 So this is the power responder. Yes, it's a supercapacitor which packs a lot more energy and is highly reliable. You can't find places to put these, but you can find a place to put this. We basically make power that fits wherever you want to put it, gives you more design options in your backup power, in mobile electronic devices, in any place where you need power to go where you're at. So the company's paper battery. The name of the company is Paper Battery Company because we are very thin and we're an energy storage device. So it's a battery? It's a hybrid between a battery and a supercapacitor, which is what this device is. So what is the supercapacitor in this kind of product? What is it for? Well, this can do two things. It can hold up your system for a few seconds while you transition from a power loss to a generator. It can also power a non-volatile dim card which needs backup power for one minute when system power goes just to hold on the data that it has. Imagine a rate card which is transmitting data and power goes. You need something to back the cash up. That's what these devices can do. And the fact that today servers are shrinking, energy density, data density is going up. You need more energy. Where are you going to put it? That's the solution we bring. So it says more than five times energy density? So for example what you can see is this device right now is what today's technology is about. All the servers have this? Many of the servers that use non-volatile dims will have exactly this back. What we do is take twice the amount of energy that you can put in this and we put that in this volume. So is this just a prototype or is it mass production right now? This is now moving into production right now. We are doing the final qualifications on our last production scale up. And then a future server will look like this. You can put the power on the wall right here. You can be just lining the same walls with your power backup. You can be putting it right in the air flow. You can put it in the drive bay and let the air flow go through here. You can put it in the dim slot and actually use that to power the neighboring system. And how's the heat or the price? Because we are so thin we just allow the air to go through. So heat is not a problem. We have an adaptive control system. Price points. We are at price parity with the best devices out there today. Price parity. That's our goal. So it's going to be huge or what? Yes. So what were you doing before? We have been developing this technology. For how long? Five years now. Five years. And is this the first time you show it? We have been working with OEMs now for over two years. Many of them are sampling. Qualification cycles are long as you know in this industry. And we are talking to a lot of mobile electronics companies also. What are you showing on this video right there? Currently working on this. What is this? This shows a fast charge. So what you can see is a one minute charge time. As soon as you press that button. I'm not sure right now. When you press that button. I can show you. Less than a minute can be fully charged. We keep this on because it powers the display. Ah yeah okay. So now because I don't want this going in and powering the display and the micro and everything like that. But now we can run this. It's actually running higher power than the OEM battery. Where you can pull the battery out. And do a hot swap. Between your battery that is dying. And a new battery that you want to put in. Our device will run this phone on a call for 22 minutes if you want it to. 22 minutes. But you can't put one of our big devices inside the phone. So a smaller device will run it for let's say a minute. While you go get your new battery and property. So is that one of the makas you were considering getting into the smartphones? Battery anxiety can be dealt with in many different ways. Variables, smartphones, mobile electronic devices. We all need something like that. And so you can put something thin inside the phone. That's right. That keeps it going when you swap the battery. Exactly, it's a hot swap solution that we have provided. What could be the price for in the smartphone for one of these in there? What's the bill of materials? What is the price to make a last 10 minute emergency call when you have no battery power left? That you answer that question.