Core Scientific is a U.S.-based digital infrastructure company that designs, builds, and operates large-scale, purpose-built data centers for high-density computing workloads. While the company initially focused on bitcoin mining, it is rapidly transforming into a provider of high-density colocation infrastructure that supports artificial intelligence (AI) and high-performance computing (HPC) applications.
As of December 31, 2025, Core Scientific owned or leased ten data centers across seven U.S. states, representing approximately 1.4 gigawatts (GW) of gross utility power capacity and around 920 megawatts (MW) of leasable customer power capacity. The company is converting its existing infrastructure to serve AI customers through long-term colocation agreements while leveraging its expertise in power-intensive data center operations.
Industry Background and the Problem
Artificial intelligence (AI) is driving a fundamental shift in computing infrastructure. As AI models become larger and more sophisticated, organizations require significantly more computing power, electrical capacity, cooling systems, and networking than traditional enterprise applications. Unlike conventional cloud workloads, AI and high-performance computing (HPC) applications run on dense clusters of GPUs that consume far more power per rack and generate substantially more heat. These workloads require specialized facilities capable of supporting high-density computing environments with reliable power, advanced cooling technologies, and high-speed connectivity.
The rapid adoption of generative AI is accelerating demand for this specialized infrastructure. Traditional enterprise data centers were typically designed for rack densities of around 5–15 kilowatts. In contrast, AI workloads increasingly require 50 kilowatts per rack or more, with some deployments exceeding 100 kilowatts. Existing facilities often lack the electrical infrastructure, cooling capabilities, and engineering design needed to support these requirements, creating a growing shortage of AI-ready data centers.
At the same time, building new AI infrastructure has become increasingly difficult. Securing large amounts of electrical power, obtaining land, designing specialized cooling systems, and constructing high-density data centers require significant capital, technical expertise, and lengthy development timelines. These constraints have shifted demand toward operators that already own large-scale power infrastructure and have experience managing mission-critical computing facilities.
The colocation industry is evolving in response to these trends. Rather than building and operating their own facilities, hyperscale cloud providers, AI companies, and large enterprises are increasingly leasing purpose-built infrastructure from specialized operators. Long-term wholesale colocation agreements allow customers to rapidly deploy AI hardware while avoiding the complexity, cost, and delays associated with constructing their own data centers. As AI adoption continues to expand across industries, demand for operators capable of delivering high-density, power-intensive infrastructure is expected to grow significantly.
How Core Scientific Solves the Problem
Core Scientific addresses the growing demand for AI infrastructure by leveraging its existing portfolio of high-power data centers and transforming them into facilities optimized for artificial intelligence and high-performance computing workloads. Rather than constructing entirely new campuses, the company is repurposing infrastructure originally built for digital asset mining into high-density colocation facilities capable of supporting modern GPU-based AI deployments. This strategy allows customers to access large-scale computing infrastructure faster than traditional data center development projects while reducing deployment risk and capital requirements.
Core Scientific’s Value Proposition
Core Scientific differentiates itself by combining large-scale data center infrastructure with expertise in managing high-density computing workloads. Rather than simply leasing space in data centers, the company provides purpose-built infrastructure optimized for artificial intelligence (AI), high-performance computing (HPC), and digital asset mining. This enables customers to deploy compute-intensive workloads without investing billions of dollars in land, power infrastructure, cooling systems, and operational expertise.
One of the company’s biggest advantages is its extensive power portfolio. As of December 31, 2025, Core Scientific owned or leased ten data centers across seven U.S. states, representing approximately 1.4 gigawatts (GW) of gross utility power capacity and around 920 megawatts (MW) of leasable customer capacity. Because access to reliable electrical power has become one of the biggest constraints for AI infrastructure, this existing footprint provides a significant competitive advantage.
Another key value proposition is the company’s ability to repurpose existing bitcoin mining infrastructure for AI and HPC workloads. Instead of developing new facilities from scratch, Core Scientific is converting its high-power data centers into high-density colocation facilities capable of supporting next-generation AI computing. This reduces deployment time while allowing customers to access large-scale infrastructure much faster than traditional data center development cycles. The company has already expanded its relationship with CoreWeave to approximately 590 MW of leased customer power capacity, demonstrating strong market demand for its AI infrastructure.
Core Scientific also delivers operational value through fully managed colocation services. Customers receive power, cooling, networking, security, facility management, and ongoing infrastructure support, allowing them to focus on building AI models rather than operating complex data center environments. For digital asset mining customers, the company additionally provides deployment, monitoring, maintenance, troubleshooting, and optimization services that improve equipment performance and uptime.
Overall, Core Scientific’s value proposition lies in transforming power-intensive infrastructure into scalable AI computing capacity, offering customers faster deployment, operational reliability, and long-term access to one of the industry’s most critical resources—high-density computing infrastructure backed by abundant power.
