 So we're here with the third eye, and who are you? I'm Nick Cherkuri, I'm the founder and president of 3rd Eye. So are these, can you wear them for one second, is this augmented reality? Yes, so these are our X1 augmented reality smart glasses. So if you wear them, you see a digital screen that's equivalent of a 90 inch screen at 10 feet. It has about a 40 degree diagonal field of view. It has high definition resolution, so it's HD. When the screen comes on, you can show 3D content. You can run any type of application you can run on your phone. It runs on Android, so it has a lot of cool AR applications you can run on this. Is it a dual display? It is dual display, so it displays both of them. Is it an open micro-display? No, it's not open. Some of it's proprietary technology, and some of it's other OEMs. But it's a liquid crystal L-cost display, so a good benefit about this is it has high brightness. So for enterprise use cases, they want to use it without any brightness issue. So you can walk around in different situations and see the screen really clearly, because it has really high brightness compared to OLED. So L-cost-based display, Full HD or HD? 720 on each side, or? Full HD, so. Full HD on each side? Yes. So, do you have Android running on a little processor here? Yes, so it runs on Android, Android 7.0. So do you talk about what CPU you're using? So we use a Qualcomm-based CPU. So it's a Qualcomm? Yeah. Is it one of the new ones? It's fairly new. It has a powerful GPU on this as well. So the benefit of this is you can run parallel processing highly intensive applications. Where do you have the CPU and everything? It's stored basically in a frame of this. It's frame, sides, we have everything in here. It's PCBs and the battery? Yeah, everything's stored. How long is the battery life? So the cool thing about our battery is we have the largest battery life in any smart class. Really? 2,400mAh. On both sides? So no, total 2,400mAh, so you can use it for 6-7 hours. It's almost double what most smart classes typically have. They're also replaceable batteries, so you can pop them in, pop them back out. So you can use it for 24 hours, 48 hours if you have a pack of batteries with you. So this is huge for enterprise because they want to use it for a full work day. They don't want it to run out of battery. So did you develop the whole uptakes and stuff? Is this your company doing that? Some of it is proprietary and some of it we use other manufacturers, but it's a partnership. A lot of this we have developed in-house, so the cool thing is we developed both the hardware and the software in-house. So we have a lot of control over the application. You say this is the most powerful AR glasses? Yes, that's one of the most powerful. The main thing is for the users who are targeting enterprise, they want to use it for a full work day with high brightness. We are the largest battery life of any smart class. It's great for enterprises. They can give it to their workers for a full work day. We also don't have any brightness issues. They can be in bad lighting situations, still see the screen really clearly. So these are huge advantages that companies, if they want to give it to their workers, they need these advantages. Nice. So what would be the use case? You have an office working, do augmenting stuff. That's a good question. So we work with manufacturing, logistics, sports, entertainment, healthcare. To give you an example of what we use for each one, for manufacturing a biggest use case is a point of view remote help use case where a remote worker can wear a smart class, stream their live point of view to an expert who could be sitting at his desk. It's for sports entertainment, someone wearing a smart class could be watching eight different high definition matches all in real time, all in high definitions. So this cool AR application can run for different industries. He's watching eight matches. That's one class because you run just on smart glasses. That's a 13 megapixel camera. Can you do any kind of gestures? So right now, that's a good question. Our UI is based on head motion. So you control the cursor and everything based on head motion, which is really useful because we want people to be hands free. We don't want them to be using hands. We want them to continue working. Is this the bag you use to transport it? So this is a portable case. So people can place a smart class in here and put any microphones, USB, anything in here. If you want to extend the battery, can you just plug in a cable with a power bank? Yes, you can plug it. It has a USB-C port. USB-C here. So you can connect any USB-C compatible battery. Nice. So it has Android 7? Android 7, yes. The UI. Is anybody working on the UI to make a nice AR UI kind of? Because Google was supposed to do something but it didn't really follow up with that, right? Right. So our UI, our main focus is making it hands-free. So as you know, there's no touchpad on here. You develop the UI? We develop the UI in-house. So we have engineers who develop our head motion control. So there's no touchpad on here. The way you move the cursor... No need to touch at all. No need to touch. You just look around and with your head motion, the cursor moves. It's not tracking your eyes. Not tracking your eyes, but tracking your head motion. You can try to copy or something. You have an eye tracker in there. Yeah. That could be interesting. But just head movements. Head motion. You can move the cursor. You can move the screens around. So... Potentially you can have Bluetooth controls, right? You can connect Bluetooth. So if people are more comfortable with the Bluetooth control, they can easily connect the Bluetooth here. Like some kind of a gamepad. Yes, exactly. Exactly. Yeah. So you can walk around in the street and not bump into things? So we don't recommend people walking around the street wearing this at this stage. Why not? But unless they're really good with smart glasses. But for our main use cases, enterprise, mid-backstring, specific use cases, they wear us for our glasses and they find it really useful. We found a 33% savings and efficiency, which is huge. It's been the dream that you enter Whole Foods and they give you one of those when you came in. And then it knows your profile and it tells you, you need to buy that soy milk. Exactly. You need to buy that almond milk and then you need to buy, you know, it gives you customized shopping experience and then you give them back and you exit the store. So retail is the one we're trying to get into where you can go into a store, you can look at an object, you can see the prices for a price comparison in real time. It's a countdown. You only have 30 minutes. You cannot just spend three hours with those. Exactly. There's so many use cases for this. So AER is definitely going to be the next computational platform. It's at the beginning stages but we're definitely focusing on making it as user-friendly as possible. One issue is the transfer of bacterias. When many people wear it. What's the solution for that? You just wipe it with a cloth? Is that the only solution? So, yeah. We're going to get sick. You can use a cloth and you can wipe it. I think that's a challenge. We provide a cloth with a package so you can put some soap on and wipe it. I hope so. Because otherwise it's not good if you go to the store and you have a high likelihood to get the sickness or something like that. Cool.