 in one side and then the waveguide which is what we build and then the other side is just completely just a regular glass. Is it micro LED? Micro LED. On this side, yep. So that's like groundbreaking. Nobody else is doing micro LED? Not yet, no. Commercial, you make this available? Yeah, so we have it, this is what we call the Ultralight. This is our New York products. Not yet available in the market so we're making this as an OEM factor. But on the market we actually have the real dual display OEM glasses so we can go here this way. So this, you also use the micro LED technology and you see that now there are two eyes. So this is a binocular display. All right, it's got bigger batteries. Yep, so this runs. So the difference is this is just a display for your phone. It doesn't have the battery. It needs to use your phone as the power. Yeah, no, it needs to use your phone as a processor. It has a battery in here. Oh, there is battery. There is a battery in there. Yeah, yeah, that's why you see little pins. Charging mat. This one has 2,000 milliamps of power because it actually, this actually runs Android 11. So this is its own Android device. The other one is just a display only. Yep. For type C. Yes, sir. And this one is standalone. Yep. Well, this is Bluetooth. Not even type C. No need to type C. You can do the display wirelessly. Wirelessly. Yep, that's how it works right now. All right. But this is so compact. What's the display resolution in there? So this is a limited resolution. Right now, this is just the OEM factor that we have to show people what we can do. So this is 656 length by 400 height. So it's around an NVDA resolution. All right. That's cool. Music's here. The Mobile World Congress. Yep. This is the future of mobile phones. This is. So what we see right now is with technology like this. So you are going to completely leave your phone in your pocket. We're not going to replace the phone just yet. You have the 4G, 5G connectivity, the chip sets. So that will stay in your pocket and then you will have your display. Now it will be your glasses. So your notifications, your translations, your navigation. You can check out the LinkedIn and online and you can see we actually were going through Barcelona with the glasses, going navigation, doing live translations, all of that. There's so much potential applications. What's he talking about on the wall here? Enabling AR with innovation. Yeah. So that is about the ultralight. So one of the things that we also do is we all are also an OEM. So we partner with other big companies and what we do is we sell the products with micro-projectors or the waveguides and then they can build their own products. So that is the beauty of what we do. So you enable an ecosystem of smart glass brands. Not only music. Not just music. Maybe you've seen something cool out there and it's actually a partnership. That is it. So that's why a lot of people have heard of music. We've been around for 27 years and that's one of the reasons. We concentrate on the commercial, industrial market. But we also create stuff like this to be able to sell it to other people. And you work with any brand in any country? We work with any brand in any country. Are you happy to work with them? We're happy. We're a multinational company. So we've got locations in U.S., Germany, in Japan, in the U.S., in Latin America and we have distributors all over. One of the things that you've got to understand is any smart glass is nothing without the ISVs, the software providers. Just like your smartphone. Without all those apps in that ecosystem, they cannot do anything. They're just basic hardware. So YDM and GenVision, they're two of our partners. So they do remote support solutions. They do workflows. So it looks like this. The guys are working actually in big factories and Vipka or maybe they're working on repair. So you can use the camera to work hands-free, have an expert help you. We can give you guys a demo. Or you can do workflows. So what workflows does and has done, it allows any person to be trained on the fly. So instead of having to sit them down and train them in a facility, you can send them with a personal market and say follow those instructions and that will be exactly what you're going to do at work. How to repair a machine, how to do maintenance, how to maybe build something, build a new assembly line. And with the power of William, they help us. And you have some that are kind of like optimized for using with helmets? Yeah, so this is our unique design. We call it the rail system. So this is just a battery. So you see the unique rail system where we have dismounted solutions for over 20 other different systems. So you can integrate it in different hard hats. So regular hard hats, Japanese, Asian hard hats. You can integrate it into headbands, into medical equipment. So this allows you to have a flexibility of being able to have it in different locations. So and also the uniqueness that a lot of other smart glasses cannot, you can change this on the fly for your comfortability. So in the world, most around 74% of the people are right-eyed oriented. That means that you like to use your right eye more. So with this you can actually change it on the fly from left to right and vice versa. The software does everything else. And it's very high quality in there. Yeah, so this runs a micro OLED. So this is an OLED display. OLED or LED? OLED. OLED. OLED. This is OLED. So you've got a DLP projection. So you have micro OLED. DLP's there. You have micro LED. All of the technologies. So you can see right there. Let me try to focus on it for a second. So this is the little display. And that is actually And it's on right now. So it's nice resolution, very clear. This could be useful for maybe surgeons or yep. So even 2020, people who are remote in some disaster zones, but they need to get the expertise from somebody else. They already do that. So in 2020, they were around 450,000 surgical operations done with our smart glasses. So they used them for knee replacement, open heart surgery, for work efforts or in, for example, for the Red Cross, hot air glasses, and they used Ukraine to support remote health care. So they already are using our glasses in all those cases. Because the best surgeons, maybe they're in New York or somewhere, and they want to help people in the other side of the planet, maybe in Haiti or anywhere. So an example that we actually did, we partnered with other partners like Ohana One. And they have some of our glasses over again, like I said over there in the Ukraine. One of the examples is they needed a pediatric surgeon. And one of the best ones is in California. So they contacted him and he was able to help the people on the ground to this startling system to be able to perform an operation, a pediatric operation. So maybe he can see what's happening and then he can show them at the same time what they should do. Two centimeters to the right, one centimeter to the left. Don't do this. Hold it like this. Be careful there, et cetera. And real time with the sound and video. And then the surgeon is also hands free. That's the key. The surgeon can still use his hands and his vision just to keep operating. And then if people have like a Ferrari and they're in Dubai and they need to call Italy, how do I fix it? Maybe they use it also or something like that. Yeah. So they have that's a little bit more of a remote support kind of tool for the industrial side. Yes, they do it, but not for the Ferrari's, but for helicopters, airplane repairs, helicopter repairs, stuff that is more, more technical in the sense of you need a very specialty realm to be able to support it. So what they do is they send the level one technician out and then they keep the high level engineers on the office floor and they guide the low level engineers or technicians how to do them performance. And maybe also it could be useful for training new employees in like a Tesla factory or something. And then they can all wear this for the first two, three months and somebody is helping them become better and better at their work. Yep. That's what they do. That's what Weedium does. Yeah. All right. So it's really cool company, right? Yeah. Yeah. A lot of cool applications, but also bringing this form factor to millions of people, hopefully soon, because I don't see a difference between normal smart, normal glasses. Yeah, they look exactly like that's the whole point. That's why that's why there's no microphones. There's no microphones in here. There's no cameras because we want them to look just like regular glasses. All right. It's just the display. Yep. Just a display. And I see it there when I move it. Is it on, do you think? No, no. Yeah. That's a wave guide reflection. Yeah. Wave guide. I see it sometimes. Yeah, I can turn it. And you actually do their wave guides. We do experts and wave guides. Yeah, that's what we do. Optics. Yep. All right. Thanks a lot. Thank you. So it's been a good show. Yeah, it was a great show. New things happening. It's great to have people travel from the US and come again to Europe. Oh, yeah. Yeah. We've been here. We never left. Soon as this was open, music was here. And as soon as all the AR stuff happens, you'll be ready. We'll be ready. As soon as all the metaverse integration, we're reality, everything people are talking about. Yeah. Once that becomes a reality, you will probably be using our hardware at some level.