Core Scientific Business Model
Core Scientific operates a capital-intensive infrastructure business centered on owning, developing, and operating large-scale, high-power data centers. The company’s business model is undergoing a strategic transformation from primarily generating revenue through bitcoin mining to becoming a leading provider of high-density colocation infrastructure for artificial intelligence (AI) and high-performance computing (HPC) customers. Instead of simply leasing real estate, Core Scientific monetizes its extensive power infrastructure by providing secure facilities, electrical capacity, cooling, networking, and operational support for compute-intensive workloads.
The business is organized into three operating segments. The first and fastest-growing segment is Colocation, where Core Scientific leases purpose-built data center capacity to AI and HPC customers under long-term agreements. Customers deploy and manage their own GPU infrastructure while Core Scientific operates the underlying facilities and provides mission-critical infrastructure services. The second segment is Digital Asset Self-Mining, where the company operates its own fleet of bitcoin mining equipment and earns bitcoin rewards by participating in blockchain mining pools. The third segment is Digital Asset Hosted Mining, where third-party customers install their mining equipment in Core Scientific’s facilities and pay recurring fees for hosting, power, maintenance, and related services.
The company’s long-term strategy is focused on reallocating capital and infrastructure toward AI colocation, where demand and long-term revenue visibility are significantly higher. In 2024, Core Scientific began converting its mining facilities into AI-ready data centers and expanded its partnership with CoreWeave to approximately 590 MW of leased customer power capacity. Management plans to convert virtually its entire data center portfolio into high-density colocation infrastructure over the next several years while maintaining limited bitcoin mining operations during the transition.
The business model is supported by long-term wholesale colocation contracts, significant owned power infrastructure, and expanding customer relationships. By leveraging existing data centers, abundant power capacity, and engineering expertise, Core Scientific aims to generate predictable recurring revenue while capitalizing on the rapidly growing demand for AI infrastructure.
How Core Scientific Makes Money
Core Scientific generates revenue through three primary business segments: high-density colocation services, digital asset self-mining, and digital asset hosted mining. While bitcoin mining remains the company’s largest source of revenue today, its long-term strategy is to transition toward AI-focused colocation, which management believes will provide more predictable and recurring cash flows than cryptocurrency mining. The company plans to convert its entire portfolio of data centers into high-density colocation infrastructure over the next three years as demand for AI computing continues to grow.
The largest revenue contributor in 2025 was Digital Asset Self-Mining, which generated $229.2 million, representing 72% of total revenue. In this business, Core Scientific operates its own fleet of bitcoin mining machines across its data centers. By contributing computing power to mining pools, the company earns bitcoin block rewards, which it can either hold on its balance sheet or sell. Revenue depends primarily on bitcoin prices, mining difficulty, hash rate, and the number of bitcoins mined. During 2025, Core Scientific mined 2,276 bitcoins, down from 6,595 bitcoins in 2024 due to its strategic shift toward AI colocation and the Bitcoin halving event, although higher average bitcoin prices partially offset this decline.
The company’s fastest-growing business is High-Density Colocation, which generated $65.4 million in 2025 compared with $24.4 million in 2024, representing nearly 170% year-over-year growth. Customers lease data center space and purchase power, cooling, networking, and facility management services under recurring agreements. Revenue consists primarily of fixed monthly license fees based on reserved power capacity, along with pass-through electricity charges and maintenance services. This segment accounted for 20% of total revenue in 2025, up from just 5% a year earlier, highlighting the company’s ongoing transformation into an AI infrastructure provider. The colocation business also achieved a 30% gross margin, the highest among Core Scientific’s operating segments.
The third revenue stream is Digital Asset Hosted Mining, where customers install their own mining equipment in Core Scientific’s facilities while paying recurring fees for power, hosting, maintenance, monitoring, and infrastructure services. This segment generated $24.4 million in 2025, representing approximately 8% of total revenue. However, management has indicated that it does not expect hosted mining to be a major growth driver going forward, as resources are increasingly allocated toward higher-value AI colocation services.
Overall, Core Scientific generated $319.0 million in revenue during 2025. Although this was lower than $510.7 million in 2024 due to reduced bitcoin mining activity, the revenue mix is shifting toward higher-quality, recurring infrastructure income. The company has also secured substantial long-term contracted revenue through colocation agreements. As of December 31, 2025, expected operating lease payments from commenced colocation contracts totaled approximately $1.77 billion, with an additional $8.17 billion in future non-cancellable lease payments from contracts that had not yet commenced, providing significant long-term revenue visibility as new AI capacity comes online.
Future of Core Scientific
Core Scientific’s future is centered on transforming itself from a bitcoin mining company into a leading AI infrastructure provider. The company plans to convert every megawatt of its existing data center portfolio into high-density colocation infrastructure over the next three years while continuing limited self-mining operations only where economically beneficial.
It is also expanding beyond its current footprint by acquiring additional land and power capacity to support growing AI demand. With 10 data centers, approximately 1.4 GW of gross utility power capacity, and long-term colocation agreements—including approximately 590 MW of contracted capacity with CoreWeave—the company aims to build a stable, recurring revenue business serving AI and high-performance computing customers.
Management believes AI-focused colocation offers more predictable cash flows and lower long-term business risk than traditional bitcoin mining, positioning Core Scientific to benefit from the rapid expansion of AI infrastructure over the coming decade.
