 And we're here at CS 2017 and there's something bigger on here. Yes it is. Sharpax, as you know, we've talked about electronic paper for many years. In the past we would have small electronic displays like this which was the state of the art in those days. Today I have something to show you which is the biggest electronic paper display that has ever built. It's a 42 inch diagonal display based system that has got some really amazing aspects to it. And I'm going to introduce my colleague Leslie who will explain the product to you. Hi, my name is Leslie Jigera. I'm the Director of Marketing for Quark Logic. We're based out of Calgary, Alberta, Canada and we're hoping to sell our e-writer into all corporate businesses worldwide. I'm going to take you over here to Ken. Ken's going to be able to give you a demonstration of our e-writer that basically can span all of this space. This is a writer. This is a writer. Yes, that's exactly what it's designed for, for writing on. So I can take, load in images, I can mark them up and write on them in a bunch of different sizes. But what you're actually seeing here right now is a very advanced concept with these, where these different devices, these unique devices are all individually cloud connected to each other. So they're messaging to each other through a cloud service that we have. Right now what I've done is I've loaded in an image of the world and allowed that image to span over four, actually five of our devices. You can see very end there. So each one is 42 inch. Each one's 42 inches diagonal. What's the resolution? The resolution is 2080 by 2160 pixels with 60 grayscales dithered across those. And you can, you can scribble anything you want anywhere. You can mark it up, you can erase the content. So I can, right now go and select a nice thin line. I can write on this thing. I can tell you. So I'm guessing this is a set of islands, maybe the Canary Islands. And then you say, can you just say, let's go there with the boat? Yeah, sure. So we can travel there. I can tell somebody in this location what that looks like. And then I can send it over to another device in another location. Right now these devices are connected to each other and actually specified in a configuration that they are next to each other in this specific orientation. I can take these with a simple gesture. Take that image and the content and shift that across all of the different devices. That's awesome. I can resize that. I can select my content. I can move my content around if I wanted to point to something else in a different location. Cool. So there's already a lot of functionality right here. There's a lot of functionality built into this. This is out of the box. You don't have to set it up with a computer. You don't have to connect it to anything. You literally go in, you log into the device. You have a cloud service you're connecting to. All of this functionality is built right into that. Right here? Yes. So you can have as many as you want? You can have one? You can have one? Well, these are actually all connected right now. So with one device, I can do what I'm showing you, which is basically write the race. I can take my writing. I can select it. I can manipulate my content. Yeah. That's cool. And then I can also, using interaction between the devices, I can set them up in a number of different modes. So the one I'm just showing you here now was something called SPAN, where you're literally taking the content and spanning it across multiple different devices. But I could take this and say, I want to set it up in a tear-off mode. I tell you what my devices are that I want to connect to. And then not only does my content show up on those different devices, but if I was to turn a page here, let's say I went to a different page in my workbook, and I selected that world image again. Select that world image. I load it up. You'll see it's not on the other devices. But let's say I'm sitting here in Las Vegas and I wanted to send it to somebody else, somewhere else in the world. Anywhere in the world? Anywhere in the world. I can simply make a simple gesture on there. Say I want to send this to whatever board room 3 is. That image will go from there with all of its content and show up on board room 3's board, exactly as I have it showing on my device. This is awesome technology, right? It'd be awesome if we can... Can we interview our CTO? Absolutely. Here's Mike Mabee, who's our CTO of work logic. Cool. So, hi. So who are you? My name is Mike Mabee, CTO of work logic. So how do you make this technology? What's going on here? Is he ink 42-inch? It is the world's largest bi-stable ink display. So this is a very low-power display technology that only requires electricity, literally underneath the ink as you're changing the color and then you don't need it at all. So it doesn't consume a lot of power? It does not. So this device here, it allows us to build a device on an interactive screen that uses so little power that you can run it on battery, a 42-inch device that you can carry away and run on battery. So let's check it over here. There you can show it. It can flip also? Yes. We have it on our... So these things can be easily removed, detached, taken around, moved, if you wish. We also understand we have it in such a way that you can move it easily go to a landscape to portrait mode. Right here. And what are you showing here? This is a demonstration of one of the uses of this