Core Scientific is rapidly transforming from a bankrupt Bitcoin mining company into a major U.S. artificial intelligence infrastructure provider, with roughly 1.1 gigawatts of leased customer capacity and more than $24 billion in potential long-term contract revenue.
The transformation marks a dramatic shift in the company’s business model. Instead of relying primarily on Bitcoin mining, Core Scientific is repurposing its power infrastructure and data-center sites to support high-density AI computing.
But the headline $24 billion figure requires important context. It represents potential revenue spread across contracts lasting as long as 15 years, not cash already received or guaranteed profits. Core Scientific still needs to build facilities, deliver contracted capacity, secure additional financing and ensure customers remain operational.
The company’s latest financial results show that the opportunity is significant, but so is the financing challenge.
From Bitcoin Miner to AI Infrastructure Provider
Core Scientific filed for Chapter 11 bankruptcy protection in December 2022 after the Bitcoin market downturn, rising electricity costs and tighter financing conditions placed significant pressure on its balance sheet.
The company emerged from bankruptcy in January 2024 after restructuring approximately $400 million of debt through the conversion of equipment-financing obligations and convertible-note claims into equity.
Importantly, Core Scientific retained hundreds of megawatts of operating infrastructure across multiple U.S. states.
That infrastructure became increasingly valuable as AI companies began competing for locations with existing power connections, fiber infrastructure and high-density computing capacity.
Unlike building a new AI data center from scratch, converting an existing energized facility can potentially shorten deployment timelines.
Core Scientific recognized that opportunity and began shifting its infrastructure toward AI and high-performance computing customers.
CoreWeave Became the Foundation of the AI Strategy
The company’s transformation accelerated through its relationship with CoreWeave.
In June 2024, the two companies signed 12-year agreements covering approximately 200 megawatts of high-performance computing infrastructure. Core Scientific initially estimated that the contracts could generate more than $3.5 billion in cumulative revenue.
Subsequent expansions increased CoreWeave’s contracted capacity to roughly 590 megawatts, associated with approximately $10.2 billion in potential revenue over the life of the agreements.
CoreWeave has also helped finance the infrastructure required to deliver that capacity. During the first six months of 2026, CoreWeave funded approximately $180.9 million of Core Scientific’s capital expenditures, with construction funding credited against future hosting payments.
The relationship represented a fundamental change for Core Scientific. Instead of generating revenue primarily by mining Bitcoin, the company could monetize its power infrastructure by hosting AI computing equipment.
Core Scientific even explored being acquired by CoreWeave.
A $5.75-per-share cash offer was rejected in 2024, with Core Scientific arguing that it undervalued the company. The companies later agreed to an approximately $9 billion all-stock transaction in 2025, but Core Scientific shareholders rejected the deal.
The acquisition agreement was subsequently terminated, while the commercial relationship between the two companies continued.
AMD Expands the AI Opportunity
Core Scientific’s AI strategy expanded further in July 2026 through a major infrastructure partnership involving AMD.
The initial arrangement covers approximately 530 megawatts across five U.S. sites under 15-year agreements.
Core Scientific estimates that this initial capacity could generate more than $14 billion in potential base contract revenue.
The deployments are expected to begin in 2027 and will support AI infrastructure using AMD Instinct accelerators, EPYC processors and ROCm software.
AMD also received reservation rights covering another 1.925 gigawatts of capacity.
If all of that reserved capacity eventually becomes contracted, the broader relationship could reach approximately 2.5 gigawatts.
However, this figure should not be treated as guaranteed business.
Reservation rights are different from executed leases, and future development will depend on customer demand, available grid capacity, construction progress and Core Scientific’s ability to finance the required infrastructure.
The agreement also gave AMD warrants to purchase up to 30 million Core Scientific shares at $23.47 per share, with a portion of those warrants vesting after related leases were executed.
AI Has Already Become Core Scientific’s Main Business
The company’s second-quarter results demonstrate that the AI transition is no longer just a future strategy.
