Today, those systems are buckling. If you’ve ever received a boil-water notice,watched your well level drop, or wondered what’s actually in your tap water—youalready know. Droughts are intensifying. Contamination events are rising. Extreme weather is battering aging pipelines. AI data centers are consuming water at staggering rates. And the infrastructure we’re relying on—desalination plants, municipal treatment facilities, wells, pipelines—simply cannot keep up.
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It’s not just that the pipes are old. It costs $1–2 million per mile to lay new pipeline. Permitting and building a desalination plant takes three to five years.

Three converging trends are pushing us there. First, plug-and-play devices that create water on-site now exist at commercial scale. Second, production volumes are rising and driving unit costs down. Third, homeowners are fed up—tired of boil-water alerts, contamination scares, and watching their reservoirs shrink—and they’re actively looking for alternatives. Here’s where the math flips: skip the pipes and a liter made at the point of use beats trucked or piped water on total cost. When that math holds, local waterbecomes the obvious choice—just as rooftop solar became the obvious choice formillions of homeowners. part of the solution today as we build a more resilient and sustainable future through atmospheric water generation.

The resource we’re tapping is extraordinary. The Earth’s atmosphere holds over200 times more water than humanity consumes in a year, and it naturally replenishes every eight days through the planet’s water cycle. It’s the largest renewable water source on Earth, and until now, no one has built serious infrastructure to capture it.

Municipal tap water is heavily subsidized—often priced below actual cost, even indrought-prone states like Arizona and Texas. Desalination can produce water cheaply at the coast, but plants cost hundreds of millions, take years to build, and are tied to coastlines and centralized grids. Both are remarkable systems—and both are increasingly fragile. The stress is already visible: contamination events, boil-water notices, rationing, full service disruptions.

When you compare any new technology to a mispriced or heavily subsidized commodity, the new technology will always look expensive. But AWG isn’t competing on sticker price. It’s solving a problem that existing infrastructure can no longer reliably solve: delivering resilient, local water that doesn’t depend on aging pipes, coastal access, or political will.

The same way Tesla Solar, Enphase, Sunrun, and Generac built distributed powerfor American homes, Aquaria will take a direct-to-community approach—deploying residential atmospheric water generators and rapidly building a customer base. Homeowners need resilient, reliable, clean water. Aquaria will be their solution.
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Generac owns 80% of the home backup generator market because they defined the category early and scaled fast. That’s exactly the playbook. Critically, our GEN 1 Hydropacks already make economic sense for residential homeowners today. This isn’t a bet on future technology. The product works, the demand is real, and we’re sprinting to $100 million in annual run rate revenue within the next three years.

The strategy is straightforward—but execution-intensive: scale production, boostefficiency, and drive costs down fast.

Water security has moved from a backstage concern to a boardroom and ballot-box priority. When the 2023 Maui wildfires left neighborhoods scrambling forclean water, when Cape Town’s “Day Zero” drought nearly shut off the taps entirely, when the breach of the Kakhovka dam contaminated entire river systems and farmland—it became undeniable that centralized systems alone
cannot keep us safe. Whoever controls water infrastructure controls the future. part of the solution today as we build a more resilient and sustainable future through atmospheric water generation.

But this isn’t a story about fear. It’s a story about opportunity.

Phase 1: Build the residential foundation. Homeowners who want clean, reliable water on demand. Solar has reached over five million American homes, and clean water is a more fundamental need. Aquaria will become a household name synonymous with air water within five years—three if we can scale fast enough—and there’s room to grow in this segment alone for the next decade. This takes Aquaria to a $10 billion company. part of the solution today as we build a more resilient and sustainable future through atmospheric water generation.