Abandoning Mining for the Cloud: Bitcoin Miners Reshape Business Models in the AI Era

比推Published on 2025-12-16Last updated on 2025-12-16

Abstract

Bitcoin miners are facing a survival crisis due to declining Bitcoin prices and rising operational costs, with the average cost to mine one Bitcoin now exceeding its market value. In response, many are pivoting to leasing data center space to major tech companies for AI computational needs. This shift leverages their existing infrastructure—including power capacity, cooling systems, and high-performance hardware—to meet the explosive demand for AI data processing. Companies like Core Scientific have successfully transitioned, turning losses into profits by repurposing their facilities. This move not only provides stable revenue streams but also enhances the industry’s overall resilience, signaling a broader evolution from pure cryptocurrency mining toward diversified digital asset technology services.

Original Title: Bitcoin Miners, Abandoning "Mining" for the "Cloud"


Written by: Tiger Research

Compiled by: AididiaoJP, Foresight News

As Bitcoin prices continue to fall, many miners are facing a survival crisis. In the face of increasingly fierce core mining competition, how can these companies save themselves? Leasing artificial intelligence (AI) data centers has become a highly regarded path for transformation.

Core Conclusions

  • Bitcoin mining revenue is unstable, while costs continue to rise, making the core business model unsustainable.

  • Mining companies are beginning to leverage their existing sites and infrastructure to rent out data center space to large tech companies.

  • This transformation alleviates vicious competition and helps improve the health and stability of the entire industry.

I. Core Operational Risks Faced by Mining Companies

The business model structure of Bitcoin mining companies is relatively singular, which constitutes a fundamental vulnerability. Their revenue is almost entirely tied to the highly volatile Bitcoin price, full of unpredictability; while on the cost side, factors such as increasing mining difficulty, rising electricity prices, and hardware iteration show a rigid upward trend.

When the coin price falls, the problem is particularly acute: revenue plummets, costs remain high, creating a "squeeze from both ends" dilemma. In addition, regulatory risks loom large, such as the proposal in New York State, USA, to increase the mining consumption tax. Although it has limited impact on mining companies currently concentrated in more lenient regions like Texas, it signals the possibility of broader compliance pressures in the future.

All this forces mining companies to ponder a fundamental question: Can the singular mining business model survive in the long term?

II. Cost Inversion: The Increasingly Fragile Profit Structure

According to data from CoinShares, the average cost to mine one Bitcoin has now risen to approximately $74,600. If costs such as equipment depreciation are included, the total production cost is close to $130,000 per coin.

However, the current Bitcoin price is around $91,000. This means that for every Bitcoin produced, mining companies face a paper loss of about $46,000. Increasing mining difficulty and tightening energy policies further worsen the cost structure, leading to an increasingly fragile overall profit foundation for the industry.

III. The Path to Transformation: Why AI Data Centers?

The AI race is intensifying, creating explosive demand for data centers from tech giants. Building data centers from scratch is time-consuming, and market opportunities are fleeting, so leasing ready-made, quickly adaptable facilities becomes the preferred option.

The existing assets of mining companies恰好 match this demand:

  • Computing Hardware: Possess large quantities of high-performance GPUs (such as NVIDIA chips) that can be repurposed for AI computing.

  • Power Resources: Already approved grid access at the hundreds of megawatts level is a scarce resource in today's energy market.

  • Cooling Capacity: Experience in heat dissipation accumulated from operating high-power mining rigs can be directly applied to managing AI servers like H100/H200.

A typical case is Core Scientific, which was once on the verge of bankruptcy. By transforming into AI data center leasing, it now operates approximately 200 megawatts of capacity and plans to expand to 500 megawatts, successfully turning losses into profits. Companies like IREN and TeraWulf are also exploring similar paths of business diversification. This is not just about pursuing growth, but a necessity for survival.

IV. Diversified Evolution: More Than Just Data Centers

The transition to AI data center leasing is a mainstream trend, but it is not the only way out. This is essentially a rational choice for mining companies to reallocate capital to more efficient areas. Stable data center revenue can provide mining companies with a cash flow buffer, allowing them to more strategically hold Bitcoin assets and avoid forced sales during market downturns.

Meanwhile, some mining companies, such as Bitmine and Cathedra Bitcoin, are exploring expansion into broader Digital Asset Technology (DAT) business models. These diversification attempts collectively point to a trend: weak pure miners are being eliminated or transformed, while leading companies are evolving into comprehensive service providers. The entire cryptocurrency mining industry is moving towards a new, more mature, and resilient phase.


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Related Questions

QWhat are the main reasons Bitcoin miners are facing a survival crisis?

ABitcoin miners are facing a survival crisis due to the instability of mining income, which is tied to the volatile price of Bitcoin, and the rising costs of operations, including increasing mining difficulty, higher electricity prices, and the need for hardware upgrades. This creates a 'two-way squeeze' on profitability.

QWhat is the average cost to mine one Bitcoin according to CoinShares data, and how does it compare to the current price?

AAccording to CoinShares data, the average cost to mine one Bitcoin has risen to approximately $74,600. When including costs like equipment depreciation, the total production cost is close to $130,000 per Bitcoin. With the current price around $91,000, this results in a significant loss per coin mined.

QWhy are AI data centers a viable转型 (transformation) path for Bitcoin mining companies?

AAI data centers are a viable转型 path because Bitcoin mining companies possess the necessary infrastructure, including high-performance GPUs (like NVIDIA chips), pre-approved access to massive power grids (a scarce resource), and expertise in cooling high-power equipment. These assets are in high demand by tech giants who need to scale their AI operations quickly without building new facilities from scratch.

QCan you name a specific Bitcoin mining company that successfully转型 (transformed) by leasing AI data center space?

AYes, Core Scientific is a prime example. After nearly facing bankruptcy, it successfully转型 by leasing AI data center space. It currently operates about 200 megawatts of capacity, with plans to expand to 500 megawatts, and has returned to profitability.

QBesides AI data center leasing, what other diversification strategies are some mining companies exploring?

ABeyond AI data center leasing, some mining companies like Bitmine and Cathedra Bitcoin are exploring a broader Digital Asset Technology (DAT) business model. This overall trend involves weak, pure-play miners being淘汰 (eliminated) or forced to转型 (transform), while leading companies evolve into comprehensive service providers, making the entire crypto mining industry more mature and resilient.

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