technology. You can bring in imagery such as you saw with the world imagery and stuff. It allows you to do some brainstorming. So this one right here, in this case, is like website design. You can say that you want a logo here and here's where you want a header. It allows you to do the brainstorming that you would work together on top of some predefined image that you want. So this is a whiteboard. It's not a blackboard, it's a whiteboard, right? That's correct. And here you're showing that there's a lot of whiteboards in the world, but they're not connected. They're offline. So now you can connect them. That's correct. And so your content, of course, on an ordinary whiteboard, in order to change it, you have to erase and move and rewrite. And when you walk away from the whiteboard, the content could be lost. Someone else can draw on it. Not so with us. Whenever you're writing whatever info or design or any information that you want on here, the data travels with you and you can bring it up on any one of the devices as you go. So this can be shared to maybe in the future to other devices? The key click here button that everybody gets an email? Yeah, absolutely. You can invite people. You have this functionality already? Yes. What we have right now is you can and here you can share. So you have all these functions right there? Yes, we do. This one actually... Yeah, so you notice it's signed in. I'm not actually connected in on this one right now. So this e-writer is writing on it. It's running on an individual. But you can connect them. You can sign in under your account and then you can share whatever workbook that you're on. And you can automatically collaborate with people all over the world. That's correct. And it's just one part of the video conference maybe? Yes. And it's very easy to do so. All you have to do is open the same file that someone else is opening or using and then whatever you both do inside that workbook is seen by both parties. And this is much better than the LCD. It's not good for the eyes, right? And let's go over here. You have another demo over here. Will you do some collaboration right here? Yes. All right. So unlike an emissive technology like an LCD or a Plasma or LED, this one is reflective technology and all of the light that you use to see the image comes externally. So that means it's extremely low power. So there's nothing from behind it. It also means that it's very easy on the eyes. It's why e-readers, ink e-readers are so much easier to read. So you have an arm part, right? There's arm processors running this, I guess. That's right. There's multiple arm processors in there. We have an arm processor that's running the EPD, the display. So we have a controller for that that's an arm processor and then we have another arm processor that's running our application and doing the networking. Nice. That's awesome. Thanks a lot. So who are you? Oh, I'm Tamara. So what I'm going to show you is how these two boards can interact together. Maybe stand over here, sorry. Okay. Yeah, so you have two boards and then you're demonstrating. So I have two e-readers and what I'm going to do is show you how one can be in LA and one can be in New York and I can interact with both. So what I have is I have an image that's on there. We have a person that's over here that can delete something and what you'll notice is that when you look over here that it's going to delete over here. So the person who's collaborating with you is in New York. Now we'll get all the updates. That person can now interact with the board too as well. So they want to say it's not 22, it's actually 32. And that will now update for the person who's in LA and they can see it in real time. Nice. So there's networking going on. Yes. And it's just straight ahead. It just makes sense. How it works. Exactly, exactly. So you have a Wi-Fi connection. You have an Ethernet connection, EtherWay. You just load it in. You share a workbook. You can choose how you want to share it, whether or not you give someone permissions to interact with it. Or maybe you just want them to see it and you don't want to interact with it. This is easy. You just log in, log in. That's it. That's it. That's as hard as it is. And you say collaborate. You click on someone and you collaborate. That's it. And you share it with the person that you have there and they see it and they can interact with it. Then you can both work on it and save it. So one could be in this office over here which is Los Angeles? Exactly. So yeah, this is Los Angeles and this is New York. I'm also noticing lots of windows. So you're going to have lots of bright light. What's great about these displays is you don't have to worry. There's no glare going to come from these ones. You can see how good it looks. It's got that paper looking feel to it. This is not good business for the curtain manufacturer. Not at all. Not at all. We don't want any curtains. You don't need to have them anymore. You want sunlight. Exactly. It's better for the work environment. Exactly. It's way better and you don't have to go over and close blinds. Anytime you're working on an interactive whiteboard you have to close the blinds because the glare is so bad. With these ones you can even take them outside if you wanted to Go work by the window. Get more inspiration. Look out the window and then get ideas for the business. Absolutely. Take it by the pool if you want to. Completely portable. 