High-density colocation generated approximately $136.7 million in revenue during the quarter, compared with just $10.6 million a year earlier.
That made colocation Core Scientific’s largest business.
The segment generated roughly $80 million in quarterly gross profit, representing a margin of approximately 59%.
By comparison, digital-asset self-mining generated $21.5 million in revenue but recorded a gross loss of approximately $12.2 million.
By the end of the quarter, approximately 437 megawatts were generating billable revenue, which Core Scientific calculated as equivalent to roughly $635 million in annualized GAAP hosting revenue.
The numbers demonstrate why the company is shifting away from Bitcoin mining.
AI infrastructure can provide long-term contracted revenue, while Bitcoin mining remains exposed to cryptocurrency prices, network difficulty, energy costs and market cycles.
Stronger Revenue, But GAAP Losses Remain
Despite the rapid growth in AI-related revenue, Core Scientific is not yet consistently profitable under GAAP.
The company reported a quarterly net loss of approximately $1.16 billion and an operating loss of $78.5 million.
However, the headline net loss requires some explanation.
Approximately $1.05 billion came from fair-value changes involving warrants and contingent value rights. These were primarily non-cash accounting adjustments linked to changes in Core Scientific’s share price rather than equivalent cash expenditures during the quarter.
Adjusted EBITDA was approximately $41.1 million, although this non-GAAP measure excludes several expenses and should not be interpreted as equivalent to net income or freely available cash flow.
The distinction matters because Core Scientific is simultaneously undertaking an enormous capital-expansion program.
$24 Billion Backlog Comes With a $4 Billion Debt Burden
Core Scientific spent approximately $954.2 million on property and equipment during the first half of 2026.
The company also completed an approximately $232.5 million acquisition of land and development rights for a planned 430-megawatt facility in Hunt County, Texas.
To finance its expansion, Core Scientific issued approximately $3.3 billion of senior secured notes in May, carrying a 7.75% interest rate and maturing in 2031.
As a result, long-term debt reached approximately $4.3 billion by June 30, compared with about $1.06 billion at the end of 2025.
Core Scientific did have approximately $1.8 billion in cash, cash equivalents and digital assets at the end of the quarter.
But the company expects substantial additional spending as it converts existing mining facilities and develops new AI campuses.
That creates the central challenge for the turnaround.
The AI Pivot Changes the Risk Profile
Core Scientific has successfully moved away from a business model dominated by Bitcoin mining, but it has not eliminated risk.
It has transformed the nature of its risk.
Bitcoin mining exposes companies to cryptocurrency prices, mining difficulty and energy costs. AI infrastructure introduces different risks, including construction delays, enormous capital requirements, financing costs, customer concentration and counterparty credit risk.
Core Scientific’s relationship with CoreWeave remains particularly important because a relatively small number of customers account for a significant portion of its contracted colocation business.
At the same time, much of the company’s $24 billion revenue figure remains prospective.
The company must convert contracted megawatts into operational facilities, generate billable revenue and maintain customer relationships over many years.
The Next Test Is Execution
Core Scientific’s transformation is one of the clearest examples of Bitcoin mining infrastructure being repurposed for the AI boom.
The company already has valuable power assets, established sites and long-term agreements with major technology partners. Its colocation business has also rapidly overtaken Bitcoin mining as the company’s primary source of revenue.
But the next phase will determine whether the strategy ultimately succeeds.
Core Scientific must bring additional CoreWeave capacity online, begin its AMD-related deployments in 2027 and finance billions of dollars in construction while managing a significantly larger debt burden.
The $24 billion backlog provides a potentially enormous revenue opportunity, but it is not the finish line.
Core Scientific’s real challenge is converting that contracted pipeline into reliable, profitable and recurring cash flow without allowing construction costs and debt obligations to grow faster than its AI infrastructure business.
In other words, the company has successfully found a new business model. Now it has to prove that it can finance and execute it at scale.
