 So we're here at the AudioTechX show, here in Berlin, and we're here with TechWay. Perhaps you can tell us a little bit about your company and what you're showing here. Yeah, TechWay makes flexible thermal electric device. Flexible thermal electric device make electrical power from hot source. For example, in most of the factories that has a steam pipe, steam pipe surface temperature is very high. So this is just supposed to have a steam pipe. Right now, this pipe is a 60 degree of Celsius, the hot temperature. But our device is in between this heatsink and this pipe. So right now, our device make electrical power of 300 milliwatts. So there we can connect to some sensors here. So we can use this power, the sensor data, transmit to here, receiving. And we display the data here. So what sort of data? In this example, what data would you collect? The temperature, and the gas, and humidity. OK, so humidity, different gas sensors, and then the temperature of the pipe and of the ammeter. There is no electrical power supply. There is no battery. Only we use electrical power generated from this device. And then this structure here is the heatsink? Yes, that's the temperature gradient. Yes, it's correct. And this is the other version of the pipe. Conventional. Actually, thermal electric device, conventional one. This is planar type. It's very hard. But most of the heat source just cover the surface. This is so when you put on the surface, we cannot get good thermal contact. It's bad. But our device is flexible, so we can lab easily so we can get good thermal contact so we can get more powers. Yeah. OK, so different changing many radius, I'd say. Yes. Great. And so you mentioned applications for this industrially. Is that the main area you're looking at or there are other application possibilities? Right now, we are looking for the some, why the Samsung, I thought, is the most of a big factory. Sure. And also, right now, we are working with some wearable device companies. When we make a smaller band type, we can get the electrical power from body temperature. OK. So we can use that powers as a power source for wearable device. And what kind of power can you get? Because obviously, this is a much larger temperature gradient with wearable. How much difference in the power generation can you get? This is of a small. Right now, we can get only small powers. But just have this enough power to operating the electrical watch, just around 1 milliwatts from 40 square centimeters area. 1 milliwatts, 40 square centimeters. And do you need a heat sink in those devices or would it work differently? Yeah, just a metal band. We can use metal band as a heat sink. OK, great. So in multiple applications, it's not just an industrial, but are there any other spaces, things like I can imagine in maybe the automotive sector or things like that? Or is it more about remote monitoring? Right. This is generation functions, but we can use this device as a cooler. So right now, we are working with some applications for cooler, for example, automotive, and also a panel, temperature control clothing. And we invent new applications that's called thermal haptics for VR, AR, or games. So we put on our device on the game controller. So that depends on the content, the hard and cold we express. Temperatures. Thermal haptics is an area that I've wanted to areas. You get tactile haptics, kinesthetic, but thermal is really a very much groundbreaking new area. So it's great to hear this work being done in Korea. And thanks very much for walking us through this presentation. So I guess this is a picture of the PCB and the device that we've seen, the transmitter with the sensors. And you have other images of this around your booth here. So great. I think thank you very much for taking the time to speak to us today. And how's been your experience at the Artistic Show? Have you met some good contacts? How's it been here? How's the show been for you? This is the first time. This is the first exhibitions to us. So we are looking for the possibility of our business. This is a marketable one. I want to check that. And that's a really good chance to us. Yeah, it's a good opportunity to market. Do you think it is going to be successful? Are you getting some interest? Yeah, I believe in it. Great. Thank you very much. Thank you.