Core Scientific, Inc./tx
Core Scientific designs, builds, and operates large-scale data centers for high-density colocation and digital asset mining. The company is in the middle of a strategic shift from bitcoin self-mining and hosted mining toward AI/HPC-oriented colocation, using its power-rich U.S. data center footprint to serve enterprise and hyperscale compute demand.
Fiscal year 2025 · change from previous year
Development 2020–2025
Business
Share of revenueLicensed data center space, power, and related services for AI/HPC customers.
Bitcoin mining performed for the company's own account using its owned and leased facilities.
Hosting services for third-party digital asset miners using Core Scientific infrastructure.
Customers
Core Scientific sells primarily to customers that need large amounts of power, cooling, and secure data center capacity. Today that includes AI/HPC users such as CoreWeave and, historically, bitcoin mining customers and hosted mining clients; the company also mines bitcoin for its own account. The customer mix is shifting toward larger, longer-duration colocation contracts that should be more predictable than mining revenue.
Buy powered data center capacity for AI, machine learning, and other high-density compute workloads because they need speed-to-deploy infrastructure and reliable power.
The company deploys its own miners to earn digital assets directly, monetizing excess or transitioning capacity while colocation buildouts continue.
Third parties rent hosting capacity for their mining equipment, typically seeking outsourced power, operations, and facility management.
Large compute users that need additional space and power beyond their own facilities and may outsource infrastructure to accelerate expansion.
Strategy
The company's core strategy is to convert its existing power-rich data center portfolio from bitcoin mining toward high-density colocation for AI and HPC workloads. Management is prioritizing long-term contracted capacity, especially with CoreWeave, while continuing to mine bitcoin during transition periods and selectively pursuing new sites and power capacity. The goal is to replace more volatile mining economics with more stable infrastructure-style revenue.
Colocation should provide more stable, predictable revenue than mining and better monetize the company's power assets.
Committed customer capacity improves visibility and supports financing and construction planning.
Growth depends on securing scarce power capacity and suitable land for future data center expansion.
Geography
Core Scientific's operations are concentrated in the United States, with ten data centers across seven states: Alabama, Georgia, Kentucky, North Carolina, North Dakota, Oklahoma, and Texas. Texas is especially important because several of the company's colocation buildouts and CoreWeave-related deployments are located there, including Austin and Denton. Geography matters because the business depends on access to low-cost power, utility capacity, land, and construction execution in specific markets.
Risks
Core Scientific faces execution risk in converting facilities on time and within budget, because revenue growth depends on delivering colocation capacity to customers. The company is also exposed to bitcoin price and network dynamics while self-mining remains a major revenue source, and to cybersecurity, power, and construction risks typical of digital infrastructure operators. Customer concentration and the capital-intensive nature of the transition add further downside if demand, financing, or build schedules slip.
- Bitcoin market and network volatilityImpact: HighLikelihood: High
Self-mining revenue and margins depend on bitcoin price, block rewards, and network difficulty.
Exposure: Digital Asset Self-Mining segment
- Customer concentrationImpact: HighLikelihood: High
A small number of customers can represent a large share of revenue, increasing renegotiation and renewal risk.
Exposure: Hosted mining and early colocation relationships
- Delayed or over-budget colocation conversionsImpact: HighLikelihood: Medium
Revenue depends on timely completion of facility upgrades and customer delivery milestones.
Exposure: Existing facilities under construction or conversion
- Power, equipment, and labor constraintsImpact: MediumLikelihood: Medium
Data center buildouts require scarce utility capacity, long-lead equipment, and specialized contractors.
Exposure: New builds and retrofit projects
- Cybersecurity and operational disruptionImpact: MediumLikelihood: Medium
Mission-critical facilities and software systems are exposed to ransomware, malware, and outages.
Exposure: Data center operations and customer service continuity
Accounting
Judgemental itemsContracts include base license fees and pass-through power charges, so timing and classification affect reported revenue and margin.
Impact: Affects segment revenue, gross margin, and comparability as capacity comes online
The company has significant investments in bitcoin mining equipment and data center infrastructure that may lose value as strategy shifts.
Impact: Can materially affect operating income and asset carrying values
Operating leases for property and equipment are a major part of the footprint and affect leverage-like obligations and expense recognition.
Impact: Affects balance sheet liabilities and operating expense profile
Large buildout spending must be evaluated for capitalization versus expense and for recoverability if projects are delayed.
Impact: Affects assets, depreciation, and future cash flow expectations
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Last updated: 24/09/2026