 Hi, Slas. I'm Dimitrios. I'm the co-founder of Medusoil, a construction tech startup based in Switzerland, which brings innovation literally down to earth. Medusoil produces and commercializes a liquid agent which reacts with the ground to turn soils into rocks. That's how we provide construction firms with ground stabilization solutions. You know, we humans are very good at one thing, which is our unique ability to take things for granted. We tend to believe that the world around us will be the same, the land we live on will be the same, and so we'll do the infrastructure we build. Well, we are wrong, the world is changing, and so does the land. Nowadays, about twice the size of Paris is stabilized annually around the globe, mainly by using cement. 2% of global cement consumption ends up in the subsurface, and it's usually not the optimal solution, but the only one that exists. It generates a market of about 24 billion euros and more than 100 megatons in CO2 emissions, and it's a market that hasn't been disrupted in decades. During my PhD thesis, I developed a liquid solution which reacts with the ground by using microorganisms and elements which are nowadays only fertilizers for soils. This patent technology harnesses a natural process and brings it at the industrial scale. We're in the markets. We've delivered real world applications. Behind me, you see our most recent application in Switzerland. There was a site that was hit by landslide, triggered by extreme rainfall in 2018. In just a week, we arrived, drilled five meters into the ground, introduced a liquid agent and public authorities, engineering consulting companies and construction partners were very happy with the results, and this generated a lot of traction that we're now capitalized on. So we've done market potential assessments by accounting both pessimistic and optimistic scenarios, which reflect, respectively, our supply chain and strategies to growth internationally. We target generating a revenue of 150 million in eight years, which would result also in reducing the same year seven megatons of CO2 emissions from the cement manufacturing process. That's about 10% of Austria's annual CO2 emissions. We're now seeking for a series A exactly to enable our expansion towards different territories and tackle local problems of ground stabilization from earthquakes in the West Coast of the US to land reclamation in Asia. We're a team of experts, civil engineers, environmental engineers, chemists. We have in our team people with lots of experience in building and growing startups around the world, and we work together with passion exactly to bring innovation down to earth. Thank you very much for your attention. Thank you. In addition to the environmental impact, is there a cost advantage to your method or no? Yes, of course. I mean, we wouldn't be in the construction industry if we were more expensive than current solutions. One cent can make a difference. We're 10%, a healthy 10% cheaper than current solutions. We work in all soils. Yes. And how sustainable is the rock? Is it permanent? Does it fall apart easily? What's the quality of the thing you've created? Religious cement. We've done all the necessary stress testing, and we have all the necessary permissions from local authorities, as well as from certifications. But take, for example, buildings in San Francisco, some of them sink, even though they were built in 2009. So there's always extensive quality control to be carried out during design application, as well as during lifetime. This is why our solution is very relevant to insurance companies as well. What about the competitors? If there is anybody doing something similar, maybe I believe you have a patent. So it would not be the same solution, but basically competing for the same budget with some innovative solutions. Yes. Great question, actually. The mechanism of harness exists in nature. And nature had millions of years of evolution to bring to perfection. It's the mineralization of calcium carbonate. So it's all about combining this natural mechanism with mainstream tools and mainstream equipment now in construction. We don't revolutionize equipment. We don't require sophisticated tools, because everyone would be afraid of it, actually. So exactly it's about the application, the combined use of these elements that we protect. And we have a product which is hard to copy. Thank you very much.