 So we're here at the E-Tree and you have some OLED lighting going on right here. So this is flexible OLED lighting. Flexible OLED. So who are you? I'm Jenny. We are E-Tree and we are the OLED team and right now what we have here right here is the flexible OLED and what you can see is it's bendable and it's flexible whereas traditional lighting it's just solid lighting fixture. Nice. What are you showing here in the wall? The wall. So what we have here is an identification platform so for example before the OLED technology for each different light or different color of the light you need a specific drive to drive the light but right now we have just one platform to control all different types of all different shapes Where is it? It's right here. Just that one. That one is driving? Driving all these different. Yeah so you can see this is a square and right now here it's a longer or flexible lighting so supposedly they're different and you need two different drives but we came up with the idea that to use only one platform to drive different shapes of light and also different colors. Different colors yeah so you have a red, yellow, green and they're using different power different current but we have just one platform to drive different current and you can come over there so um so all these all these are running from one controller. Is it an arm? Is there an arm controller in there? What is the chip you use in there? What's the chip we're using here? I see. What I see is it an arm cortex and something? No a secret a secret no yeah no problem no problem so uh so you have a solution to drive maybe thousands of lights on the big system. Yeah different shapes different colors. Like there? Yeah. So what's going on with OLED lighting in general it's already happening? So in general um what we know is that OLED lighting is closer to natural light and so when you look at it you can actually look at the light directly and it doesn't hurt your eyes. So it's not like um it's better for indoor use in the future. It's better for indoor use but we also use it in automotive lighting but we can only use it in tail light because it's not penetrating. Okay it's just to see. It's just to see. It's to notice. Yeah. It's not to uh eliminate. That's why we use it in tail light yeah. I mean it's not to it's not it's not like the light you have right here. All right uh so E-Tree is what is E-Tree's role? E-Tree is the main research institute in Taiwan. R&D research institute and we are government funded so we do a lot of different projects so for example right now we have OLED but then we also have green technology and also other technologies. Some of these are like uh what kind of technologies are on here? Micro system right it's a big boost here with lots of different things. We have almost 30 technologies. Do you work only with OLED yourself? You and this team? I work with other teams as well. With other teams as well. Can we just walk around one second? And look what kind of highlight do you think they would be? So what we have here is the E-Tree patch and we can see. Yeah let me jump in which way? So I can show you this right here. So what we have is E-Tree and E-Tree patch. So E-Tree patch is a sensor and you'll use it in uh different I guess different objects. So for example you can see E-Tree patch. So if you put the E-Tree patch right here and you're walking, it's actually charging. E-Tree patch is energy harvesting. So you have energy harvesting GPS shoe pad and where is it? Which part is it? It's the same thing. So this is the sensor right here and so this type of prototype is for gas detection. So what you can see here right here is the gas E-Tree patch. And when you put it in this box of poisonous gas really I'll show you. So do you see how it's flickering? Oh it's blinking out. So it's showing you that there is poisonous gas. Yeah don't blink. Okay I'm trying not to breathe. And then it also sends to the device and travels to the E-Tree patch. And this is running on just energy harvesting just by vibration? What is the power? Oh you have to charge it for 30 seconds and then you can use it for eight hours. And uh but this one is energy harvesting? Which one is energy harvesting? Is there one of these in there? Yeah in here. It's the same thing. The same thing. It customizes into different types of something. And you have solar. Solar. So is this happening now? Is this research only? Oh no we work with companies as well. We try to promote or I guess we try to move forward companies in Taiwan. Can you look at some other cool damage you have around here? This is a mobile iris recognition. So this is like security. It's checking the eyes. Can you recognize me? You can approach. I have to be there? And keep your eyes in these two regions? Well I'll do it later again. I don't want you to have my iris. I'm joking. All right that's cool. And uh can we look around? Which other one do you want to? Oh do you have drones? I'm actually not really sure. Yeah. The other one. It's gruel science kind of stuff in here. Let's check the robot. You seen the robot? No let's check it out. The robot what we have is. Oh let's go around here. Okay yeah. So there's the robot. So this is intelligent vision. This is uh this is the famous robot that can beat anyone in chess. Yes that's our robot hasn't has a lost. That's that's that was the first robot that came out 200 years ago. 200 years ago. It was somebody hidden under. Is nobody there's nobody hidden? There's nobody hidden under the table here. Just a robot. The body of the robot. But the head of the robot that's the that's the highlight. Nice. Thanks so much for coming. Notes on the technology are available in the display area. Just one second. Yeah so I can hear you. Yeah so can you start a game? Okay you start a game. Just go ahead. Oh I'll do it. I'll do it. I want to play against the robot. Okay I'm gonna do a strange one there. Um we'll have to wait for another minute. I have to wait it has to uh reboot. Hi everyone. Hi. Okay today it's my honor to introduce Atreus intelligent vision system for companion robots. Please check out the video. Where's the speaker? Oh there behind. Hey I'm checking the video. Are you ready to play now? I'm