 So we're here at the IDTECAC show and hi. Hi, I'm Alan from Taiwan. I'm the founder of Smolensha Corporation. We dedicate to IFID businesses 2003 and now we bring this IFID application to the real life. So what is special about this RFID? The first, the antenna is printed. It's an additive process. Printed CPU. No, antenna is printed, yes. And how about the, is there a CPU there, Goryeon? The CPU, the printed CPU is here. So you're using this part right here? Yeah. From Pragmatic. Yes. So where is the CPU? Here. The tiny one. Nice. Yeah. And this CPU does everything that RFID needs to have? Yeah, exactly. And it's flexible. So you have a wider range for applications than silicon one, yeah. And what are you showing here? This is conventional silicon wafer. This is an 8-inch wafer. So from this size it contains about 50 to 60 thousand chips. This is conventional? Yes. Silicon wafer. And there? And this also, there's another brand. This is a slightly bigger one with a bigger memory. Yeah. All right. And then we apply, in our factory, we apply the chip here. Where? Here. Very tiny here. Yeah. Yeah. So that's silicon chip? Yes. We can apply it and we become IFID in late. IFID tape. Yeah. How do you apply it? It's like very fast. Pick and place machine. Yeah. Pick and place machine. Yeah. Very precise. Yeah. Very precise. You can see this, we need to put this tiny chip in this, in this tiny place. Very accurate. Yes. And this is mesh production. Is very big quantity or? Yes. Mesh production. You can see rear-to-rear, direct paper. Because RFID tags and stuff like that, there's very big quantities, right? Yes. Yes. Yes. We provide an alternative, which is more eco-friendly and sustainable. Yeah. What are you showing over there? Right there? These are also? Also, yeah. Different antenna for different application. All right. And we move more big yarn. This is LED. We use the 10 technology. Now we apply LED on paper. Soft. The LEDs, and how are they connected? With pick and place with AC-A glue. All right. Thank you. Yeah. That right from where the pick and place. Yeah. And this partnership with Pragmatic? Yeah. Is it in mass production or how soon is this, this stuff happening in mass production? According to the roadmap of Pragmatic, it will be start end of this year, and will be start very soon. Yeah. And what's the advantage of doing it in the Pragmatic way? Oh, that's huge advantage. First, it's flexible. So flexible, that means if in mass production still, the RFID tag can be run on the very heavy duty labeling machine. And second, because the different production process, the cost will be only a fragile of the conventional silicone tag. Fraction. Yeah. One cent. Less? Yes. Cheap. Yeah. So that means billions of devices? Yes. Are you making billions of devices? Not yet. Now every year, we produce about 200 million, 200 million RFID product. It's a good number, 200 million. No. But it needs to be billions, right? Yes. Yes. Yeah. But we expect to be grow. So everybody need RFID, just gain touch with us. Yeah. And how about IoT, all this stuff? Yeah, this is the basic of IoT. When you need to identify everything, you need to take something. And this is the basic of IoT. Yeah. But how about other types of devices? Other things. Other things. Okay. If you need a long-range distance, people go to BLE or LORA. Yeah. Do you do anything with that? Oh, no. We concentrate. Okay. The only difference between LORA and BLE is smooth and sharp. We dedicate with battery-less solution. Battery-less is very important. You can get energy source anytime. And yeah, you don't need to put, you don't need to put, you don't need to put battery on that. And this, this is, you have more freedom to product design. So there's powering up the LED? Yes. No battery. Only with NFC. Yeah. Nice. Yeah. All right. The other, the other application is always you need to prepare the battery, like LORA and BLE. Yeah. And how about your specific expertise in this field compared to your competitor? How would you describe that? Okay. Actually, we are, I see everyone in IoT, we are friendly. We are alliance. There's no competitor. We make IoT better and greater. So each IoT solution, they have their advantage. Yeah. All right. And trillions of devices are going to be shipping with this kind of stuff. Yeah. Yeah. Trillions. Trillion, yeah. In the next very few years. Lastly, according to ID tax statistics, there's about 20 billion I've already taken sold. In just one year. Yeah. But this is doubling or something. This is going very growing. 2018 to 19 is about 60% growth. Yeah. All right. So looking forward to the next implementations with the pragmatic stuff right here. Just printing the whole solution. Yeah. And one, one, one process. Can you describe the process? Okay. First, we, we will print the antenna or we take the antenna from each antenna. And we make pick and place from the chip. Yeah. Pick and place this chip. Yeah. From their solution right here. Yeah. Yeah. And the chip is one of the squares here, right? Yeah. There it is.