“If you think about the smart home and the variety of connected devices on the market today, they’re overwhelmingly static devices: tabletop sensors or thermostats that are connected to the wall,” Chris Jones, iRobot’s VP of technology, told Digital Trends. “They don’t have a broad view of home they could really benefit from in order to more effectively do whatever task it is that that individual connected device can do.”
The benefit of a mobile robot like the Roomba, he said, is that it requires a map of your house to function — something that gives your other devices a better idea of how they should be functioning.
Right now, in most cases, if you want to tie your smart bulbs to your motion detectors, it’s on you configure each one. The end result will mean you don’t have to flip the switch when you walk in and out of the room, but it’s lot of effort up front.
“The consumer won’t program their home to do that,” Jones said. “The average consumer is not going to spend the time to program the dozens and dozens of logical rules to allow the motion sensors to orchestrate lights within their home to give them that experience.”
But if your lights and motion sensors could use your robot vacuum’s map and understand how they’re related in terms of proximity, “that setup of that motion-activated lighting scenario can actually be very simple,” he said.
It’s just one example of how a mobile sensing device could improve smart-home products’ efficiency. Roving temperature sensors could give your thermostat a better idea of how every corner of each room is being heated or cooled. Even if you have individual sensors in your bedroom and living room, they’re still only monitoring a single spot. And iRobot isn’t the only company thinking about this: LG wants you to use its Hom-Bot vacuum as a security camera — and hackers want to use it to spy on you.
There are a few technologies the Roomba 980 series takes advantage of to map your house. To keep track of wheel revolutions and how the robot moves, the vacuum has an odometer, gyroscope, and floor-tracking sensor, which Jones compares to an optical mouse that uses a light source and detector to detect movement. There’s also a smartphone-quality camera that perceives objects.
“Don’t imagine that the robot is recognizing your Ikea chair and using that as insight into where it is in the home today,” Jones said. “You can think of it kind of like celestial navigation, almost.” Your chair will register as a patch of pixels that then figure into a “constellation” of other objects’ pixels, and your Roomba understands its position based on their position to each other. Pick up the vac and put it on the other side of the chair, and it will use the new visual cues to determine its new location.
Right now, iRobot’s vacuums process their images onboard the robots. They aren’t sent to the cloud, and they are discarded once the bot is zeroed in on its position.
“It’s very important to note that of course we take our consumers’ privacy very seriously,” Jones said. “We have very explicitly designed the robot and the entire system with that in mind.”
There was some confusion last year when iRobot’s co-founder Colin Angle told Reuters about the vacuums’ maps and how they could be used in future smart homes; the company had to later clarify it never had plans to sell that information.
“It should be clear that we do not sell customer data. That’s not our business, not how we make money,” Jones said. While he thinks there are potential benefits to your Nest or Hue products having the map, it would be up to the user whether or not they want to opt in.
Of course, we’re very used to granting apps permissions, without necessarily realizing the repercussions of, say, Google tracking your every move. On the one hand, there’s the convenience of the automated home. On the other, there’s the icky idea of six, seven, 15 companies knowing you sat on the couch all afternoon, binge-watching The Golden Girls because they’re all sharing your motion-sensor and other data.
Avots: Digital Trends
