 Hello, everyone. My name is David Lunsford, and I'm the CEO of StreamOcean. We're based in Zurich, Switzerland, and we're very concerned about the health of our oceans. For centuries, humankind has relied upon the ocean for food and for protection and for safety. But we also use the ocean as our trash can and for our sewage. And companies that operate in the ocean have very light touch regulation for what they put in there and how long it lasts and the damage it causes. This time is coming to an end. Because less than a year ago, 190 countries sat together and agreed that this is the end of ocean pollution. And we're going to try our best to stop the death in the oceans that we've experienced up until now. We see regulations that reinforce the high-level commitments at the UN stage. So you have now regulations happening around European waters, even also in the United States and North America. So just for example, next year in January 2024, if you do any offshore infrastructure projects off the coast of the UK, not only do you have to neutralize your impact, you have to prove that you have a positive impact on biodiversity after doing an infrastructure project. And this type of regulation is following companies around the world. One of the biggest problems is that humans, we actually don't understand the oceans very well. We don't go there for long periods of time. We can only scuba dive and stay underwater for about an hour. And when we go to inspect the ocean, most of the life there swims away, naturally, because we look very strange when we get into the water. And therefore, the way that we've monitored the ocean up until now by using divers and boats and other remote operated vehicles is not the best way to do this. It's expensive and risky. It's unscalable. And that's why at StreamOcean, we're building an underwater surveillance system. We've designed best-in-class cameras that stay deployed for long periods of time. And the cameras connect to our AI object recognition model, which is a well-understood form of using AI at this point. But as you can see in the image on the right, we train our algorithms to recognize fish species. So you can put a camera in the water, and when you extract it and you extract the data, you immediately get video and you get an understanding of what life we have observed happening underwater. And our technology now is for someone to deploy our battery-powered cameras for weeks and potentially months on end. And as I said, once the camera is retrieved from the water, video and data points are retrievable at a desktop computer at the moment of extraction of the data. And you can see here, just via this animated video here, that object recognition technology underwater works very similar to as it does today. So building a surveillance system is perfectly, technically feasible. We just need to solve the power and internet problem underwater, and that's what we're working on as well. Now the reason, the competitive advantages that we have in this field are three-fold. We've designed best-in-class underwater cameras. We have ground-truthing data, which is extremely important because a lot of what you see happening in the ocean today are data points that were gathered, but rarely do you ever have data points and also video or imagery to back it up. And then what we do with the data that we extract is we use methodologies that are very well understood and academically robust. So calculating things like species richness, functional diversity, looking for rare or species that are going extinct. And the industries that are currently the most regulated at the moment are some of the ones that are the fastest growing. And as you see in the background picture here, offshore wind is booming. It's booming because we're looking for green energy sources and we don't want to put it next door. It's not in my backyard syndrome. So we're putting in the ocean. What does it do? Well, offshore wind farms have a very strong negative impact oftentimes on the animals that are living there underwater. So we're going out there scaring away fish and animals in order to generate clean energy. And now is the time where you'll see tenders for offshore wind requiring ecological management practices within the tender in order to win it. You'll also see most very large offshore wind developers like you see listed up here. We have Vattenfall and RWE, Orstedt, Iberdrola, you'll find BP, Shell, Equinor. Almost all of the major offshore wind developers are internally announcing company targets to either become completely neutral net impact on nature or even having a nature positive impact on what they do. So what you'll find actually happening in the wind farms of the future is they're going to become somewhat of marine protected areas where a lot of aquaculture is grown, fishing is allowed, wind parks become more sustainable. There's going to be a lot of monitoring equipment in these wind farms and also in other projects because there are thousands of kilometers in size. And what we see if you put approximately one camera alongside one monopole of a wind turbine is that we'll quite easily reach, this is just by 2030, approximately 8,000 cameras needed to monitor areas along the coast of the North Sea and the Mediterranean and the Atlantic in Europe and also approximately 61,000 cameras needed to monitor the expansion of offshore wind around the globe. And our business model is relatively straightforward. We sell cameras and then we have a SAS model which requires a monthly subscription for our clients in order to access the data that we acquire from their sites. And what we're working on now is a way for cameras to stay deployed for longer in the ocean and also keep that connection to power and internet, which is really crucial. So we're working with a buoy manufacturer which is providing us with an existing buoy for generating solar power and giving us 4G, 5G and also satellite connectivity to the internet. So thank you very much for your time. I hope you find this speech inspirational and please think about the ocean the next time you use wind power or go on holiday. So thanks and have a nice afternoon.