 Alright, so we're right here at the CES 2017 here at the Android Authority live studio right here. We've been broadcasting a whole bunch of stuff, right? Tons of stuff. 150 meetings. CES is so awesome. Oh man. One of the best CES's in a long time, don't you think? CES is, every year it's just growing 20% it looks like. And there's no way to cover everything, even with your team, right? There's no way. 15 people can't cover it all. How many? 15. Wow. We need like 150 to cover it all. Actually, I think you need a thousand, because then everyone could just have four meetings. Fun for each, huh? Yeah. And so to find cool stuff, I just come to your live studio. Yeah, they're gone. And then I find something cool. Yeah, come on. So who are you? I'm a fan. Hi. My name is Jonathan Schipper. I'm from GemSense. We're... Yeah, it doesn't say it here. Is it called DSP Group or no? DSP Group is our cooperation. They have a ULA technology with just long range, very low power, and it works on a different band than Wi-Fi and Bluetooth. Does it have to do with DSP chips or nothing? Yeah, I mean DSP Group, do a lot of DSP chips do? Did you invent DSP? No, wait, I'm not proud of DSP Group. I'm showing with them. I have a startup of my own GemSense. Look, this is the chair that we're showing you, the DSP G Suite. That's your chair? Yeah, it's a chair by one of our customers. They're called Novi Style Group from Poland. They make ergonomic chairs. They are masters of ergonometry and the office. And what they came to us to look to put sensors. So we integrated 14 sensors into the chair. You have 14 sensors. Using our platform. You have motion sensors, temperature, humidity, height sensor. You know the angles, the turn. And you can also play games in VR with it for relaxation. So why would you put sensors in a chair? What do you sense? I can show you. I can show you actually. Very easily. We want to see how you sit and help adjust. So you'll be able to work more comfortably over time. So I'll just connect to the chair. I can choose which Gem to connect to. So it's a Bluetooth chair? Yeah, hopefully Bluetooth annually, BLE annually. Hopefully it won't embarrass me now and connect easily. You got an external battery. Have you seen a lot of other... You have an external battery for the chair. You have an external battery? No, oh yeah. Mine died. I don't know. Mine died. So the chair is out of battery? Yeah, I guess I didn't... I can't wait to have more things to charge. No problem. That sounds great. Now I tell you what, this is a solution for it. Usually it will last for half a year even. No, that sounds great. And in the office of my men. Look, we have a USB plug right now. This is the first model that they made. It's the first smart office chair. And so I'll just power it up a bit because I guess we ran out of battery. I'll check it in your next video. They'll cover you after. I'll check it in your next video. They'll cover you after. I'll check it in your next video. They'll cover you after. What are we looking at here? What is this? So this is our development kit. This is the basic board. It has Bluetooth motion sensors and the processor. And it transmits all the data to the smart device. So using a development kit like this, we get easy access to more extensions and a power source, the battery. This is a rechargeable battery. Is it a TI Cortex 10.0? Right now it's a TI processor MCU. It's a different one, but it's still... Our next version is going to be much more powerful, of course. And right now you can do a lot of stuff with it. So we show guns in virtual reality. We show all kinds of smart toys. And this is a base board. Here you got a screen, a dial, a spindle. This was made of one of our Hextons, and it can count spins. So it has motion sensors. So this is like accelerometer? Yeah, accelerometers, gyros and magnometers. On this little board? Yeah, on this one. And you can easily extend it with more sensors or button lids. So in this case, this is a controller we made a long time ago. It's very similar to the Dade Dream Controller. Dade Dream Controller. Actually, more accurate. And I'd like for you to test it, guys. Nice. Cool. So there's going to be lots of your solutions everywhere in the future. Yeah, I tell you here, this is one of our customers. I'll show you a quick example. You prototype real quick on this platform. One of our main advantages, we give you all the SDKs. Windows, Android, iOS, whatever. You start getting data right away. Connect, get data. It's three lines of code. You can see it on our website, dev.gem-sense.cool. Or you can go to fb.cool. That's our Facebook. And anyway, so... Dot-cool. Dot-cool. And you prototype real quickly here. And then you use the same code and the same design to go to your final product. This was used in a ring by one of our customers, OTI. They made a ring that can use payments too. Where's the ring? Actually, this was the basis for it. I don't have a complete one yet. They made a few models, and they launched it last month in New York. Basically, it fits inside. It connects to another NFC model on one side and a notification LED. So you get notifications from the phone and you get contactless payments. In addition to controlling apps and gestures, because we have the motion sensors on board. All right, so it's been a good CES for you? Yeah, very good actually. The chair's getting a lot... It's very popular, you know? No, actually, it's the first office smart chair in the world. We heard about a boy using a few sensors in their planes, but it's not the same. This is totally independent. It connects with long-range ULE technology, which is interference-free, and short-range BLE for your phone. And you can also play a game in VR with it. So I can show you. Really? Yeah, because we already have sensors in the chair. So based on how you sit, you can control like Super Mario or something. Look at it. Actually, we're flying a plane now. Let's open the chair. You can easily see the chair. Wait, it's set in the game. Wait, I'll just go back. Okay, so basically, you can see the chair, and if I sit, I have pressure sensors in the chair and in the backrest, and I can see the angles right away. I can see the turn very easily. Oh my God. I get the height of the chair. How does it know all this stuff? We transfer all the data over Bluetooth. We have 14 sensors in the chair. You can see the readouts like this. And if you want to do something for relaxation, so we put in some cardboard game that you can actually fly with the chair. That's fun. Okay, and if I lean back, it goes faster. Wow, that's cool. Yeah, and this is relaxation in the smart office, in the future office. Usually, you would strap it on with a cardboard. Yeah, but I'm just showing it to you. Is there any chance you have meetings already with the Japanese, like Nintendo? Actually, Nintendo, no. We'd love to meet them. You know, people have called us the Wii of Things. Do you have any meetings with the Swedish, with Ikea? No, we don't know, and we'd love to. Actually, we're doing... You've talked to this guy. That's why you guys had to talk to each other. We have a useful business cooperation. You don't know Charback's? I will, I guess. Charback's the big deal. Yeah, I'll connect you with Ikea. You live in Switzerland and Shenzhen basically, right? Yeah, Switzerland and Shenzhen. Good. We've ever presented in Shenzhen, too. You've been going to China. Yeah. And this guy knows his stuff. Charback knows his stuff. That's cool. What do you do with the tennis racket? Actually, this will be one of our next demos. Just because it's very small, I could fit it in. I fit, you know, the board and the battery next to each other. And so, we can make a racket game out of it and feel that. That's nothing. That's a Chinese toy off the shelf. Same as with this gun, okay? Now you can use it for VR. That's not a real gun, right? That's real, obviously. We took a gun off the shelf. We put the sensors inside and we connected to the trigger. We put a vibrator motor inside, LEDs and a speaker even and you can play games with it in VR. We'll demo it soon on the broadcast here.