified Showroom, Crestron Elite Partner, Lutron Certified Installer and CEDIA member. Hundreds of homes integrated since 2021. Projects under NDA are normal, and Daniel Alon walks every project personally rather than sending a sales team. Phone: (913) 804-7575 or office@integrateit.tech.

Most projects combine two or three of these. Worth a read.

Also serving across the metro

We install in every wealthy neighborhood between Loch Lloyd and the Plaza — and every estate from Mission Hills to Lake Quivira. Pick your neighborhood for the locality page.

Written by Daniel Alon, founder of IntegrateIT LLC, with twenty years in IT and AV integration — Control4 Platinum Dealer, Crestron Elite Partner, Lutron Certified Installer, CEDIA member. Overland Park, KS.