 So we're here at the IC RealTech. Who are you? I'm Ivan Unuchin. I'm a product development engineer. So I'm here to represent our new cameras. And you make these cameras, these interesting designs. What's going on? What is this? Oh, each camera. Each camera has two lens. Each lens, they back to back. Each lens is kind of fisheye. So it captures a little bit more than who is here. And at some moment, the two hemispheres start interwapping, overlap each other, and we merge these videos together. How do you merge? So they have a special software stitching algorithm. This is kind of like our IPM. So it's merging the pixels. It's merging the two images together in one continuous video image. Is it perfect merge? It is perfect merge at certain distance. Of course there are parallax effects, but it's technical. Does that mean this is 360 cameras? It's not 360. It's 360 by 360 in any direction. It's 360 by 360. It's everything. It captures everything. All the way down. It's virtually no blind spot. A little bit under it, right? Virtually no blind spot. Yes, every camera has its own impact of blind spot. So this is no blind spot 360, 1080p? Or what? No more. You don't do 4K, no? It is actually the final image. It depends on the camera resolution, but this image is about 4K resolution. Outstream currently. Not video. But we can do 3K by 3K each sensor. So in total it's going to be 18K. How many? 18 megapixel, sorry, 18 megapixel. 18 megapixel. 18 megapixel. By 3K, 18 megapixel. For photo? For video. For video? For video. Yes, that provided tremendous resolution. We don't do 18 megapixel video. At the moment we do not do, but at this moment we do 8 megapixel video, which is kind of 8K. Or 4K image. It's 4K. Yes, it's 4K. It's exactly 4K video. Exactly, exactly. Let me show you the real sample. So here, for example, let me select something. Now let's say the onboard camera, which we done for Formula E. And you can see camera over there. It has two sensors on the side. And you can see everything around. You can see the car. You can see people around the car. This is us talking. So you can see all the way up. From there. From there, all the way down. From the top of the... Yeah, from this car. From around this little thing there. Exactly, exactly. And we are going around with a video at 4K. This guy is there right by the camera. This is really high quality. Yes, yes. You can barely see stitching. The stitching is in the middle, right? Yeah, by the time we release the camera it will change the lens. It will be more perfect at the edge of the image circle. And it goes all the way down. All the way down. As much as possible. You can see the driver. You can see the driver. Let me show you a different video. This is actual. This is actual Formula E footage that we captured in Uruguay. So the driver, driver. Yeah, driver sitting here. But you can see again. So you can see all the way up, all the way down. Literally anywhere. It's better to show you our interactive experience. It's crazy. So let's say you put the camera on the helicopter. Okay. In the cockpit on the helicopter. You can see all the way up. All the way up to the sky. All the way up to the earth. You can zoom in. Zoom out. You can see people in the cabin. So you always put the cameras to the sides and have the split in the middle. For example, we integrated camera in the drone. If you fly in a drone, you almost do not see any drone. So see the drone just started. You can see all the way up to the sky. You barely see the leg of the drone in the propeller. It's like your mind is flying. You don't have any VR headsets at the booth? We have VR headsets in the booth. But I think it's not activated yet. So this design like this? What is the idea? This is for baby monitoring. So they have little rockets? It's the same idea. But the problem that the baby is crawling around the room and most of modern cameras, they cannot monitor baby everywhere. And our camera can see it everywhere. As well as our home model. It's like a drop cam, the same concept. But in comparison with the drop cam, it monitors all the windows and all the doors at the same time. If any movement happens in any area, in your room, any door, any window again. It will send you a snapshot. The best way is to have a small area, a puzzle in between the two. You get a better image, no? Yes. Then the parallax will be less. How small is the smallest one you have? Smallest one. You can go, I think, up to maybe 30 millimeters between the lens. 13 millimeters. 13. 13. Yes. What is that about? This is just for the demo. So we have these egg chairs and we have beautiful girls which sit there and they start spinning. It's spinning. Just to show interactive experience that we have in our cameras. Not this style. So this is the smallest one? This is the Pro model of our camera. It has a little bit more electronics and a better lens, better sensor. It will be occupied with IR. And it has, most important, if you have a much better software, much smarter analytics inside. There's a face recognition, particularly in the other... What's the face recognition about? Face recognition can store the database of people. So the camera system, one can identify, for example, if this person has appropriate access rights to access the certain territory. It can have a border crossing capability. If someone crossed the border, then it can send a signal. So what is your background? My background, I'm actually the software engineer. Do you work for the Russian spice company? Spice company, no, no, no, I never work. The best case, I was working for Russian Academy of Science. The Russian what? Academy of Science. That's cool. Yeah, and I was a teacher. So how is this different from the other one? Do you have a Pro and not a Pro? Pro has a better sensors. Pro will have a better lens. Pro will have a much better software. This is a special kind of analytics inside. So is it $109? This? No, no, no. This will cost a couple of more than I think $1000. We will see how much. So it's not so cheap? The price for Pro model is not identified yet, but the cheapest model will start from $399. $399? Yes. Which design? I think it will be in the baby monitor or home, early home. And a little bit more about the name of the camera. You know, in the past, people make photos of each other. Then they start making selfie, like selfie. And later, when we make our camera, people will start doing Oli. This is the name of the camera, the Oli. So what's Oli? So what's the CPU inside? Secret? No, it's not secret. Welcome Snapdragon