This new generation of technology is a paradigm shift of how we humankind makes chemicals. Chemicals are everywhere around us. It's in our medicine, fuel, plastic, food, and most colors, to name a few applications. Unfortunately, petrochemical production is toxic and polluting. However, for the first time in history, we now have the tools and insight to control and optimize nature's biological processes, enabling us to replace traditional chemical production methods with a sustainable and non-polluting alternative, exozymes. Exozymes are advanced enzymes engineered to thrive outside living cells. Exozyme biosolutions transform affordable, widely available feedstocks like sugar and biomass into a diverse range of valuable small-molecule chemicals. These include active pharmaceutical ingredients for medicines as well as biofuels, to name a few but highly important use cases. Building on more than a decade of expertise in enzyme and exozyme optimization, we leverage artificial intelligence, high-quality enzyme data generation, and rational design optimization in our state-of-the-art lab to design, test, and commercially scale biosolutions. Inspired by insights from the four recent Nobel Prizes in chemistry, our technological platform represents the pinnacle of biomanufacturing innovation. By freeing enzyme-driven chemical reactions from the limitations imposed by cellular environments, we are eliminating the scaling bottleneck that has hampered commercial success in the synthetic biology space, making an exozyme biosolution the natural extension to most synthetic biology projects. While petrochemicals have brought us much of the prosperity of today, we can for the first time start using nature's own inherently sustainable processes to mass-produce chemicals in new and non-polluting ways, ensuring a cleaner and greener future. We envision a world where exozyme biosolutions drive the mass production of natural, sustainable products, ushering in a new era with an abundance of biomanufactured natural goods. So if I look back to, let's say, when my dad was born, that's around the time that the invention of the transistor happens. I promise you, back then, nobody almost understood the impact that that would have on the present we're living in today. Back then, people were not thinking, wow, the transistor, that's going to do a lot of good things for me. Most people didn't hear about it. If they heard about it, they didn't know about it. They didn't care about it because they thought it had nothing to do with them. And look at us now. What the computer, what the internet, what the digital world have done for the world. I think the same thing, and maybe even bigger, because this is more fundamental. We will, in our lifetimes, be able to look back, and then the next generation will look back and say, wow, that was where they did that gear shift, going from a non-sustainable way of living the good life to a sustainable way that, out there, will have solved a lot of the problems that we're facing today. So when I take the time to sit down and dream about what exozymes will do for the future, I get truly excited.