What's Happening?
Oracle and NuScale Power are two companies positioned to benefit from the massive build-out of AI infrastructure, which is projected to see hyperscalers spend up to $4.1 trillion from 2026 to 2028. Oracle is aggressively expanding its cloud infrastructure, with
its cloud infrastructure revenue increasing 93% year-over-year to $5.8 billion and signing $67 billion in AI infrastructure contracts in its fourth quarter. The company is also designing multi-gigawatt data center campuses to be powered by small modular reactors (SMRs). NuScale Power, a developer of SMRs, has the only SMR to receive standard design approval from the Nuclear Regulatory Commission (NRC). Despite Oracle's growth, investor concerns exist regarding its significant capital expenditures of $55.7 billion in fiscal year 2026 against $32 billion in operating cash flow, and over $122 billion in debt. NuScale has also experienced volatility, with its stock down 83% from its 52-week high, partly due to its largest shareholder, Fluor, selling its position and a lack of firm commitments beyond a project in Romania.
Why It's Important?
The roles of Oracle and NuScale highlight the critical interplay between computing power and energy supply in the rapidly expanding AI sector. Oracle's substantial investment in cloud infrastructure and its pivot towards AI-driven services underscore the immense demand for processing capabilities. However, its high capital expenditures and debt levels raise questions about financial sustainability and the risks associated with such aggressive expansion. NuScale's focus on SMRs addresses the significant electricity constraints faced by next-generation AI infrastructure, positioning it as a potential solution for sustainable power. The success of companies like NuScale could be pivotal in enabling the long-term growth of AI by providing reliable and potentially cleaner energy sources. The challenges faced by both companies reflect the high-stakes nature of investing in foundational technologies for AI, where rapid growth is accompanied by substantial financial and operational risks.
What's Next?
Oracle's future performance will largely depend on its ability to bring its data centers online on schedule and ensure that demand keeps pace with its massive cloud infrastructure expansion. Delays could lead to revenue shortfalls while capital expenditures and interest payments remain high. For NuScale, securing firm commitments for its SMR technology beyond its current projects, such as a potential agreement with the Tennessee Valley Authority (TVA), will be crucial for its stock recovery and long-term viability. The company's management hopes to finalize such a deal before the end of the year, which could serve as a significant catalyst. Both companies will need to navigate investor concerns regarding their financial health and operational execution. The broader AI industry will continue to watch these developments closely, as the availability of both computing and power infrastructure is essential for its sustained growth.
Beyond the Headlines
The strategic moves by Oracle and NuScale reveal a deeper narrative about the infrastructure requirements for the AI revolution. The immense power demands of AI data centers are pushing the boundaries of traditional energy grids and accelerating the exploration of advanced energy solutions like SMRs. This trend has significant implications for energy policy, environmental sustainability, and technological innovation in the U.S. The financial risks undertaken by companies like Oracle in their aggressive expansion highlight the speculative yet potentially transformative nature of the AI market. Furthermore, the reliance on advanced nuclear technology, if successful, could reshape the energy landscape, offering a cleaner and more stable power source for industrial-scale computing. This intersection of AI, cloud computing, and advanced energy solutions represents a critical frontier in technological and economic development, with long-term impacts on national infrastructure and global competitiveness.
