 So we're here with the omatex, hello, so who are you? I'm Rick Horosan, some electronic engineer from Omatex. So what are you looking at here? I'm looking at the near infrared oxygen measurement of the muscle. Here we can measure about one inch into the muscle tissue and measure the oxygen levels. So right here it's showing what? But the main point is that I want to look for medical evidence. And I hold it on the muscle, it stabilizes. And right now? And the physical quality of life. So let's try to tighten the muscle, keep it tightened, to be able to see the curve, it's starting to go down. Here it's possible to tighten the usage of what you did. So now it comes down very fast. So what's the usage for this? We've developed it for European space energy for the astronauts to surveillance the muscles during the stay on the space station. How does it work? It works with an infrared sensor, and infrared light and different wavelengths. So at Omatex you do all kinds of wearable technologies, right? How do we connect here? Here we're looking at a t-shirt with pressure sensors. And it's a European community-funded project? Yeah, we have three companies together on this project. Texas Sense that makes the yarns and have the technology for the pressure sensors. And then we have Procure who's making the brace for sclerosis. And then we have Omatex who makes the integration on the t-shirt. So this is for people who have back issues? Yeah, sclerosis problems with mostly teenagers, young girls. And the brace sensors... On the side pressure sensors? Yeah, pressure sensors, yeah. So what can you measure if you're holding upright the right position? Holding the right position and if you are trying to work against the brace, it will... And you can make exercises during the day with the app and you can see how it's working. And how do you manufacture this? This is knitted in a round knitting machine, so it's a tube knitting. Just one go and it makes it? Yeah, one go and it makes it the machine. So you don't need to put stuff in the tissue? No, it needs the conductor wires and it needs the sensors in the same process. All right. And then you have to cut out of course for the arms and neck and then mold on the electronics. Is this very, what's it called, reliable, good measurements coming out of this? It is for sure and electronics is molded directly on the conductive yarns. It is... How's this one charged? A wireless charging. So it's a PCB with a Bluetooth module and a battery and then a wireless charging system. That's awesome. And it goes over Bluetooth? Yeah, Bluetooth. And where do you get it down here? This here is the source for a demo of the ASA Project. This is an EMG sensor and they have a tactile EMG electrodes. EMG, what is EMG? It's a MOSFILM activity measurement. This is the solution in there? No, that is the oxygen, it's pressure next to it. This is the oxygen measurement device, the same as you saw before, just integrated into a pair of pants. So there we can look over here. You have cables? Yeah, we can use a lot of different cables. This is actually the very first generation after what you saw in the pants. It's the very early prototype of the ASA. It's been around for a long time? Yeah, it has about eight years I think, this product. Omatex is in space? Yeah, it's been for a while. And down there? Down there, this is a CPC project where it is a fishman pants when you have the sensors when the fishmen go overboard. And they detect it and warn. Correct, and then you make these cables, especially when they work. Stretchable cables, connectors. So there's a lot of potential in the e-textiles business, right? For sure, yeah. And you are exploring all these potentials? Yeah, and we are contacted by a lot of companies that want to help to integrate it into different kind of garments and products. And the consumer and professional, everything? Yeah, mostly professional and medical device at the moment. Because it's not so cheap or? It's not so cheap yet, but it's getting cheaper and cheaper. Like the different cables we make are cheap to make compared to other sprays and types. So there are new cables, and there you are. What is this? It's also different cables in one screen center.