 And we hear the ID Tech Act show and hi, so who are you? Hi, my name is Gustav, I'm the founder of the company Vulpes. And right here you're using the Vulpes gloves or your technologies in this glove? Exactly, so we have developed smart heated technology that can be controlled with a smartphone and this is completely sensor based technology, which means it can automatically regulate the temperature. So it's heating? So it's heating, yes, right. That's your technology, is it heating? It's heating, sensor based heating, yes. Sensor based heating, you also have it in the soles right here? Right, right, so the sensor's belly. You want to see how it works? Yeah, so on your phone you say I want hot feet, we click? Right, right, this is how it works. So we have built a platform and one of these, so there's a front end on the iOS where you can pick up any device like a jacket, for instance, or head or shoes, connect them, pair them with your smartphone and here you have your inventory of different products. So what I, for instance, would like to activate the heat, I click on the shoes or the insules and can control the insules based on the steering wheel or like plus and minus buttons. Is it connected now? Yes, it's connected now. So you see like the LEDs? I'm not sure if you can see that, but you see like LEDs is lighting up and you see depending on the different temperature levels, the LEDs changing, so this is kind of an indication of the heat. Nice, and it goes to the front of the foot or? Exactly, so you could like use a telemetry camera to have a look, I'm not sure if you can see that. So now we have 38 degrees, so it starts to heat up. Let me have a look, so 40 here. So actually the product can be heat up up to 60 degrees Celsius, so then we get pretty warm. And so the good part is that this insules is one of the most thinnest insules on the market with 1.2 centimeters in the thickness. We have a very powerful low temperature battery inside which can be operated up to minus 40 degrees Celsius. Is not lithium ion? Is lithium polymer? Lithium polymer, so that means it's better for this application, you have to step on it every day. It's not going to explode on your feet, right? No, it's completely protected, so it's completely encapsulated. So it's also certified according to all standards in the European Union and Japan. And is this for sale? Yeah, we're already selling those products, so this is kind of the product from 2017, so we're currently under development of a completely new system architecture which will improve the battery runtime, the communication system, and of course the comfort. All right. Is it connected to your poster? I'm checking. Yeah, it is. Because the poster just... It is actually. Oh, no. It just fell down. No problem. I will put it back. You said it was connected to the poster. How? Connected? No, I mean like... It was just demonstrations of it. So is this for sale also? Yeah, it's also for sale. And what's the price to have hot shoes or hot gloves? Yeah, 220 for hot gloves and 150 for a hot... And this goes inside any shoe? Mostly winter shoes. But you have to probably remove the insoles of their own shoe to have a better fit. And what are you showing here in the video? There's a hat also? Yeah, it's sort of like one of our first products we have developed. Nisha? So this is your special hat, small hat? Exactly. We have a different range of hats which use the same technology, same productivity technology. So for instance we have currently... On the mark we have two colors next season. So starting September 2019 we will get a completely new upgrade of the system with new production techniques on how to embed and improve the integration of heating yarns into the fabric. So how do you do that? The integration self? Yeah, what is the special part? You're doing in collaboration with the materials that are used for clothes? Textiles? Is it smart textiles? So what we do, our company is focusing on software and hardware integration. So this is the main part. And the integration itself is what we're doing. So we're applying a lot of different sensors and wearable parts to create one fully swathed through product. Alright, that's cool. And in September when you have the next generation, is it going to be a cheaper product? It has better performance actually, so we will increase the battery capacity by 15%. We will improve the communication standard to the most recent one and we will add more features inside. Bluetooth 5? Bluetooth 5, yeah. So lower power consumption? Exactly. A better PCB? A better PCB, exactly. I'm talking Nordic. Nordic semiconductor, yeah. We're considering taking them, so we have like two suppliers, Nordic and Texas Instruments. So we have to... Which one is better? I can tell you by the camera. Okay, no problem. And there's competitors doing this kind of stuff, right? So why are you special? So I think the special thing of what we're doing is we are connecting completely closing items from head to toe. So as you have seen on our mobile application, we can be completely... We have just one application for all of the products and I think it's kind of a handy because you have not like 1,000 different providers and having one technology applying for all of the items. But when people buy clothes, it's not only the heating, they also want nice clothes, right? So you're working with nice clothes designers? Yeah, we have our own designers in-house, so we have created next-generation gloves. So this is a sport glove, but we have created more urban gloves for everyday use, which has a much better appealing. They're smaller? Yeah, they're smaller, less bulky actually. So we're using different materials inside. And yeah, you have... Where's the battery? The battery is placed here underneath. So there is a waterproof pocket and there is the battery placed. You can take it out? Yeah, of course. You can take it out and charge it. So all our batteries are compatible with power banks. So you can charge it via micro USB. Nice. And they're cased in a shockproof and fire-resistant material, which means something has happened in the case of lithium-polymer battery. So this holds the energy inside the casing. How much MAH is here? 1.9 ampere hours. And how long time is it going to power the... So this glove is currently two to eight hours, depending on the temperature. So we're also doing an upgrade on the whole battery technology for the next-generation products. Okay. And wouldn't it be cool if this was smaller and maybe you could fit in a power bank? You just swap it and continue. Or in theory you could have more than one of these, right? Sorry? You could have more than one? Yeah, yeah. And then swap another one in? Yeah, of course you can. But the issue is, of course... I mean, it's always the issue of having like... We would like to have tiny batteries and tiny electronics, but then you compromise the performance. So you have to make some like... Nice. All right. And there you have it. Getting a hot in the winter.