AI and energy hunger: Why Microsoft, Cameco, and American Atomics are part of a megatrend

The digital revolution is reaching its physical limits

For a long time, the discussion around AI was conducted almost exclusively at the software level. People talked about algorithms, computing power, and data volumes. But in the background, an energy crisis was brewing that threatens to stifle the industry's growth. Training a single AI model and then answering millions of queries during operation consumes amounts of energy comparable to the needs of entire small towns. The problem for tech giants is not the price of electricity itself, but the availability of "clean" energy that flows 24 hours a day, 7 days a week, 365 days a year. Wind turbines stand still when the wind is not blowing, and solar panels do not produce electricity at night. Battery solutions are still far too expensive on this scale and are technically challenging to scale. For companies such as Microsoft, Amazon, and Google, which have set themselves strict climate targets, coal and gas are not viable long-term solutions. This leaves only one technology that is CO2-neutral and at the same time has the base load capacity that is essential for server farms: nuclear power.

The trigger: Constellation Energy and the historic Microsoft deal

For a long time, nuclear power was considered a relic of the old economy on the stock market, burdened by regulatory hurdles and a poor image. But this perception changed abruptly with a bombshell in the US: In 2024, US energy supplier Constellation Energy signed a historic 20-year contract with Microsoft to restart the Three Mile Island nuclear power plant to supply AI data centers. This deal sends an unmistakable and radical message to the capital market: nuclear power has a future. Analysts expect this to be just the beginning of a wave of similar collaborations in which tech companies buy directly from suppliers.

The bottleneck: Cameco and the physical reality of the market

But even the best reactors and the most financially powerful customers will come up empty-handed if there is no uranium. This is where the new boom in demand from the tech sector collides with a harsh physical reality shaped by years of underinvestment. Cameco, the largest Western and publicly traded uranium producer, is already warning of an extremely tight market situation, as geopolitical tensions and sanctions against Russian uranium are further and permanently reducing global supply. The market has shifted from a buyer-dominated market, where utilities could dictate prices, to a seller's market.

Industry leader Cameco is virtually sold out for years to come and is signing long-term supply contracts to ensure security of supply for the Western world. In the process, the terms have clearly shifted in favor of producers. Meanwhile, the major suppliers are frantically trying to secure material for the 2030s. The logical consequence of this development is a drying up of the spot market, where there is hardly any free material available. Experts agree that the price of uranium, which has long been below the production costs of many mines, must rise significantly to make new production economically viable. Without a uranium price significantly above the USD 100 per pound mark, it will be virtually impossible to bring the necessary new mines online. The deficit is structural and cannot be remedied in the short term, as the development of new deposits often takes a decade or more.

The strategic gap: Why North America is key

The situation is exacerbated by geopolitics. A considerable portion of the world's uranium supply and, above all, enrichment capacity has so far been located in Russia or its sphere of influence, such as Kazakhstan. However, since the growing geopolitical tensions, the focus has been on secure supply chains. So anyone who has uranium in the ground in the US or Canada has a strategic asset that is likely to trade at a massive premium in the coming years.

The opportunity: American Atomics as a lever for development

American Atomics is stepping into this vacuum. The Company is a focused developer that is active precisely where future uranium supply chains are expected to originate - directly in North America. The Company concentrates on developing deposits in regions with an established mining history and legal certainty. This is crucial, as institutional investors are increasingly avoiding risks in politically unstable countries such as Niger or Central Asian states.

This is precisely where American Atomics comes in with an integrated approach along the entire nuclear fuel chain, ranging from exploration and processing to other technological solutions. The operational centerpiece is the Big Indian project in the historic Lisbon Valley district in the US state of Utah, where the Company has secured a dominant land position on the geologically promising but largely unexplored eastern side – in close proximity to a region that has historically yielded 78 million pounds of triuranium dioxide (U₃O₈). Beyond pure production, American Atomics is planning a central processing plant in collaboration with partners such as CVMR and is driving value creation through the development of fuel technologies from laboratory to pilot scale, enabling it to position itself in the most profitable sectors. For investors, the focus on US supply security, government support through DOE programs, and a valuation of only CAD 12.24 million result in a highly exciting risk-reward profile in a market characterized by structural shortages.**

The opportunities that the hunger for uranium offers investors

If the price of uranium rises, the value of American Atomics' resources is likely to increase exponentially rather than linearly, as projects that were barely profitable at USD 60 per pound could be highly profitable at USD 90 or USD 100. In a world where Microsoft leases nuclear power plants and the West is decoupling itself from Russian raw materials, companies like American Atomics are obvious second-tier winners.