A 2 BHK with nineteen devices in it. Turn it around, click anything to find out what it does, and switch the scene to see what the house does by itself at each time of day.
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A 2 BHK of about 950 sq ft, with nineteen devices in it. This is the list the interactive version is built from — every item below is a real decision we would talk through at a survey.
One camera covering the approach does most of the work. We would rather put one good camera where it matters than six cheap ones around a flat.
One switch module in the wall box controls the whole circuit, however many downlights are on it. The module sits behind the plate you already have, so the switch on the wall still works exactly as it does now.
This is the part people do not expect. The module hides inside the box; the plate on the wall is unchanged. Guests, parents and anyone who has never opened the app carry on pressing the same switch.
A motor on the track, driven by a schedule or a scene. The useful setting is not opening them from your phone — it is having them close by themselves at sunset without anyone thinking about it.
A small infrared bridge learns your existing remote. No new AC, no wiring. It gives the unit you already own a schedule, and lets a rule turn it off when a door is left open.
Pulled into the same scenes as everything else, so "movie" dims the lights, closes the curtains and switches the input in one tap instead of three remotes.
Bright and cool while someone is cooking, and part of the goodnight scene that sweeps the whole flat so nobody has to walk around checking.
A puck on the floor behind the sink or the washing machine. It costs very little, it does nothing for years, and the once it goes off it pays for the entire installation several times over.
Mounted at the right height for the gas you actually have — LPG sinks, so the sensor goes low; piped gas rises, so it goes high. Getting that wrong is the most common installation error we see.
The real value is not unlocking from the office. It is that the cook has a code that works between six and eight, and when the cook changes you delete a code rather than change a lock.
The device that earns its place fastest in an Indian flat, for an unglamorous reason: deliveries. See and speak to whoever is there, from anywhere, and tell them where to leave the parcel.
At night this brings the passage up to about ten per cent rather than full glare. It is consistently the automation people are most pleased with and least likely to have asked for.
The box that holds the schedules, the scenes and the rules. Because they live here rather than in a data centre, an internet outage costs you remote access and nothing else — the house carries on.
A clamp at the distribution board that shows where the units are actually going. Usually the answer is the geyser and the AC, and usually it is more than people guess.
The one that sells the whole idea: turning off every light in the flat without getting out of bed. Two-way control from the bedside and the door, without running new wires for a second switch.
On fifteen minutes before you usually get into bed, so the room is comfortable rather than cold and then warm again. Off automatically if the balcony door is opened.
Opening at seven changes your mornings more than any light does. If you only motorise one room, this is the room.
Light on when someone walks in, and the exhaust fan carries on for ten minutes after they leave — which is exactly what an exhaust fan should do and almost never does.
Often the room to leave until later. If it is a study or a child's room it earns automation; if it is the guest room it can wait, usually indefinitely.
The flat above is a realistic 2 BHK of about 950 sq ft with a fairly complete installation in it — nineteen devices, which is more than most homes start with. It is here so you can see what the words on the rest of this site actually look like in a house, and so you can judge for yourself which parts you would want.
What it cannot tell you is what your home needs. That depends on your wiring, your doors, where your router sits and which rooms you actually use. Those are survey questions, and no amount of 3D answers them.
A fair warning about the scenes. The lights, curtains and locks respond instantly here because it is a model. In a real house a curtain motor takes eight to twelve seconds to run a track, and a scene that touches a dozen devices takes a second or two to settle. That is normal and it is not something to design around.
No — it is a generic 2 BHK of about 950 sq ft, drawn to show the devices rather than to resemble any particular flat. Your layout, your wiring and which rooms you actually use all change the answer. That is what the survey is for.
Technically yes, and we would usually talk you out of it. Nineteen devices is a fairly complete installation. Most homes start with four or five and add the rest once they have lived with them and know what they actually reach for.
Because the price of any one of these depends on which product goes in and what the wiring turns out to allow, and a number here that a survey then contradicts would be worse than no number. The scope estimator on the pricing page gives you device counts, which is the part you can check a quote against.
The 3D view needs WebGL, which almost every browser from the last decade has, but it is sometimes switched off on older machines or by a privacy extension. When it cannot run, the same nineteen devices appear as a plain list with the same information in it — nothing is lost except the turning around.
Tell us what is annoying you about the house as it is. That is usually a better starting point than a product list, and it costs nothing to ask.
