Why Alexa Is "the" killer app
The 1960s vision of living in George and Jane Jetson's house has not been realized at scale. While it is possible to build a smart home where everything from the window shades to the television to the HVAC are self-aware and work in a perfectly balanced, AI-controlled, automated way, in practice, it's just too hard to accomplish. Devices really don't talk to other devices -- at least not in meaningful ways. This is especially true if you try to mix devices from different manufacturers. The internet-of-things industry has been waiting for a killer app, an app like Apple Homekit or Google Home, but neither of those has delivered on the promise of a "grand unified smart home universe."
Enter Alexa … the Killer App for IoT. If we learned anything at CES this year, we learned that anything that can be connected to Alexa will be connected to Alexa. That truly changes everything!
Creating interoperable technology is not an evolutionarily stable strategy for most IoT manufacturers. The margin is in the ecosystem, not in any particular piece of hardware. However, by adding AVS functionality to a device, it instantly becomes pseudo-interoperable. Voice control is the killer, unifying app for IoT, and, at the moment, Alexa is the biggest name in voice control.
What makes a device Alexa-compatible?
Smart devices are controllable (mostly with apps). If there is an app to control your smart device, it is likely quite easy to build a "skill" for it. Skills are apps that allow AVS to take the place of the manufacturer's app and directly control the smart device. So you could say, "Alexa, tell Crestron I'd like to read in the bedroom" (for your Crestron) or "Alexa, set downstairs thermostat to 70 degrees" (for your Iris Smart Home System). This way, even though Crestron and Iris have nothing to do with one another, you can control both with your voice.
Anything that can be connected, will be connected
Amazon is also making AVS available to other manufacturers, so Alexa will soon be built into many other systems and devices. Smartphones, cars, appliances ... pretty much anything with a microphone and a speaker can be AVS-enabled.
Room for improvement
It's early days. Alexa is awesome for controlling independent things that would not, in other circumstances, talk to one another. But your thermostat has no idea what other smart devices are in the house, and neither does Alexa. Is the smoke alarm, CO2 sensor, motion sensor, security camera, or water leak detection alarm activated? Alexa has no way of knowing. At the moment, its control is limited to on/off commands and a few simple, one-way instructions.
There is a huge opportunity for Amazon to add an intelligence layer to AVS, or let other companies create them. When a little machine learning or other type of intelligence is added into these self-assembling Alexa-compatible ecosystems, we're going to live in a Star Trek universe, not George Jetson's.
And then …
Google Home, an Echo competitor, works with a completely different set of protocols and has different wake words. Alexa has a head start, but Google is very likely to catch up quickly.
An Echo in the living room and A Google Home in the kitchen and hijinks ensues! Will you need to learn to speak Alexa, Google Home, Siri and Cortana (even if you don't work for Microsoft)? There will be room for a meta-service, acting as a translator, here somewhere.
Uses for AVS and Alexa are limited only by our imaginations. It's easy to see the value of voice control in many ordinary situations. That said, there are social, moral and ethical considerations that will have to be addressed. If you teach a 5-year-old to speak to Alexa, will you have to reverse English syntax to engender civility? Alexa is the wake word. So you can't say, "Thank you, Alexa" when Alexa performs a task; you have to say, "Alexa" (to wake it back up), "thank you." It's English, but not really how you want to teach a child to respond. "Here's a candy bar." "Dad, thank you." It looks OK in print, so go ahead and say it out loud: "Reader, thank you."