 So here's a smart toothbrush here with a Kyocera and hi, so who are you? Hi, my name is Natsuki, corporate communications, so welcome to our booth. So this is a special toothbrush with music going through the bone conducting. So you connect to the phone and the sound is going through bone conduction on the tooth. So it's possible to hear through the cut? Like this is also possible to hear because it vibrates. And this is called a posse. So how soon this can come in the market? We are currently under development, so maybe a three to three years later. Nice, so soon it can come. And we'll go around here. This is some vital sensing wearable device right here. This is a solution that also goes through bone conduction or maybe... You have a lot of piezoelectric kind of technologies, right? Ah, yeah. Could it be piezo? Piezo, not piezo. No piezo, but different kind of vibrations. Okay, let's go around here. What do you talk about here? It's a demonstration of a camera and lighting with his senses. So lighting, they take the placing. And then, the software recognizes their movements. So it's the pressure check hands moving hands and sound changes. And here we're going around. There's also some chipsets going on here. And let's check this out right here. So this is the AI. The system here. So this is an AI solution that you have? Yeah, so inside the black box there is an AI camera. And it can only detect humans. So for automotive applications. Nice. Okay, let's go jump in here. So this is with the camera. And it's like a new ISIC developed with MediaTek to enable AI. So basically this is an ARM chipset. And this whole AI stuff can have people recognition happening here. So doing a lot of AI work? Yes. Let's try to jump in there. Let me jump right there. So here we have a micro LED. This is a 1.8 inch micro LED developed like here, Sarah. I'm using this kind of technology here. We'll put it together. And I put my... It's very bright. So this is very bright. High brightness. Very high brightness. And here we have it also. Nice. So hopefully it will come bigger and bigger. Hopefully it will. Alright. Let's go around here. This is a carbon hydrate monitoring system. What is happening here? So the sensor measures the pressure wave. And we found the patterns of the pressure wave is related to the level of glucose after the meal. So we can estimate the glucose level, the carbon hydrate metabolism. To monitor the health state. So this is a health monitoring system, but... Basically it's monitoring what happens at the level of how the body is absorbing nutrients. Not all nutrients, but... It's monitoring how the glucose and the carbon hydrate... How they are reacting on your skin. What's happening at that level there? What's going through the skin? Not going through the skin, but... The gyroscope measures the patterns of the pressure wave. Nice. So this little sensor right here... It's dangerous. Many different solutions. What is this? Nice. Alright. And this is 3D also. Yeah. Alright. So the Sea Attack is a big show for you. Many different demos. Also see me with my bag. I'm in the... It can detect everything about me. Cool. So Kiyosera is always busy, right? More and more things. A lot of technology. Yeah, we have a lot of technology. Bring your future more comfortable and more happy. Happy life with IOT technology. IOT solutions.