Powering the AI Boom: Inside the Dissolution of the Crusoe-Boom Supersonic Partnership

In the rapidly evolving landscape of artificial intelligence infrastructure, the race to secure reliable, scalable power has become as critical as the procurement of high-end H100 GPUs. Recently, Denver-based AI data center giant Crusoe Energy Systems made headlines by securing $3.9 billion in funding to fuel its massive expansion. However, amidst this period of aggressive growth, the company has quietly pulled the plug on a high-profile, $1.25 billion partnership with fellow Denver innovator, Boom Supersonic.

The deal, which was intended to integrate Boom’s jet-engine-derived “Superpower” turbines into Crusoe’s data centers, represented one of the most ambitious cross-industry collaborations in the energy-tech sector. With the dissolution of this agreement, both companies now find themselves at a strategic crossroads, recalibrating their respective paths toward powering the future of the internet and high-speed aviation.

The Genesis of a High-Stakes Partnership

To understand the weight of this split, one must look at the unique synergies that brought these two companies together in 2023. Crusoe, founded in 2018, originally gained notoriety for its innovative method of mitigating methane flaring in oil fields by using excess natural gas to power modular Bitcoin mining rigs. Since then, the company has pivoted—and scaled—to become a critical infrastructure player for the generative AI revolution, constructing massive, high-performance computing campuses for industry titans like OpenAI and Oracle.

Boom Supersonic, meanwhile, is best known for its quest to bring supersonic travel back to the skies with its flagship Overture jet. To fund the immense R&D costs associated with such an aerospace feat, Boom launched a secondary business unit focused on stationary power generation. By adapting the core technology of their “Symphony” engine—designed for the Overture—into the “Superpower” turbine, Boom aimed to provide efficient, natural gas-fired electricity to the very data centers that are currently consuming record-breaking amounts of energy.

The initial agreement was substantial: Crusoe committed to purchasing 29 of Boom’s 42-megawatt Superpower turbines, with deliveries slated to begin in 2027. For Boom, the $1.25 billion contract was a validation of its diversification strategy. For Crusoe, it was an attempt to lock in a proprietary, high-efficiency power source that could be deployed rapidly at remote or grid-constrained sites.

A Chronology of the Strategic Pivot

The collapse of this partnership did not happen in a vacuum, but rather as a result of shifting priorities within Crusoe’s massive infrastructure roadmap.

• Late 2023: Boom Supersonic raises $300 million to commercialize its stationary power turbine business, with the Crusoe partnership serving as the foundational anchor for the initiative.
• Early 2024: Crusoe continues to expand its footprint in Abilene, Texas, and begins planning for future sites, including a 900-megawatt facility for Microsoft.
• September 2026: Crusoe announces a massive $3.9 billion funding round, signaling a shift in scale and capital allocation.
• Late September 2026: CEO Blake Scholl of Boom Supersonic confirms via social media that the partnership with Crusoe is no longer moving forward, citing a change in Crusoe’s "near-term primary power mix."

The dissolution appears to be a matter of "right place, right time" mismatching. As Crusoe’s portfolio grew, the specific technical requirements for their power sites evolved, leading them to pursue a more diversified energy strategy that includes traditional grid integration, wind, solar, and battery storage alongside gas-fired peaking plants.

The Economics of AI Infrastructure

The scale at which companies like Crusoe operate is difficult to overstate. Their initial 1.2-gigawatt campus in Abilene serves as a testament to the sheer volume of power required for modern LLM training and inference.

When Crusoe builds these "AI factories," they are essentially becoming power plant operators themselves. The company’s preference for flexibility is driven by the volatile nature of the energy markets. While on-site natural gas turbines are excellent for providing high-density, reliable power—especially for backup or supplemental needs—they are only one piece of a much larger, multi-billion-dollar puzzle.

For Boom Supersonic, the Superpower turbine is a derivative of its aviation engine, sharing approximately 80% of the same components. While this creates immense cost efficiencies in manufacturing, it also locks the turbine into a specific performance profile. As Crusoe shifted its focus toward integrating varied energy sources, the specialized nature of the Superpower turbine may have become a constraint rather than an asset.

Official Responses and Corporate Sentiment

In a transparent post on X (formerly Twitter), Blake Scholl addressed the situation with a blend of professional courtesy and business pragmatism. He acknowledged the contribution Crusoe made during the development phase of the turbine.

"The TL/DR is that turbines are no longer part of Crusoe’s near-term primary power mix at Abilene and other sites, so a launch partnership just didn’t make sense," Scholl wrote. He was quick to reassure stakeholders that the Superpower business remains healthy, noting that Boom is on track to deliver 250 megawatts of capacity to other customers in the coming year, with a goal of hitting 1 gigawatt by 2028.

Crusoe, through a spokesperson, confirmed the amicable nature of the split. "We build AI factories from the power up," the statement read. "As our portfolio grows, we stay flexible, choosing the energy solutions that are right for each site as its needs evolve—including turbines, along with wind, solar, batteries, and the grid. While Boom has been a great partner, the partnership isn’t the right fit today."

The language from both sides suggests that there is no bad blood. The decision was purely operational: Crusoe needed to optimize its energy mix for a rapidly growing set of global data centers, and Boom needed to ensure its product roadmap matched the requirements of its most active customers.

Implications for the Future of Energy and AI

The end of the Crusoe-Boom partnership carries significant implications for both the energy sector and the AI industry at large.

1. The Power-Hungry Nature of AI

The AI sector is currently the single greatest driver of new energy demand in the United States. Data centers are moving away from relying solely on local utility providers, often opting to build, own, or lease their own power generation capabilities. This "decentralized power" model is exactly why companies like Crusoe are so valuable, and why the market for high-efficiency, small-scale power plants is expected to explode in the next decade.

2. Boom’s Diversification Strategy

For Boom Supersonic, the stationary power business is a critical financial hedge. The development of a supersonic passenger jet is one of the most capital-intensive undertakings in the world. By spinning off the turbine technology, Boom is attempting to create a self-sustaining revenue stream that can fund the Overture’s journey to certification. Despite losing a high-profile partner in Crusoe, the fact that they have 250 megawatts of pipeline demand suggests that the stationary power market is indeed a viable business model for the aviation firm.

3. The Need for "Energy Agnosticism"

Crusoe’s pivot highlights a growing trend among data center operators: energy agnosticism. Because the cost of power is the single largest operational expense for an AI data center, companies are becoming increasingly sophisticated in their procurement. They can no longer rely on a single vendor or a single technology. Instead, they are building hybrid ecosystems that combine the reliability of natural gas with the sustainability of renewables and the stability of grid-scale battery storage.

Conclusion: A New Chapter for Both Firms

While the $1.25 billion deal between Crusoe and Boom Supersonic has been shelved, it serves as a fascinating case study in the intersection of aerospace engineering and digital infrastructure. Crusoe continues its mission to provide the power backbone for companies like OpenAI, while Boom pushes forward with its goal of revolutionizing air travel, fueled by the revenue from its stationary turbine venture.

As the AI boom continues to demand more electricity, the industry will likely see many more such partnerships—some that succeed, and others, like this one, that prove to be stepping stones toward more refined, flexible strategies. For now, Crusoe remains focused on scaling its massive campuses, and Boom remains focused on proving that a jet engine can do more than just propel an aircraft at Mach 1.7—it can also help power the intelligence that is reshaping our world.