 So here we have an 8k 360 camera live streaming. That's right my name is Jeffrey Martin from LabPano. This is our second camera on the market. It's the smallest 8k 360 camera on the market. We have a cloud live streaming solution so you stream directly from the camera to the cloud where all the stitching and distribution is done. There's four cameras around? Yes, it's four cameras. And it streams to your cloud solution? That's right. It also has a vSlam algorithm for shooting virtual tours that can be automatically placed. Each image is placed correctly within each other image and it's built on open Android system allowing developers to build their own applications. Open Android. You say Android? Yes, it's built on Android and it's an open SDK so people can build their own applications. So what would be the application? That means it's running Android right now? Yes. What application you can put on there? You might want to have a certain way of shooting with certain settings and you might want to upload the photos or videos to your own service. So for example when you talk about vSlam is that something to do with creating a 3D world out of capture? Well the camera knows when you take one picture and then you walk a few meters it knows how far you've gone so then when you have the virtual tour you've got like a link from one image to the other and it knows exactly where to put the link from one image to the other so that they're you know spaced correctly. Like street view? Yes. Is it possible to create a 3D environment out of that? Not in the camera, no. But on your cloud or something on that? Maybe? Not yet. Different. Maybe later. How does the camera know exactly how much has moved? There's like enough sensing going on there? So there's a onboard IMU accelerometer device and using some sophisticated AI algorithms we can figure out how far the camera has moved. Like step counter? Sort of. Is there any way to do it more precise? It would be nice to be exactly precise to know where you put the camera. I think it's like a centimeter level positioning. Oh. So lab panel. Yes. It's got to do with panorama. Yes. But it does video. It does video as well. It does up to eight cameras resolution video. This little one right here. Yes. Is this a different one to be one there? That's our first model. Well, I think we'll know how to get back to turning it off. So, this is our first model. What? That came out last year. So that's just a small version you have right there of the same? It's quite similar but a lot smaller than this one. There's a screen just to see one of the sides, right? Oh, you can turn the whole. So it's live stitching on the camera right there? Yes. But what is a different kind of stitching you can do in the cloud? In the cloud it's stitching 8K video which is a pretty intensive task. You can't do that on the camera? No. So that means when you record 8K you can't see anything? When you're recording 8K video you can have a live preview. But not 8K, so it's going to show a lower version? Well, the screen isn't 8K so it doesn't really matter. It's showing you a live preview on the camera of what you're recording. Can you set it to 8K? Sure. So you do 8K, 7K, 6K all the way down? Yep. 24 frames per second. That's right. That means you have a really good, what do you call those, FPGA or something? How do you make it work? Well, there's a sophisticated chip in here and LabPano's been for many years been a leader in building panoramics stitching algorithms on low-level hardware. So this is their core confidence. What I'd like to see is 8K 360 video conferences. That would be great. So you'd stream from one to the other and you're both in the same room. You couldn't wear a VR headset and you are entered 8K world life. But is there like lag and all this stuff happening when you want to stitch 8K? How much lag do you get? It's less than one second. The whole way to the first, to be less than one second. Yes. It's like pretty good. Yes. I thought it would be like 15-20 seconds. No, no, no. So you can pretty much do that, right? Yeah, it's possible. Right. Is it for sale? We're announcing it today. It's shipping in February. Is there any price yet? We're announcing the price at CES. This is CES, no? This is CES on sale. So we have before launch. Yes. We've got to wait a couple days. But I'll link to it right there. It'll be a good price. It'll be a good price. And what other stuff do you share in here? Is it different accessories? This is a GPS device. This is a 5G device. So you can live stream 8K over 5G. This is a waterproof case. It goes inside. And this is a protective case, if you're going to be knocking it around. And do you capture everything from the floor to the top? I mean, does it go all the way up? Yes. You can see on here, it goes straight down, straight up. Yeah, it's totally spherical. Can you say you've been doing this for a while? Yes. So it's not a new company? No, it's not a new company. So how long have you been doing this stuff? For about 8 years. So not just one, but a bunch of previous companies? The company was originally building panoramic stitching algorithms for other companies who were making their own hardware. Is it also in Shenzhen? Yes. So that's the place where everything is made, right? That's right. Shenzhen is pretty much. Everything is made in Shenzhen. The real Silicon Valley. Alright, cool. And does a lot of competition happening in the 360 camera world? How's the market? Because it seems there was maybe a little bit of a hype 2-3-4 years ago. And what's going to happen in 2020? What do you think? In 2020, I think there might be a couple of surprises at CES, but I don't see any new companies entering the market in 2020. I think the market is sort of stabilizing, and we're seeing some more mature cameras from existing companies.