chip. Really? Yes. That's why camera has integrated Wi-Fi. It's the same basically capabilities. That's why you look 4K? It's the same capabilities as your cell phone. And it can be even upgraded to 4G, having 4G model inside. So it will stream from any point. You're going on the beach, you put the camera on the beach, and it will guard your clothes this way. So that means you have 4G possibility? We have a 4G possibility. Yes, but not in this camera. Not for a 399? Of course you have to have a more advanced model. That's why I'm saying that the starting model will be 399, but more advanced model will cost more. And Formula One model? Formula E. Formula E is a new racing series, which started in September. Formula E, it's an electrical racing car. Completely, they're coming to Miami, I think, in March. And they have a race this week in Brazil. So we have our camera located on... This week in Brazil? Yes, this week in Brazil. So you have to bring it to Brazil, this one? No, no, no. This is the prototype that Qualcomm gave us. This is the one you have in your office? Yes, this is the model that Qualcomm gave us for the show. Because we parked in... It slows down a little bit, right? What? It slows down a little bit for the camera, no? But every Formula E has a camera anyway. So the same size as... Racing cameras is a totally different world. And the most important problem for the racing cameras is transmission. Because you have to transmit videos, which is high bit rate. And it's very, very difficult in the environment. When the car is moving fast, a lot of people using different devices, different 4G devices. So all the radio bandwidth is basically occupied. So the transmission problem is still remained. But anyway, we can do recording and keep this for recording and for later review. And let's see over here. So that is showing inside? Yeah, this is Simplified inside. Qualcomm Snapdragon? Yes, Qualcomm Snapdragon. 805? This model currently has 800 chip. But the one which I show you, the little ball will have 805. 805, 810? 810, it's coming. So I think we will release our camera early that 810 actually hit the market. Because 810 will do 4K, H265? H265. Again, this is the tricky because it will do H265 hardware accelerated playback, but not encoding. Encoding, H265, they told me. Encoding, they told you encoding. Yeah, H265. Interesting. Let's look at this more. Right now, it's only H265 decoding on 805, right? But we need to do this for two sensors and two 4K sensors. I'm not sure which will be. Because yes, we have two sensors in the camera. You cannot combine them into one 4K stream. Then it's going to be almost 8K, which is... 3K and 3K is 4K. I'm working in this area. I know it's hard. And also remember the amount of heat that is producing while the camera is encoding all these images. That's why all... We'll explore, we'll explore to do H265 encoding with... They told me it's lower heat. Because the 805, it stops after 5 minutes when you record 4K. Because it gets too hot. Yes, yes. But hopefully they fix it with 80810. You have to apply some advanced techniques to manage the heat. So you will have a limit in the length of the video? In fact, our cameras, they work for several days without stopping. So we're doing the recording for several days, but we're using the special hardware to do this. Regular cameras, they will have internal SD card, internal memory and SD card. So if you're doing recording on SD card, it depends on the resolution. On the resolution, the quality of... When we say we'll show a couple more videos. Let's say this one, it's show the use case of party. It's the most important. You put... I think so. Because you want to have a living room or dinner table experience where you record the whole family. Everyone, everyone, yes. You can see what everyone is doing at which moment. If something is told, then you can easily find this. And... This is the most... This is going to be the killer app. You need to have this always running in the middle of the family. So you can turn your head, you see the grandmother, you see everything, you know? Yes, yes, it's very good. Another example... You have it already at your home? No, I don't. So how has it been at CES? Oh, it was very, very busy. And what is important is that all the major companies, they came to our booth. We got a lot of connections. And I believe that after the CES we become ten times more stronger from any position. From the business position, from the technical position. Many top-level companies, they're advising the help, they're advising different solutions. So now we can do ten times more, ten times more. And on the business side, I think the business people will tell you, but we also got a very good feedback. So what is the stage right now of the company? Is it a new company? The company, I cannot say it's new because the company has more than... I think it's more than ten years of experience. What have you done before? Professional surveillance and security cameras. And the company is Serial Time, which is the parent company for Serial Tech. It's selling hundreds of thousands of cameras every year. But it's a regular security camera. Now we decided to touch the consumer market with our new technology, new solution. So we've done the research for more than ten years on airing this site. There's different technologies, including this one. So we have a very strong team of software developers and hardware engineers. We're working with the major companies, as I said. Are there software developers in Russia? Not all of them, not all of them. But the core team is located between the United States and Russia. Where in Russia? Where in Russia, I don't think people know this. It's not Moscow? Not Moscow. So somewhere in Russia? Somewhere in Russia. So I really would like to have a 360 4K camera that just films from right here in my steadicam. That'd be awesome if I had a 360 camera that streams 4G, LTE, 360. You can deliver that, right? Yes, because as I mentioned, we've got a lot of contacts now. We're also working on high definition, high quality video cameras for production. So we'll do this for really like a video production, guys. We're streaming even at the fair and have a view around, see everything. You don't need to... With VR. With your camera like this. You can do everything at once. But then people will see you as well. It will be more like a live communication I think. People talking about and everyone can see each other at any moment. I have no problem people seeing me. It's okay.