 Hey I'm Valerian and founder of the Denki Gami. So what are we looking at here? We're looking at small electronic paper toys for children. So kind of origami style. Kids can pop out the characters, add very basic components to the things and then each of the characters can do very nice and individual things like locking up a little RGB LED or this one has a light sensor inside. So whenever light hits the sensor, the little motor inside starts to shake and the little thing around. Like this. Yeah and it's meant for children to learn actually the basics of electronics without making them afraid of the technology. Wow, is this shipping? Not yet, not yet, not yet. So what's going on here? Do you have lots of different or is it just the same mostly? We printed a lot of them in different colors and on paper so that the agility, the ideal moment, kids can choose whatever color they like. So it's for everyone. Is the LED already on it or you have to add stuff? No, you have to add it, you have to add it by hand. How do they do? Very simple. I mean not a perfect example but just putting them through the paper I can show you actually on the camera. So here you have the LED that comes in the package. Exactly. Has little pins. And then you basically just fold the paper and then you can push through the little... The holes are already made? They are already made, yeah. In the next version they will be bigger so it's way easier because right now it's still a bit complicated. But it's okay, it needs to be a little challenge, you know. Exactly, exactly. It's too easy because then the kids, you know, they play another game. Exactly, it needs to be a challenge. You have to get them all at the same time for a tour? Two is enough actually but I will try to put them in at once. So you push that one in? You have to make sure you're assembled actually enough to work for this kind of circuit. So you don't need to glue anything, you can remove the parts again, use it for the next project. And where does the battery go? The battery goes here. And you have one? Yes, I have one. It's the same, no glue, nothing. Just push in the battery, connect the plus and minus. And then there's like a trigger? Yeah, so the circuit goes here and it's here at this point not connected the LEDs goes on the same. And the other one? Is it different color or is it the same? No, it's different. Oh nice. It's not so nice visible. And is there a way for the kids to put it like tightly onto the thing or? Yeah, absolutely. You don't put like soldering? You don't need to solder now. You just do tape maybe or something? You can use the Cooper tape or aluminum tape, sometimes it works. But normally or it's in the best case when we have the project ready we will have it like this that you don't need to solder anything. There's no glue, nothing, you just can put them inside, take them out again, use them for the next project. Nice. Can you show a little bit of the different similar ones or different ones? These are different colors. One version, this is the other version. And what's the limit? Is it imagination? Yes. Do you have ideas for lots of stuff? Yeah, of course. This is just the free we had remade for the workshop which had the title of the energy production. And so each of the animals is connected to an animal which produces or sends electricity. So there's the firefly, there's the electric eel, there's the platypus. And of course you can extend the production line. And these are active right now? Mm-hmm. So you have to touch both? Well, the kids, can you make them program something? Can you run software? Not yet. I mean, you're cool because here's a place for a little ship. And you could technically program the ship. But this is not the focus of this project because it's meant to make them learn a bit about electronics before they're touching platforms like Arduino or Caliope. But you could potentially, some kind of way to, you know, you draw something and it's like programming. Yeah. Is that too difficult? You need a special pen, right? Yeah. If you draw a special thing? Maybe if you have like ready-made circuits and you just draw a few, then you can program. Yeah, sure. Is it going to be like a book full of these? How's it going to work? It was one of the ideas. Right now we want to have this standalone version. So that you get kind of a package or an envelope with one of the thank-you-gummies inside with all the components for some certain price and then you buy it and you can put it together and then you collect all of them step by step. What's going to be the price? Is it possible you can include this with like a popular kid children's magazine as a promotion? It depends because now it's a really high quality print. It's fingerprinted from hand. It's really nice paper. So now one piece is around 10 and 15 euros. That's okay. I don't know if you can put it in the Mickey Mouse magazine. It needs to be a special one. Yeah. Like the VIP Mickey Mouse. Yeah. All right. Cool. All right. So there you have it. People can find you right here. Then Kigami. What's the idea about this name? Japanese for electronic paper. You know origami. Nice. Yeah. It's foldable paper and Denki is electronic.