Business Description

Overview Zone Frontier Inc., formerly CleanCore Solutions, Inc. (the “Company”, “we”, or “Zone”) is helping to build the critical infrastructure that powers the AI economy. We aim to meet the increasing demand for compute capacity, power, and digital infrastructure required by the world’s leading AI companies. We specialize in providing powered land and state-of-the-art data center facilities, in conjunction with our development partners, with a goal to support over one gigawatt of computer power by 2030. With campuses being planned and developed across rural and industrial Texas and Minnesota, Zone intends to continue to steadily expand its project portfolio across the United States while diversifying its customer, development partner and supplier base over time. On June 8, 2026, the Company announced a new focus on building critical AI infrastructure across the United States, led by its new CEO Tyler Hassen, and plans to move away from its cleaning products business and Dogecoin treasury strategy. During the twelve months ended June 30, 2026, the Company operated three Segments: ● CleanCore, which specializes in the development and production of cleaning products that produce pure aqueous ozone using patented nanobubble technology that is highly effective in cleaning, sanitizing, and deodorizing surfaces and high-touch areas ● Treasury, established on September 5, 2025 when the Company adopted a Digital Asset Trading strategy focused on Dogecoin as part of a $175 million private placement offering. ● Critical AI Infrastructure, announced on June 8, 2026, focused on building data centers to meet the increasing compute needs of AI companies The CleanCore segment specializes in the development and production of cleaning products that produce pure aqueous ozone for professional, industrial, or home use. We have patented nanobubble technology using aqueous ozone that we believe is highly effective in cleaning, sanitizing, and deodorizing surfaces and high-touch areas. Our mission is to become a leader in creating safe, clean spaces that are free from any chemical residue or skin irritants. We are currently expanding our distributor network, improving our production processes, and proving the effectiveness of our products in restaurants, airports, and hotels. As noted by the U.S. Environmental Protection Agency, or the EPA (“Wastewater Technology Fact Sheet: Ozone Disinfection,” September 1999), ozone has been used in water treatment facilities to remove pathogens from water for decades. However, ozone was not safe for traditional cleaning because the gas alone can be harmful when inhaled. In recent years, ozone has been found to become a powerful cleaning solution if infused into tap water, which then creates a solution called aqueous ozone. Once the ozone is added into the water, the resulting solution is safe to handle, yet continues to hold the effective cleaning and oxidizing components of ozone. Our product offerings utilize patented technology that we believe produces an enhanced aqueous ozone solution that requires no additives, filters, or advanced chemicals. We believe that we are the only company that has an aqueous ozone solution that is produced in the form of nanobubbles. In a critical review from Environmental Science Nano (“Disinfection applications of ozone micro- and nanobubbles,” November 2, 2021) authors Petroula Seridou and Nicolas Kalogerakis explain that since its discovery in the 1990’s, nanobubbles have been used to remove pollutants in many industries, including biopharma and food processing. Nanobubbles are nanometer-sized (one billionth of a meter) gaseous cavities in a liquid solution. The common micro sized bubbles have larger diameters which causes them to rise quickly to the surface of an aqueous solution as compared to the smaller bubbles. 1 Since nanobubbles have no natural buoyancy, they remain underwater, where each tiny, negatively charged bubble is attracted to positively charged pollutants and harmful toxins. In the article, Seridou and Kalogerakis write about how this union causes the nanobubbles to release ozone which extinguishes pathogens and slowly breaks down the cell walls of mold, germs, and other residues. Further, a smaller size of nanobubbles is also more effective as they have a higher density of ozone and are able to provide a more thorough surface coverage, which destroys a higher number of contaminants.…