TeraWulf, a major Bitcoin mining firm, reported a landmark shift in its business model during the first quarter of 2026. High-performance computing (HPC) leasing generated $21 million in revenue, surpassing the $13 million earned from Bitcoin mining — the first time the company’s compute-hosting arm has outpaced its core mining operations.
Total quarterly revenue was $34 million, effectively flat compared to $34.4 million a year earlier, but the composition changed dramatically. CEO Paul Prager emphasized that the results mark a meaningful transition toward stable, contracted income streams. The company is converting mining infrastructure at its Lake Mariner facility in New York into AI-focused data center capacity, aiming to reduce exposure to Bitcoin’s price volatility.
CFO Patrick Fleury described the quarter as reflecting “a business in transition from volatile Bitcoin mining revenue to stable, credit-backed, contracted HPC revenue streams.” The shift is being fueled by surging demand for AI and cloud computing workloads, as well as pressure on Bitcoin mining margins from rising energy costs and network difficulty. TeraWulf disclosed 60 megawatts of HPC capacity already generating revenue, with more to come online later in the year.
The trend extends beyond TeraWulf. Riot Platforms and Marathon Digital are among other miners repurposing data center resources for HPC and AI hosting. Riot recently reported $33.2 million in data center operations revenue, and activist investor Starboard Value is pushing the firm to accelerate AI deals. Industry-wide, miners are rebranding as “compute infrastructure” providers, leveraging cheap power and existing cooling systems.
TeraWulf’s net loss widened to $427.6 million in the quarter, primarily due to a non-cash warrant revaluation, but management stressed that cash generation is improving as HPC contracts grow. With more than 50% of Q1 revenue coming from HPC, the company expects the mix to keep tilting toward predictable, multi-year contracts with investment-grade counterparties.