Core Scientific, a major player in the digital asset infrastructure sector, has announced the acquisition of Polaris DS LLC, an Oklahoma-based bitcoin mining entity, for $421 million. This strategic move is set to significantly bolster Core Scientific’s capacity for artificial intelligence (AI) and high-density computing operations by integrating Polaris’s substantial power infrastructure.
Key Takeaways
- Core Scientific is acquiring Polaris DS LLC for $421 million to expand its AI data center capabilities.
- The deal grants Core Scientific access to 440 megawatts of contracted power through an agreement with Oklahoma Gas & Electric (OG&E).
- Polaris operates a 40-acre campus with active infrastructure adjacent to Core Scientific’s existing Muskogee facilities.
- Core Scientific is pivoting from exclusive bitcoin mining to offering colocation services for AI and compute-intensive workloads.
- The acquisition is anticipated to close in the third quarter of 2026, pending regulatory review.
The transaction is expected to close in the third quarter of 2026, subject to customary regulatory approvals. Polaris’s 40-acre campus is fully operational and benefits from 40 megawatts of contracted power from Oklahoma Gas & Electric. Crucially, the acquisition adds 440 megawatts of contracted power, which Core Scientific plans to leverage for rapid scaling of its AI-focused data center services. This deal highlights a broader industry trend where established bitcoin miners are repurposing their significant energy contracts and physical infrastructure for the burgeoning AI sector.
Core Scientific has been actively transforming its business model, moving away from a primary focus on bitcoin mining and divesting its substantial bitcoin holdings. The company is developing a strategy to provide gigawatt-scale leasable capacity for high-density colocation services, targeting AI and other compute-intensive applications. This expansion involves converting and enhancing existing mining facilities across multiple states, including Texas, Georgia, North Carolina, and Oklahoma.
The company has initiated construction on an 82.5 MW facility at its Muskogee, Oklahoma site, in addition to its existing 70 MW operation. The projected completion for this new facility is the fourth quarter of 2027, with a long-term goal of supplying 1 GW of leasable power from the Muskogee campus alone. This ambitious expansion is supported by significant financial arrangements, including a $3.3 billion private debt offering via senior secured notes and $1 billion in loans from major financial institutions like JPMorgan and Morgan Stanley earlier this year.
Core Scientific’s recent financial reports indicate a revenue shift, with total revenue declining year-over-year in the latest quarter, reflecting ongoing operational transformations. While bitcoin mining revenue decreased, colocation revenue saw a notable increase, underscoring the strategic pivot towards AI and high-performance computing services. The company previously explored a significant merger with CoreWeave, a major AI cloud provider, which was ultimately rejected by shareholders, though a commercial relationship persists.
Regulatory Landscape and Potential Precedents
The acquisition by Core Scientific, while primarily a business and operational consolidation, occurs within a complex and evolving global regulatory environment for digital assets and energy-intensive computing. Regulatory bodies worldwide are increasing their scrutiny over cryptocurrency mining operations due to energy consumption concerns and potential financial stability implications. The transaction’s approval will likely involve assessments by relevant authorities regarding market concentration, cybersecurity, and compliance with existing financial regulations.
Globally, frameworks like the European Union’s Markets in Crypto-Assets (MiCA) regulation are establishing comprehensive rules for crypto-asset issuers and service providers. While MiCA’s direct impact on Core Scientific’s infrastructure acquisition may be limited depending on jurisdictional specifics, it signals a broader trend toward robust regulatory oversight. The legal stakes for companies like Core Scientific are substantial, involving adherence to securities laws, data privacy regulations, and potentially new frameworks governing AI infrastructure. The success of such large-scale consolidations and pivots could set important precedents for how traditional bitcoin mining assets are integrated into broader AI and data center ecosystems under evolving regulatory conditions.
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