ready. Okay Google. No it's not a Google all right. Does it have any voice interaction? Oh it's only the only the chest. Okay after watching the video everyone should have a better understanding of the technology. Yeah I get it. Now for an interesting application of the technology. Before starting the game would you like to have some coffee? Yeah I want the coffee. The robot is visioning. Alright I want the coffee. Nice whoa. Oh my god. That's cool but do you have any hot chocolates? No? You want a coffee yeah? Okay. I'm here for coffee. Yeah sorry. Nice. Anybody want the coffee? You want? No? Okay. Okay let's try the red chest. Let's stop the game. Yeah let's play. This is from the transport video image. That'd be opponent. That's your turn. Your turn. Yeah I just did. You can distinguish the position of the move. Can you click for me there? Yeah. Your grid. When it's the robot's turn to move. IVS first precisely calibrates the robot arms. 3D spatial positioning. I moved. Your turn. Depends on the video image. To fix the robot the move next. And switches to 3D spatial positioning. Okay thank you. It regulates the spatial positioning for the robot eye. And robot arm relative to the chest piece. Then directs the robot arm. To move to the pieces position. And grasp the piece. My turn. Okay I take this guy. Your position step. Who sucks this? I moved. Each whose IVS gives the robot combat coffee water level detection. When playing chess against a human opponent. I think I should detect the water level. I moved. When the opponent's coffee is nearly finished. The robot would pour them a fresh cup of piping hot coffee. So it's playing. How does the vision system work? I'm there for you to experience a smart life. You drive the robot like this. And you can actually rotate the chest piece. I'll get in control. All right. Where the chest piece goes. You can pick it up. I moved. Your turn. Oh it's hiding the clean. King. Okay. He's a little bit slower moving the pieces. So I have a chance right? Okay. I moved. Your turn. I moved. Your turn. Thanks so that's gonna be a long video in 4K. Cool. Maybe somebody else wants to finish my game. Okay. I moved. Yeah let's see. Checkmate? No? Not yet? Not yet. Oh coffee. More coffee. Okay. Thank you. Would you like to have some more coffee? No, no, no. No coffee. Thank you. All right. Okay. So it's your turn right? Do you know? Are you sleeping? No? That's really cool. So this is a project you've been working on? Yeah. We actually went to Vegas in January to showcase at ZEA. I moved. Your turn. I'm gonna go. I'm gonna just go right here. That was not very smart. Let's see. Can you take my queen now? Oh no. Cool. Okay but I guess maybe I had no chance anyways. All right that's cool. Somebody want to finish my game? Yeah somebody can save it? No? I moved. Your turn. Finished. Yeah. Cool. And there. Okay. Okay. I think the robot is gonna beat me. Nice. Okay. All right. That was great. Okay I have to finish. There's no more storage on my SD card. That was cool. Okay. I'm just gonna. I moved. You see my, you see I lost? Uh oh. You made the wrong move. Okay. But thanks a lot for the game. Can we shake hands? No? Okay. Okay. I'm next year. Okay cool. Thanks a lot. All right. Is there anything else? Okay. Thanks. Well I lost to a robot. It's too bad. I already lost in ping pong game. Okay. We have this multiple screens and we had, we came up with this antenna to synchronize all the videos where I guess all the devices at the same time. So for example you can use it in a meeting, I guess meeting scenario. So you have different laptops. You have 20 maybe 30 or when you're having a lecture. How do they all synchronize the screens? It's um what we have is 60 gigahertz wireless. 60 gigahertz wireless display. Yeah. Okay. Cool. I think it's my Sony up there. Same camera. All right. Cool. Let's anything, so there's lots of stuff in here. I got the drone up here. And here's the information about that. Cool. So this robot, how soon can it's possible to buy the chess laying robot on the store? We actually, we don't, we don't really sell our products. We transfer our technology to companies. So the camera system, recognition system? Yeah, we work with companies and they come up with products basically. We don't, we don't make profit benefit. Can we try to fly the drone around? So this drone can recognize under the signs. Hey, can you fly the drone? You can do it? Let's try. Hey, hello. Can we try the drone? Oh, sure, sure, sure. What can you do with the drone? We developed a auto charging station for the drone. Auto drive, auto flying, yeah? Auto, auto charging. Auto charging. Oh, nice. It's charging with the... Nice. Before the landing, the throttle will open, yeah. And the drone, you can start by this button. How long time it takes to charge it? It depends on the battery. So for this drone, maybe 40 minutes, yeah. So you can turn off. Nice. And then charge, 30 minutes. Do you have any plan to do battery swapping? Change the battery. No, you don't need to swap your battery. Can you do it automatically? Yeah, because we're using a... We're charging, but it takes half an hour. Yeah, yeah. But how about swapping the battery in 30 seconds? It's possible, but because we used to develop the automatic... Battery swap system. You don't have one? We don't have a swap. Not yet. But you can do it in two to three weeks? It's possible, yeah. So maybe we can take it... How much? In terms of solution. Yeah, we can take it into the consideration. All right, cool. So a lot of drone work also around here? Yeah. Cool. But thanks a lot for this tour. Yeah, of course. That's awesome. And in the future, it will be more and more e-tree. Yes, absolutely. Not only for the whole world. We already have different offices over the world, yeah. But the Taiwanese company who use this will sell worldwide. Yes, absolutely. I think Trump should buy this. Because it's much cheaper than a lull. You need to buy 10,000 like this and can check if anyone is coming. Yeah, we have cooperated with the police department. Yeah, it's all for the civilians. Nice, yeah. She's making a phone call to Trump. I think I'm sure he can buy it. It's better than the wall. It's building the wall. Yeah, all right.