22 pounds. Lift it off and take it and go sit by the pool if you need to. All right. That's cool. Let's check out some more demos around here. Sounds good. Thank you. Thank you. I'm going to check over here. Here we have one. One is just displaying some pictures right here. Right? That's right. This is just showcasing the fact that these devices have 6 million pixels and we've got really, really nice crisp clear images that come through. Yeah. All right. There are some pictures going on here. Let's check over here. Wow. That's cool. Hello. Hello. So who are you? Me? Yeah. I'm Natalie. And you're doing some... This is an idea of using it for art also. Yeah. So Natalie is a local artist. It helps us to kind of have people who don't work for the company to try and use the products in different applications. So she basically has come. She's been here for, I don't know, four hours now. And she's using the device and she's kind of just doing little illustrations. It helps to showcase. You can see all of her work here that she's doing. The different gray scales that can be used for doing work, doing annotations, doing highlights. She also plays around with the different pen widths. The other cool thing that she does is she kind of sizes things down and moves images over and writes more images. So it really helps to just give other people a different perspective on what the device can do and the possibilities. So what do you think about this device? How does it feel to draw on this one? Oh, I love it. It's cool? Yeah, it's very cool. It does a lot of good different stuff. Get a lot of gray scale. You can shrink, you can erase. So this, you can shrink up. Wow. If you want to add more to your picture. That's like mind blowing a little bit, no? It's amazing. It's pretty awesome. And so this could be like for, if you do cartoons. That would be pretty nice way to do them. Yeah. If you were trying to get some ideas out on some drawings, you could do, put them on here and then it saves it. You can come back and look at your ideas and see what you've been doing. That's beautiful. So having ideas is the, and being able to be creative and productive. Yes, exactly. And what's nice is you can jot them down and then you can come and see what you do because a lot of times when I'm drawing, I think of something and I'll come and just put it down and then you can just scroll through and then figure out which one. There might be like an ability to have, to realize the idea differently to have a big display like this than having a small piece of paper or it's totally different, right? Totally different because then I would just shrink it back up and then I can go ahead and add, you know, more of whatever my design is. So, I love that. So that's really, really cool what you're looking at here. So what's going to happen in February? We're hoping. So this, this 42 inch display device, really, we're hoping to take to corporate markets and we've been approached by some higher education institutions as well. Places that we didn't even anticipate might be interested. So we're hoping to start and launch in the corporate market this year. North America is going to be our focus for right now and then we hope to go internationally. So right here is the one that this is kind of demonstrating it could be for our labs. Yeah. This space here really just gives different people ideas of what it could be used for. Music. So this is a music score with the background and we actually had somebody score out a piece of music here. This is actually, I think, the Grinch Stole Christmas. And there is the potential for apps now? Yeah. So that's a really good question. Behind what you see on this product here we have an entire ecosystem that we've worked on in the ecosystem. We're going to be building APIs so that different applications can be written and you can basically launch different applications from the device. Things like, you know, this is a great concept image but if I was doing architecture I might actually want Revit files coming up on the device itself. So we've got APIs that different companies will be able to write applications, plug into those APIs and actually be able to interface with the technology. Is this ready at launch? APIs are not ready at launch. What's the time on that? What's ready at launch is the 42-inch device. The cloud services is being able to remote collaborate with different countries, different users, different people. So this is so awesome. So I guess corporations can easily afford this, right? Like, this is going to be tricky. How is, do you talk about price? Yeah. So we've actually just dropped our press release two days ago. So this is a brand new for us. We're at our first show in Q1. Basically, we're focusing on early adopter programs. So we ran Betas Q4 of last year. We've got some really great companies looking at being involved in the early adopter programs. At the beginning of Q2, we're hoping to go general availability and we'll have pricing for you then. So hopefully there could be volume because if it's popular, people are very interested, you can make many and you can have an affordable price so the schools can have it, right? You know, with anything, the more you produce, the millions you produce, and your manufacturing and the more you can kind of bring your price down. So eventually we hope to get there. Initially, this is a really innovative product that I think will be really attractive for early adopters.