 Hi, I'm Jan, the CEO of Skygrids, and I'd like to give you a sneak peek into the future. I'd like to present our vision of 2030, where drones will be fully integrated into the urban environment. Intercity travel will be taken over by air taxis. The last mile package delivery is fully fixed, and drone highways are connecting hospitals to have a constant medical supply. But this goes further. Drones will also be used for autonomous operation, for the maintenance inspection. Think for example of wind farms or railways that needs to be inspected. And the drones will conduct all this autonomously. They will have taken over and offloaded the repetitive human tasks that they do. For example, the window cleaning of skycrapers, and they advance the whole search and rescue operations. To put it more concrete, drones will be everywhere. And they enable a whole new era of automatization, connectivity, and IoT, that is literally adding a next dimension to the urban lifestyle. But there is one problem, and that is flight time. Just with the limited capacity the batteries have, it's forming the major obstacle for this breakthrough of drones in the transformative applications. And this is exactly what Skygrids is building. We are building a grid in the sky. We are wirelessly powering the drones, and in this way, they can conduct their operations with our technology on long-range energy transmission. This should be... Okay, there we go. We have conducted a quest to find this technology. We have worked on months. We have compared different technologies, different working principles. We have sought for this for a major time in comparing systems, in order to design a system that is fully capable of powering the drones. And after all this hard work, I'm incredibly proud to, right here, right now, present you for the first time autonomous system. We are going to do wireless charging. And this prototype is demonstrating in a very... This prototype is demonstrating in a very compact and mobile way how we can revolutionize the drone industry. We are providing energy on a long-range basis, and this system is super easy to work with. The fully automated system will locate the drone and wirelessly provide energy precisely where it's needed with our precise tracking algorithm. We use an infrared laser beam that we shine onto a photovoltaic receptor, and in that way beam energy all the way to the drone, enabling a continuous flight. And this is completely revolutionary for the drone industry. From now on, industrial inspections of, for example, windmills can be completely revolutionized. The inspector is only going to focus on the actual inspection, and it does not have to take into account all the overhead of changing or charging the batteries. By this, we are cutting the inspection time by half. And this is not only saving on the maintenance of the operator itself, but it's massively saving on the infrastructure downtime. Here you can see the drone in action, where it's wirelessly charged while doing the operations. And this is going to completely transform the inspection of drones. The pilot can fully focus on the inspection without having to wonder about energy systems, how it's going to work. And he can fully focus on maximizing the added value that his eye from the sky brings. That is what we're building in the Thunderbolt product. It is designed for long-range energy transmission with a 10-kilometer energy proficiency, where we can provide up to 800 watts to any aerial system that is conducting inspections. And for this, it's going to increase the flight time by just 20 minutes to well over two hours by more than a factor of 10. And it's globally going to reduce the overhead by 80%. And as we do two times faster inspection, we save on the operator costs and also the infrastructure downtime. And we've done the case study for wind farms in Europe, where they would save up to 90,000 euros every year just by adding our system to the already using drones for the inspection. Of course, we have a bigger view than just that. I introduced with drones will be everywhere, drones will be buzzing around our head. We're not just going to power one drone. We're going to build the grid in the sky. That's why we're sky grids. And this is what we're integrating in the ThunderLink system. The same vision we have for powering one drone, we will use an interlink to multiple drones where you could think, for example, as this drones flying in a city where the first drone is is just hovering above a warehouse where it can generate or reduce. It can relay the power to all the other drones flying on the city where these drones can do the actual operations. They can do the package delivery. They can provide solutions for the last mile package delivery, just as an example case. And they don't have to worry about their energy systems. They can just conduct without landing, without charging, without changing batteries. That is what we are building in sky grids. We're building the grid in the sky. And we enable limitless drones and boundless flight. Thank you.