 So we are at Linaro Connect, Hong Kong 2018. So let's meet Sahaj Surub of 96 Boards. You don't want to say who are you? Or me? You have to say who are you to him. Say who are you? I'm Sahaj Surub, applications engineer at 96 Boards. So what are you showing here? So this is basically the carbon robo. We have used our IoT edition carbon. And I've tried to add as many sensors as I can with the... What do you call it? What robo? Carbon robo. So it's based on our IoT edition carbon board. You designed this rover? Yeah. So just below the battery you can barely see our 96 Boards carbon right there inside. That's controlling the whole thing. Which is an IoT board? It's an IoT board and it's running Zephyr. Zephyr, so you're doing all this on Zephyr? Yeah, it's all real time. So this basically has two modes. So the first thing, the amount of sensors, there are six ultrasonic sensors. And there are four IR sensors, so these are presented from falling down and ultrasonic sensors from bumping into anything. Could you hold it up and show it around? Let's look around this under. So the boards, some batteries, some sensors everywhere. This is the coolest looking rover I've ever seen. Have you ever seen a cooler one? No, not yet. So the LEDs are divided into like four and four. So they correspond to the distance of the object from each sensor. So if I move my hands closer it will go red and it will go blue as I move forward. So that's two modes. If I reset it first. This is power bank only. Yeah, this power bank I have a reset button here connected directly to the carbon. So this is now searching for Bluetooth connection. And we'll wait for 10 seconds. It didn't get any, so it goes into an automatic mode. And it just tries to find it. This is so exciting car. And it tries to find itself. And now I can stop it like this and reset it. And then I can get my phone, connect to it while it's searching. And once that's done it gets flashed green. Control it. Can you control it on the floor? Let's do that. Can you put it in self-driving mode? That'll be dangerous. Let's try it. This is, I was just saying, this is the coolest rover I've seen. It is pretty cool. Have you ever seen such a cool rover? I have not, no yet. But I mean, even surprisingly, it's running on the carbon, right? So the 96W IoT carbon. Nice. So now you're in self-driving mode? Yeah. When is it going to start? Yeah. It's so cool. It's not a, it's not a, you need something stronger, right? Yeah. Because it's got to absorb this on. All right. Awesome. So are you going to commercialize this? How much for the rover? You can't find this, the rover and how to recreate the rover. If you visit the github.com. So 964-projects under there. So github.com. All the information is there. Yeah. All the information to recreate it. The bill of materials, everything. The code. So it's all open. So that's awesome. So that's cool. So when are people going to take this and make like a billion dollars out of it and sell it in the market. And take children to school. It should be like a school bus. Just jump on it and it goes directly to, no driver need it. Yeah. Okay. There's some other staff for self-driving cars, right? So what kind of sensors are these? These are ultrasonic sensors. So that's why they didn't work with the plug. But does it work with paper? Yeah. It kind of works with paper. But it's better to have something strong. Yeah. So it's like a word or a metallic object and it works just fine. These are actually very cheap. So that's why I use them. There are many other kind of sensors. So what kind of sensors are these? These are ultrasonic sensors. So that's why they didn't work with the plug. I use them. There are many other kind of sensors that you can use, time of flight or any other ones. And these LEDs, what do you use for that? So that's just... So there are two uses. It shows that it's waiting for a Bluetooth connection and if it gets a Bluetooth connection it will flash green. If not, it flashes red. And when it's actually working as a rover it will actually correspond to the distance of the object. Now one of the reasons these boards might not work because they are at an angle. Yeah. And that just bounces sound. So the sound's coming here and it's bouncing up instead of going in. Cool. So right here people can find this over there, the carbon rover. So let's check. Do you have another project over here? Yes. So this is the Haike 960 VR project. It's basically to demonstrate the use case of the Neon Kimesani. And it's actually running Android. So the way we interface is we use Google's Context Hub Hal and Neon Kimesani's Context firmware and then VR Hal on top of that. So what you get is a generic device and you can run any generic VR as you would run on a smartphone. So it's a VR solution and runs on 96 boards. Yeah. It's a VR... So you don't have to program it separately. Especially for the Neon Ki you just make it as any other VR Android app. So I've made this using Unreal Engine 4. Cool. So what kind of other things do you do? You have this YouTube channel. Yeah. How many videos have you posted? I don't know. I lost count. Hundreds. 400 around. 400, yeah. And all about what? Different boards? Different boards. Yeah. I've started experimenting with some not so famous operating systems that people just create as an experiment. Fuchsia. Yeah. Fuchsia is Google's experiment. You did a video about why you're not making Fuchsia videos. What did you say in that video? Yeah. So what happened was that, I mean, and this is like my own opinion. Let's not, from this point, let's not take it, take me as a Leonardo employer, right? This is my own, like, opinion, right? Let's make that clear. So what happened was the Fuchsia OS decided that they don't want to support software rendering for their graphics. And they only want to support Vulkan API. So that means that no other sort of device works except for the devices they want. So there's very... That support Vulkan API. Yeah. That support Vulkan API. So there's a very specific group of Android devices that work. And even if a device supports Vulkan API, it doesn't mean that it will boot because it's very hard coded in a sense that which GPU would be used. Is it open source? It is open source, yeah. And we'll see what happens. We'll see what happens. But then you run all kinds of weird OS, you say? Yeah. Which one? So I think the very strange one was Temple OS. And I don't know if I'll scream Temple OS here. Is Temple OS... Is that an OS where the only function is to run Temple run game? No, no, no. No? No? What is a Temple OS? It's a very weird OS. I mean, it's hard to explain. It's actually hard to explain. You didn't design it? I didn't. No? And thank God. Thank God. All right. So you did a video about that? Yeah, I did. You get some comments? Lots of comments? Yeah. And like, is there always something interesting? What do you think about the latest 96 boards? The AI stuff? Yeah, it is very interesting. And of course, as soon as I go home, I'll be releasing a few videos of my own on the ones that have been released. I'm taking a few of them with me. Yeah, they should be interesting. Let's say, what all applications we can get in the coming weeks, we'll take a closer look. Can you figure out of apps? Can you... You know how to make AI apps? Yeah. I mean, they have AI already implemented on them and all we have to do is use the API and then make it work. Nice. And I was showing you this during the shoot. Yes. What do you think? I actually really like it because, you know, I'd like a form factor like this. It's really tiny. Yeah, it's actually pretty good. So it's fun to work Ninaro doing all these things. It is. There's a lot of open source. A lot of open source. A lot of 96 boards. Cool guys. Cool guys. Yeah. Do you meet in the chat or what do you do? We meet in the chat. How often? At least twice a week or something like that. Is it open? Anybody can find your chat room or not? No, no. No? Okay. You don't want people to just jump in and say, hey, I saw you in a YouTube video? Yeah. Okay. Cool. See you in the next videos on GeekKill It Hurts. Yeah.