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AI Gold Rush or Bubble?

Source: rogermontgomery.com

Published on September 29, 2025

Updated on September 29, 2025

A massive AI data center under construction, symbolizing the AI investment boom.

AI Infrastructure Boom: A New Gold Rush?

The artificial intelligence (AI) infrastructure boom is reshaping the global tech landscape, sparking both excitement and skepticism. Recent developments, such as the construction of a massive AI data center in Ellendale, North Dakota, highlight the scale of investments pouring into the sector. However, questions linger about the long-term viability of these projects, drawing comparisons to the dot-com bubble of the late 1990s.

The Ellendale data center, costing over US$15 billion, is just one example of the AI infrastructure surge. This single project accounts for a quarter of North Dakota's annual GDP, raising concerns about whether such investments will yield proportionate returns. As AI advocates herald the Fourth Industrial Revolution, the rapid transformation of industries through AI, robotics, and other technologies is undeniable. Yet, the economic risks remain significant.

The Scale of AI Investments

Major tech companies like Microsoft, Meta, and others are committing unprecedented resources to AI infrastructure. Microsoft's Satya Nadella hopes AI adoption will accelerate, while Meta's Mark Zuckerberg highlights the company's potential US$600 billion investment through 2028. However, these investments are speculative, banking on AI's ability to transform the economy quickly enough to justify the costs.

The Wall Street Journal draws parallels to the dot-com boom, when telecom companies invested heavily in fiber optics, only to face collapse. Today, the AI infrastructure sector is a nearly trillion-dollar industry, but its success is far from guaranteed. CoreWeave, a company at the center of this boom, exemplifies the risks and rewards of the AI gold rush.

CoreWeave: A Story of Rapid Growth

CoreWeave's Ellendale project reflects the current AI frenzy. Transitioning from a small crypto mining operation to a major AI cloud computing player, CoreWeave has secured over US$42 billion in contracts, including agreements with OpenAI. However, its growth is fueled by debt, with US$15 billion in loans and US$56 billion in long-term data center leases. This financial structure raises concerns about sustainability, especially if demand for AI services declines.

CoreWeave's short-term revenue contracts contrast with its long-term liabilities, creating a precarious balance. If demand falters or tenants depart, CoreWeave's investments could become obsolete, much like the dark fiber cables of the early 2000s. The company's rapid expansion highlights the broader risks of overbuilding in the AI sector.

Economic Implications and Job Displacement

The economic impact of AI goes beyond infrastructure investments. While AI has the potential to drive significant revenue, questions remain about where this revenue will come from. Bain & Co. projects US$2 trillion in yearly AI revenue by 2030, but this estimate may be overly optimistic. Morgan Stanley's more conservative projection of US$45 billion in AI revenue last year underscores the uncertainty.

The displacement of white-collar jobs by AI adds another layer of complexity. If AI eliminates jobs, who will have the means to purchase AI-driven products and services? This paradox could undermine the economic benefits of AI, as fewer consumers may be able to afford the technologies driving the transformation.

Debt and the Tech Cycle

The AI boom is fueled by intricate webs of debt, with hyperscalers like Alphabet, Microsoft, and Amazon committing vast sums to data centers and chips. These investments often involve leasing agreements with intermediaries like CoreWeave, creating a complex financial ecosystem. The risk of overbuilding, driven by the belief that transformative technologies must be profitable, is a recurring theme in tech history.

Historically, many technologies have benefited consumers more than investors. Canals, railroads, electricity, and automobiles all followed this pattern. While AI has the potential to transform society, the current investment surge may lead to losses for many investors, as hype outpaces realistic demand. The AI race continues, but the outcome remains uncertain.

Conclusion: Gold Rush or Bubble?

The AI infrastructure boom represents a pivotal moment in the tech industry. While the scale of investments is astonishing, the risks are equally significant. The parallels to the dot-com bubble serve as a cautionary tale, reminding investors of the potential for overbuilding and collapse. As the AI gold rush presses on, the question remains: Will this surge lead to sustainable economic transformation, or will it become another bubble in tech history?