Source : Cnet
When the Nest Learning Thermostat burst into the smart home market nearly a decade ago, it seemed poised to change how we saw smart home tech: Lindsey Turrentine, CNET’s editor-in-chief at the time, decided to buy the $250 (!) thermostat within a week of trying it out. The sell? Nest would learn over time to set itself according to your comfort and budget. It was the promise of automation realized — a home that truly takes care of itself, and you.
But a few years later, another device called the Amazon Echo strolled onto the scene. At first the smart speaker couldn’t do much, other than house the digital assistant Alexa. Even its developers didn’t fully grasp Alexa’s potential at the time of its release, Amazon’s VP of Software for Devices and Services Robert Williams recently told me. Yet by 2020, voice control has become almost a prerequisite for smart home gadgets, and Alexa boasts integration with over 100,000 devices.
These two approaches to the smart home space are necessarily in conflict: automation aims to cut out your daily around-the-house tasks, while voice assistance changes the apparatus for accomplishing them, instantiates your active role in them. Alexa and Google Assistant are winning this battle, and for good reason: they offer a more inspiring vision of the future.
The promise (and problems) with automation
I like automation in theory: a house that does everything you’d expect, but cuts out many of the small touch points that take up your time. It sounds like a no-brainer. I hate running through rooms to switch off all the lights while my 2- and 3-year-olds whine at the front door because they want to get out of the house. I hate coming back to a cold home when I’ve turned down the thermostat for a weekend out of town. I hate bumbling around a dark house to get my sons their sippy cups in the middle of the night.
While a handful of devices help mitigate these particular pain points — most directly, the Nest smoke detector’s motion-sensing night light and the Thermostat’s learning features — true automation that goes beyond those problems seems far off. I’ve tested motion-sensing smart lights and Bluetooth-enabled smart plugs, but home life is often too fluid for devices like these. More importantly, someone still needs to do the automating.
When we buy our phones and laptops, we expect them to already be programmed for us. Yet if we want automated homes, we have to do much of the “programming” ourselves. Nest’s Thermostat stood apart from the crowd by “learning” from how you used it, but the majority of automation on the market today requires you to take the time to set up your own routines: “When I open my garage, turn on the lights and open the blinds,” or, “At 11 p.m., turn off all lights and lock all doors.”
These routines really are helpful, but setting them up and keeping track of them is a pain. Plus, exceptions to the rule always turn up, and getting locked out because you took the garbage to the street late one night isn’t fun (yes, I’ve been locked out by smart locks before, along with half my office mates). And those annoyances don’t even take into account the frustrating idiosyncrasies native to many of the platforms for setting such routines. (Works with Google Assistant, for instance, doesn’t even let you delete routines.)
Most fundamentally, though, home automation faces a problem of philosophy. Automation looks to all the things we’ve done in our homes in the past — opening shades, toggling lights, locking the door — then asks how to make those things effortless. Alexa and Google Assistant have always been less concerned with what we already do than with what we could be doing. It’s a more forward-looking approach, and that resonates more with people chasing the future.
Salvaging the promise of automation
Alexa Guard was a simple software upgrade, but when it hit every nearly Echo device in 2018, it also provided a crucial insight into the future of the voice assistant in the home: The feature simultaneously listened for break-ins, automated connected lights to simulate an occupied house and communicated with security systems such as ADT. It wasn’t a feature any great number of customers were begging for, in part, because few of us had imagined such a thing.
Automation has the potential to be banal (switching on lights when you enter a room) or to be visionary (attempting to diminish the chance of break-ins and improve their outcomes). The same imagination that produced a voice assistant, which felt like science fiction a decade ago, is starting to infect how companies think about automation.
The kitchen space offers plenty of examples: a new breed of smart kitchen appliances, for instance, is working to automate multiple steps of cooking — comparing the contents of your fridge with online recipes to select ones you can cook, preheating the oven automatically once you start prepping, or even using cameras to tell you when your meat is fully cooked.
These more recent examples of automation give me hope: that as our homes become more intraconnected, and more connected to us, developers in all areas — not just voice assistance — keep their eyes forward, less concerned with optimizing how we live than redefining it.