 So we're here at CES 2015, and this looks really cool. So who are you? Hi, I'm Richard, CEO and co-founder of Jaroptik. Jaroptik is a company that manufactured the 360 cam. We developed that a year ago and now we're showcasing it at CES today. Did you launch on some Kickstarter or something like that? Yeah, we did a Kickstarter that did that on the July 4th, that was our financial independence day. We did 1.4 million sold 4,000 units online worldwide, 45% of our customers being in the US. 4,000 units are bought by Kickstarter users? How much did they pay? They pay on average 370 USD on average. The product started at 249 for the super livers on Wentmore. 249 with the early early guys? Early early early. And then retail price, what's going to be? So that is going to be 499, it's almost the same as a GoPro. Just a big difference, it's capturing everything in 360. So each of them has like a third of 360, 120? No, each of them is having 185 degrees, so it's actually watching backwards. The lenses are slightly tilted, so it allows us to capture everything around from top to bottom, 150 degrees, 360 degrees all around. 150? No, 150, yes, from top to bottom. Three eyes, three ears, three microphones. We don't only capture surround video, but we also capture surround sounds. We have inside also a GPS, gyroscope, so that if you do that kind of thing, we stabilize the image. The idea is we're capturing a sphere, if the sphere is not moving left to right, then the sphere should not change. You have different mode, if people wanted to move or not? Yes. So you can take like digital still with that, you can do burst, you can do like time lapse. Video, video comes in full HD, so 1080p equivalent, it's 2048x1024, 30 frames per second. Photo mode, it's 4K, 2K up to 3 frames per second. You'll find exactly the same stuff you will find on a regular camera. You do have like tripod mount, you have like the micro USB inside. We have micro SD, we have a one hour continuous shooting. We use SD micro SD card, 64GB, that works. Alright, so what's the response been here at CES? It's been great, very tired. Very tired? Yeah. That's great. And so it hooks up to the VR, like this. So basically any VR headset? Yeah, so here we are using like Oculus. It can use like Google Cardboard, we have plenty of them. Like Mario is making friends with... This is your 360 video recorded? Yes, it's from once 360 degree videos we've been recording in the past. Here we are in... Speed up? Yeah, this one is speed up, yeah. This team is actually having fun in a roller coaster. And actually it's real time, real speed. So, does that mean it's 360 3D or what? No, it's not 360 3D yet. I mean 360 degree video is already enough to be able to capture everything around you. It's pretty new, many people that are coming here at CES never saw 360 before. So 360 is already first step, 360 3D probably going to be the next step. You can already enjoy like regular 2D 360 degree VR headset. That works great and it's a very nice experience. If you wanted 360 3D you would need a double the amount of camera or something else? It's more computation, it's different design. Let's go around here. So, people are trying out the VR and you're showing a ball here? Yeah. Who make this technology? So that's one of our friends, they're based in UK. They do 360 degree video projectors and that's one device that we showcase here. It's perfect for what we do, we capture a sphere. Well, guess what, they have a spherical screen and that's what we need. And YouTube 360 is coming out? Yeah, we announced that on Sunday. What did you announce? We announced it, they allowed us to announce that on Sunday. They confirm which is going to be great. It's going to transform our users into ambassadors. It means you can take 360 degree videos, upload them to YouTube in 360 and show your world in 360 to everyone. So, it's not about capturing your life in a frame anymore like you're doing with me, with your camera. It's about capturing everything around. It's one movie, one million story. You look at a movie in a different way, we look at it. That's the future of 360. You don't have Wi-Fi built in? We do have Wi-Fi, of course. So what does it do with the Wi-Fi? Wi-Fi, live streaming to the Oculus. Let's say next year you don't come here, just send someone that goes with the camera through the CES and just wear your virtual headset. You'll be able to navigate CES the same way you would be there. How long is the battery life? One hour continuous shooting. But there's micro USB? Micro USB, so you can have battery pack. Yeah, you can have battery pack. You can change the battery. I can film the whole day. You can film the whole day. I can stream the whole day to YouTube 360 live. You can stream the whole day. Oh, we do have also like a light bulb attachment. So if you want to do streaming, just plug the light bulb attachment on the back and it does get the power from the socket and it's streamed in 360 all around 24 hours a day, 7 days a week if you want. How big is the battery inside capacity? It's 1.3 ampere, so 1,000. 