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19 results for “smart devices”
...smart home devices, your Wi Fi router, your thermostat, your lock. There are some advanced Apple plugs. You plug it into the wall. Some of those have very low cost ARM cores in them to do something. Who knows? Your AirPods, your speakers, all of that
27:47 / 28:49
from transcript27:47 – 28:49
...which was a lot less intrusive than a laptop. But now you've seen the Oura rings talking about sleep. But what if that was not just about sleep, but much more than that in terms of health? Right? Secondly, beyond that, you've already talked about so
37:33 / 38:35
from transcript37:33 – 38:35
“How smart devices let nurse practitioners replace expensive allergy specialists”
...using devices as our sort of moat, but also a way to offer effective specialist care. So now you can trust maybe a nurse practitioner with remote supervision for patients that have a smart inhaler.
34:09 / 34:27
tactical advice34:09 – 34:27
...devices or what have you or appendages, if you will, that, like, actually attach to things that you always have that actually can enable that? Any speculation from you guys? Is there a piece of hardware or something that we're going to be wearing or
43:19 / 44:33
from transcript43:19 – 44:33
Hello, AI engineers. We're back with yet another first for the pod, covering AI wearables. 2024 was a very challenging year for AI hardware. After the buzz of CES last January, 2024 was marked by the meteoric rise and even harder fall of AI wearables
0:00 / 1:19
from transcript0:00 – 1:19
...devices here in parallel that'll automate in a second. On top of it, we have a real time assistant. Pete Steinberger said that OpenClaw is not intended for nontechnical people, so we've been trying to approach it from the angle of mobile devices and
43:11 / 44:35
from transcript43:11 – 44:35
...be so many devices, whether they're integrated into watches, jewelry, wearables, twenty four seven recording. Same thing with glasses. Glasses will be able to detect if a scene is changing. You gotta record every three seconds, little snapshots, litt
39:41 / 40:50
from transcript39:41 – 40:50
...devices because computers were not built for that kind of workflow very well. Certainly, a UI like ChatGPT is wrong for it. But this idea that you can have a device that is sort of always with you, but able to go off and do things and get microsteer
30:33 / 31:46
from transcript30:33 – 31:46
And the way you interacted with it was go up, flip some switches, pull some plugs, and stand up and touch it. Twenty five years ago, the first half life, you basically have the dominant form of computing is a personal computer. It is on your desk, Yo
26:57 / 28:06
from transcript26:57 – 28:06
Right? I don't, I I think that the usage patterns are perhaps very different for the next generation of, you know, the the intelligence in your hand. I think it's a hard thing to pull off. Another reason that you could believe in a new hardware devic
44:30 / 45:41
from transcript44:30 – 45:41
I I don't I don't think it's apples and app apples to apples enough. I mean, I I agree with you where, it's clear that Snapchat is making an investment and trying to become a little bit more of a hardware company, and now Google's following in suit.
59:13 / 1:00:16
from transcript59:13 – 1:00:16
“There's probably in most houses, especially in the Western Hemisphere, there's probably at least 20, if not more, ARM based processing units around you, whether it's in your headphones, whether it's in your TV, whether it's in your washing machine, whether it's in your car.”
...in your smartphone. Right? So that was a great learning ground for me, and, also, it helped me understand fully the supply chain, the global, the regional impacts of technology innovation.
5:04 / 5:40
Business Mechanics5:04 – 5:40
...this. We all think about devices in the context of
48:42 / 49:52
from transcript48:42 – 49:52
...imagine devices like that. So it it's hard it's hard to predict. But the thing that I almost feel confident about is that the phone will look so different. I mean, when we think of our smartphone, it's basically a computer with like a phone app in it
53:58 / 55:05
from transcript53:58 – 55:05
in terms of the limited capabilities but the inspiration of this will we look back on at this moment in time. In other words, a device that could go a thousand x in its capability, but providing the same similar functionality. In this case, being abl
48:05 / 49:07
from transcript48:05 – 49:07
...devices like that. So it it's hard it's hard to predict. But the thing that I almost feel confident about is that the phone will look so different. I mean, when we think of our smartphone, it's basically a computer with like a phone app in it. Right?
53:14 / 54:57
from transcript53:14 – 54:57
...it to any any smart home device. It's an open protocol. They can put any speakers on it. But where they place the microphone matters. They might have multiple arrays. You know, one in your living room, one in your nightstand. The agent, you know, can
22:29 / 23:33
from transcript22:29 – 23:33
...this mix our devices to do things, like I said, I don't know how to fix a car, but if I have to, I put on this gongle or glass, and suddenly I'm guided to do that. But there are other types of agents, namely robots, any kind of robots, not just human
35:32 / 37:02
from transcript35:32 – 37:02
...as the smartphone slash whatever the smartphone evolves into, be it, you know, AR glasses or or wearables and watches, I think it'll be probably all of these things. As that technology platform matures, the table stakes for that level of supply chain
49:30 / 50:30
from transcript49:30 – 50:30
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