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A future version of HomeKit may keep track of where the people in the house are, and learn user habits to figure out when to automatically take actions, without you having to ask Siri.
The temperature and humidity sensors in the new HomePod, and now enabled in the HomePod mini, are designed to be used as part of automated systems. Right now, you can create a Shortcut that says if the indoor temperature falls below a certain point, you want your heater turned on.
That does require a heater you can control remotely, or perhaps just a smart outlet, plus the HomePod. But it also requires you to set up that Shortcut, and "Using In-home Location Awareness," a newly-granted patent, suggests that Apple wants to move away from that.
Rather than you having to create a Shortcut or to set up a HomeKit automation, Apple wants it all to just happen for you. By itself.
"Users often perform the same or repeated actions with accessory devices while in a particular location," says the patent. "For example, every time a user comes home from work, they may close the garage door when they are in the kitchen."
"Therefore, certain activities with respect to devices in a home may be performed regularly and repeatedly (e.g., daily, several times throughout a day) while the user is in a certain location," it continues. "This can be a time consuming and tedious task for a user since these tasks are performed regularly or several times throughout the day."
"Thus... it is desired for the home application on the mobile device to be able to determine a location of the user," says Apple, "and suggest a corresponding accessory device that a user may want to control or automatically operate a corresponding accessory device based on the location of the mobile device of the user."
Apple doesn't want to remove the user from the decision to turn on a heater, or a light, but rather to remove any effort.
"[When] a user is at a determined location according to detected sensor information, one or more associated accessory devices can be suggested to a user, thereby enhancing a user's experience," says the patent. "Also, rooms and accessory devices associated with the room can be suggested to a user."
"In addition, scenes and accessory devices associated with the scenes can be suggested to the user," it continues. "The suggestions regarding accessory devices and scenes can be learned or can be rule based."
The key word there is learned. Currently an iOS widget can offer you different information at different times of the day, and it learns that, for instance, you check your calendar first thing, but you like news headlines at the end of the day.
That's exactly what Apple wants with your smart home devices. They're smart, you use them all the time, they should just work.
"It would be beneficial if accessory devices and/or scenes can be automatically suggested to a user based on their current location," says the patent, "or if an accessory device is automatically controlled based on a current location of the mobile device based on the user's history of activity with an accessory device."
The patent runs to more than 17,000 words, and while naturally a large part of that is to do with privacy, the majority is about precisely detecting a user's presence.
As is typical for a patent trying to cover as broad an idea as possible, it's a little vague on the specifics. But if Machine Learning can already provide services such as presenting a calendar in the morning, it is this issue of precision location finding that is what's new and key.
Geolocation is not yet precise enough
Currently, HomeKit is able to have an automation that, for instance, stops music playing when everyone has left the house. That's chiefly done by determining whether iPhones are connected to the home's Wi-Fi network, though.
Or there are motion sensors which can pick up when you enter a room. But the problem there is that, normally, they can only detect motion such as entering or leaving, they don't actually sense a presence.
Aqara has begun selling what it calls a "human presence" sensor, which is able to detect minute body movements, but its device is not yet commonly available.
Rather than look to any one specific new technology, Apple's patent suggests combining information from many sources, and then making calculations.
"For example, the mobile device can include sensors to measure the distance that a user is walking or stepping as they turn on lights in, for example, a room or a house," says Apple. "Motion detectors and motion sensors in, for example, the accessory devices, can also be used to aggregate data regarding a user's movement in a room or area."
The patent doesn't directly refer to the U1 ultra wideband chip, but if it's in a user's devices, it will clearly be used.
So if you enter a room and also head toward your desk lamp instead of the overhead light, HomeKit could know to turn on only that lamp.
Apple is adding the U1 processor to more devices, plus HomeKit can already get information from sources such as motion sensors. Plus, Apple's support of Matter should mean such plans could extend to many more smart home devices.
