Crusoe Raises $3.9 Billion to Expand Its AI Infrastructure Stack

? chase-lochmiller describes a business spanning commitments with radically different durations: data-center agreements that can run for 15 to 20 years, managed GPU clusters that generally last from a few months to five or six years, and developer-facing inference and AI services that are more on-demand.

The long contracts are typically with large technology companies holding investment-grade credit ratings, Lochmiller said. The GPU-cluster business is constrained by chip life cycles, while managed inference, serverless fine-tuning, and related services carry shorter commitments as customers build applications and establish their actual utilization.

Bloomberg’s funding graphic listed a $3.9 billion Series F round, a $30.9 billion post-money valuation, and more than $140 billion in total contracted value.

Lochmiller characterized the capital needs behind AI infrastructure as “tremendous.” His explanation is straightforward: building the infrastructure layer for AI requires large investment, while the prospective economic value of AI is drawing capital toward the sector.

Crusoe positions itself as a vertically integrated provider operating “from the electron to the token.” It builds, powers, and operates large AI facilities, and runs the software layer through Crusoe Cloud. Customers can buy a data center, as Oracle, Microsoft, and other large customers have done; a managed compute cluster, as companies including Perplexity and Figure do; or managed intelligence services such as inference and serverless fine-tuning.

The model combines long-lived physical infrastructure with compute capacity whose economics track GPU replacement cycles and services whose demand can shift with customer usage. Lochmiller’s case for the financing is that Crusoe needs capital across all three layers as it expands.

? chase-lochmiller says the data-center industry has a “marketing issue”: debate over new facilities is, in his view, shaped by inaccurate claims about water use and an incomplete account of the benefits projects bring to host communities.

Crusoe has not yet had a specific project delayed, paused, or otherwise affected by local policy or opposition, Lochmiller said. But he acknowledged that resistance is “unfold[ing] in real time.” The company is trying to get ahead of it by working with the communities where it builds, he said.

Water is Lochmiller’s central example. He said data centers are often portrayed as consuming “tons and tons” of water, while Crusoe’s next-generation, purpose-built AI facilities are designed to use little or no water for cooling. Each of Crusoe’s large buildings in Abilene, Texas, has roughly the water footprint of 10 single-family homes, he said. Most of that demand is ordinary building use, such as bathrooms and landscaping.

Chip cooling, he said, works through a closed-loop system. Cold water circulates through server racks, then air-cooled chillers outside the data center cool it before it recirculates. Lochmiller presented that engineering choice as the reason cooling does not require the large water consumption critics associate with data centers.

He also made a fiscal case. Crusoe will represent about one-third of the total tax base in Abilene and Taylor County, he said, and will more than double annual receipts for the local school system. At a large campus in Armstrong County, Texas, he said Crusoe is increasing tax revenue by more than 100%.

Lochmiller said those revenues can support long-term infrastructure and public services, including roads, police, fire departments, and education. His argument is not that opposition has disappeared, but that Crusoe can make its case through the design of its facilities and the local tax base they create.

Ed Ludlow placed that claim in a U.S. political environment where data centers have become an issue in local policy and electoral races, including in Texas, where Crusoe has a substantial footprint. Lochmiller said the company believes clearer communication about its operations and local role can help it remain a partner to communities over decades.

Crusoe’s three new directors correspond to what ? chase-lochmiller identifies as the company’s core pillars: energy, data centers, and AI cloud computing.

JB Straubel, listed in Bloomberg’s graphic as Redwood Materials’ founder and CEO, joins on the energy side. Lochmiller described Straubel, Tesla’s co-founder and former CTO, as one of the leading energy minds of his generation. Bill Stein, identified as a Primary Digital Infrastructure partner and CIO, represents the data-center pillar; Lochmiller described Stein as a mentor who has helped Crusoe grow.

Thomas Seifert, Cloudflare’s CFO, joins as audit chair and board member. Lochmiller said Seifert brings financial knowledge and experience from a major cloud company.

The appointments arrive as Crusoe considers how to capitalize further growth. Asked whether the financing, the board additions, and an audit chair pointed toward an initial public offering, Lochmiller offered no timetable. He said Crusoe is continually evaluating the best ways to fund expansion and that entering public markets will “probably” make sense at some point.

For now, the stated ambition remains expansion of the integrated platform: energy and facilities at one end, cloud computing and managed AI services at the other.