1,300. So if I have a 12,000 extra battery, I can last for 8 hours. And then I can live stream through Wi-Fi through the phone to YouTube live 360. You got it. So people can see, they can look around the whole day. Up, down, all around. But there's no data connection by cable. Only Wi-Fi, right? Only Wi-Fi. So we do have attachments. Same thing. I'm doing something. I'm opening the product. Is that secret or not? No, not at all. Oh, let's see. Battery. Well, that one is secret. Normally it's closed. But here we have like other attachments. Here we have the usage which is like GoPro-like. One other one that has a network cable, RG45, that allows you for example to do real-time streaming but in a steady way. It's using like power of a internet to get the power. Like in a place like at CS where Wi-Fi is completely jammed by the number of devices that are streaming, you would definitely prefer to do streaming over a cable. Well, guess what? That's what we have. So where do you connect the cable? So, let's go. Let's go. Oh really? Let me show you. You have it showing. This and this, exactly the same product. Just the usage that is different. Here you're having like a internet, so power of a internet base. It's exactly the same base as the one that has USB, just it's different connector. So this comes as an accessory. That's what you use. Live concert, security anytime, anything you want. And good bandwidth. Yeah, and good bandwidth. Same stuff here. If you don't get like 24 hours a day, 7 days a week or set up a temporary home video surveillance and any cam or anything like that, we'll just use the light bulb attachment. It's basically like an iPhone charger taking like 110 volts, charging it to 5 volts. So every dining room table needs to connect this instead of the lamp. Yeah, for example. Or add another cable next to the lamp. Yeah, yeah. And then you can just record in 360, every single dinner, the family. Completely, yeah. And watch it again in 12 hours. And watch it again, live stream. All right. One thing, like this is waterproof, 30 feet, 30 minutes. It's issue if, when you go to the swimming pool, you put goggles, right? Well, your camera does need it too. The reason why we're doing stitching inside, if you want to preserve actually like the field of view and not having like any stitching line, we develop those goggles that you put on your camera that will actually preserve the field of view. So little goggles. Goggles. And they go how deep? They go 30 feet. 30 feet. That's like 10 meters. Yeah. What's going on on this one? This one is the same one as this one. It's just like the blue version. Nice. So optical image stabilization. That's next, what? Next. Optical image stabilization. I'm capturing a sphere. It's not in there, no? It is. There's optical image. No, not optical. It's digital. But there's no need to do optical. We capture everything in a sphere. So the sphere is all around. If I do that... It stays. The sphere is still there. The sphere did not move. If I do that, the sphere moves. How can you do that in hardware? Can we look inside again? Do you want to talk about it a little bit? This is French magic. So you have some really good design in the CPU. SoC is good? No. We use our own IP, our own stitching IP. It's FPGA-based. You have an FPGA in there? Yeah, we do. All right, that's cool. Very tiny. So that's powerful. It's very tiny. Little power, low memory. But why is there display on the side? That's not true, no? Yes, there is a display. You even included display. Like an LED display. LED display. So it's a little bit like Nike Fieldband. You've seen that. The LED display comes here. Let me turn on the camera a little bit. And as soon as it's on, I'll show you. So it boots up some kind of Linux or no? Linux, it runs Linux. But it looks so nice. Like small, cool design, right? Yeah, yeah, yeah. Like 360. There you go. Let me see. One second, one second. Nice. So 360, what does it show? Why does it show 360? Because now it's booting. It's coming to 360 degrees. That's why it says it's a 360 cam. What does it show? I don't know if that one goes after. I think it's just demo going to 360. All right. So it just shows 360? Just for this one? It shows the battery. Oh, that one. That's the real one, actually. So it can go to video, photo mode, burst, time lapse, settings, go back to video. Let's say I want to just go to photo. Here's the moustache. The moustache is for lift drivers. That's because we're French. You're French, OK. So what's your background? Chemistry. Chemistry. Is this the first consumer tech business? No. How can I say? I did chemistry. Chemistry is everything about like taking some stuff you know, mixing it together to make some stuff you don't know. Well, guess what? Creating a 360 degree device like that is a bit the same. You know camera, you know how to do 360 degree. Well, how to make a 360 camera? Well, you try. You fail, you fail, you try, you try until you succeed. How long time did it take to make this one? 12 months. 12 months? Yeah. So you are fast guys? Yes. So that means when did you launch the Kickstarter? So we launched the Kickstarter in May. We started developing this product on January 15th last year. We had prototypes working on the May 20th when we launched the campaign. And we started my production. I was about to ship in Q1. And there's many samples on the web, people can see. And it's great shape, the stitching is perfect. And it's getting better and better. So that means you will update the software? We do update the software. We do our own lenses. We do our own electronics. We do our own firmware. We do our own mechanics. Everything is all made. I often say like lock us during six months into a room, just give us pizza and beer and we'll get a device all over. Is the stitching dynamic based on what's in front of the camera or is it just a geometric in the middle of both cameras? It's a brainless camera, but that has intelligence. So it will kind of choose the right camera for the right object? No, it's... I can't say. Kind of. All right, but looking forward also to the 4K version I guess. See you next year. That's going to be cool.