Late last year, former Apple designer Imran Chaudhri and former Apple software manager Bethany Bongiorno launched one of the first AI wearab
They had planned to sell 100,000 of these in the first year, only sold about 10,000, and of those, about 3,000 have been returned, outpacing new orders.
Everyone who reviewed this had the same comments:
It's clunky
It's expensive
It's slow
Who is this actually for?
What problems does this actually solve?
Humane ignored all the feedback they had from friends and family saying it wasn't ready, and launched it anyway.
MKBHD (Marques Brownlee) called it "the worst product I've ever reviewed."*
Now, in theory, something like this might be a success someday, but it has to solve a real problem, and the user experience has to be seamless.
Smartphones and laptops engage multiple sensory channels to provide deeper feedback to users. You want to always be able to show system state, and as much information as the user needs.
When you limit the interaction modes to:
a low-resolution projected display
a "bodycam"
tricky spatial gestures
speech recognition
...you're automatically reducing the bandwidth of information you can give or receive, and that greatly reduces the speed, fluidity and fluency of the user experience.
Flaky data connections makes any of the "AI" features very slow.
As many of us often comment, we can read much faster than a computer can speak, so we prefer to display longer chunks of text on screen. Spoken interactions are tolerable with short responses, or spoken prompts at specific times (like turn-by-turn directions).
At the moment, most of what the AI Pin does can be done much better by any current smartphone, because users can interact with apps and phone features with much more fine-grained control.
I don't know that there's a market for a "screenless phone," really, outside of really niche applications in industrial use or maybe for navigation.
*Plus: Their choice of a projecting laser display often caused the device to overheat; and they had to recall the charging case as it posed a fire risk. And since they can't be de-provisioned from the cell networks they're attached to, they can't be reused; they're just e-waste now.


















