Keel Abandons Bitcoin Mining, Sells 1,085 BTC for $75M in a Massive AI Infrastructure Pivot

Dr. Julie Butenko
1 day ago
9 min read

Keel Infrastructure has made one of the clearest strategic bets yet on the rapidly changing economics of digital infrastructure: Bitcoin mining is out, artificial intelligence and high-performance computing are in.

The company, formerly known as Bitfarms, has completely shut down its Bitcoin mining operations in the United States and is preparing its sites for high-performance computing infrastructure. As part of that transition, Keel sold 1,085 Bitcoin between April 1 and August 7, 2026, generating approximately $75 million, while retaining 1,861 BTC on its balance sheet.

The move represents more than a corporate restructuring. It illustrates a broader transformation across the digital infrastructure industry, where electricity, land, grid access, cooling systems and data-center-ready facilities are becoming strategically more valuable for AI workloads than for cryptocurrency mining.

Keel's transition also demonstrates how the economics of computing are changing. Bitcoin mining monetizes electricity through specialized machines performing a narrow computational task. AI infrastructure can monetize the same underlying power and physical infrastructure through increasingly valuable workloads such as model training, inference, cloud computing and scientific computing.

Why Keel Is Abandoning Bitcoin Mining

Keel's second-quarter results highlight the financial pressure behind the strategic decision.

The company generated approximately $30 million in revenue, roughly half the level recorded a year earlier. The decline was attributed primarily to lower average Bitcoin prices and the shutdown of the Moses Lake mining operation in April 2026.

The financial contrast was particularly significant. Keel recorded an operating loss of approximately $141 million during the quarter, compared with operating income of $11 million during the corresponding period a year earlier. The latest loss included $84 million in non-cash depreciation expenses.

Adjusted EBITDA was negative $24 million, while the loss from continuing operations reached $64 million, or approximately $0.11 per share. General and administrative expenses also increased from $19 million to $31 million as the company invested in senior personnel and infrastructure development associated with its transformation.

The market reacted negatively to the earnings release, with Keel shares falling by more than 11% to 12% on Monday.

Yet the company's strategy is not simply a reaction to weak quarterly performance. It reflects a long-term calculation about what its physical assets may be worth in an AI-driven economy.

From Bitcoin Hashrate to AI Compute Capacity

Before becoming Keel Infrastructure, Bitfarms was a significant publicly traded Bitcoin mining company.

At its peak in late March 2025, the company's hashrate under management reached approximately 19.5 EH/s. At the time, the Bitcoin network's total hashrate was around 812.5 EH/s, meaning Bitfarms-controlled infrastructure represented roughly 2.4% of total network computing power. Because some of that capacity was hosted for third parties, the company's own share was lower.

The scale was substantial even though Bitfarms was not the largest mining operator. MARA reported approximately 54.3 EH/s in March 2025, while CleanSpark's average hashrate was approximately 40.2 EH/s.

Keel therefore entered its AI transition with experience operating large-scale power-intensive computing infrastructure. That experience can become valuable in a market where AI developers are competing for precisely the resources that Bitcoin miners have historically accumulated.

The difference is that AI data centers require considerably more than electricity and computing hardware. They demand advanced networking, high-density power delivery, sophisticated cooling, reliable grid connections, physical security and increasingly complex infrastructure capable of supporting specialized accelerators.

This makes the conversion from mining infrastructure to AI infrastructure challenging, but potentially economically attractive.

The Economics of Power Are Changing

The most important asset in Keel's strategy may not be Bitcoin hardware, land or even existing buildings. It is access to power.

Keel CEO Ben Gagnon emphasized this point by identifying power as the central constraint around which the company's strategy was built.

That constraint has become increasingly important as AI models grow more computationally intensive. Traditional data centers were designed around relatively diverse workloads, while modern AI clusters can concentrate enormous amounts of electrical demand into comparatively small physical footprints.

For infrastructure companies, obtaining sufficient electricity can therefore take years of planning, permitting and grid coordination. A company that already controls strategically located power capacity can have an advantage over an AI operator starting from scratch.

Keel has identified three priority sites and said they are approaching full permitting, with tenant negotiations underway at each. The company also cited uncommitted 2027 capacity across the PJM grid and Washington.

Its development pipeline is approximately 2.2 gigawatts across Pennsylvania, Washington State and Québec.

That pipeline illustrates why former Bitcoin mining operators are increasingly positioning themselves as digital infrastructure developers rather than cryptocurrency companies.

Keel’s Bitcoin Treasury Has Become Development Capital

Keel's cryptocurrency holdings have also changed dramatically during the transition.

As of the reported period, the company held 1,861 Bitcoin. Since April 1, it sold 1,085 BTC for approximately $75 million.

The remaining holdings were valued at roughly $121 million in unencumbered Bitcoin as of August 7, according to the supplied reporting.

The sale effectively converts part of Keel's cryptocurrency treasury into capital that can support the company's infrastructure strategy.

At the same time, Keel reported approximately $819 million in total liquidity, including around $698 million in unrestricted cash. The company also raised approximately $458 million through a convertible note offering during the quarter.

This capital position gives Keel substantially more flexibility as it attempts to finance a transition that will require significant infrastructure investment before AI-related revenues can fully materialize.

The distinction is important. Bitcoin mining can generate revenue comparatively quickly once machines are deployed and electricity is available. AI data-center development involves longer construction cycles, permitting processes, equipment procurement, customer negotiations and infrastructure commissioning.

Keel is therefore exchanging a mature but increasingly competitive computing business for a capital-intensive growth opportunity.

Why AI Infrastructure Is More Attractive to Former Miners

The migration from Bitcoin mining to AI infrastructure is not unique to Keel.

Bit Digital and Crusoe have pursued similar strategies, while other public mining companies have increasingly redirected power, facilities and capital toward AI and high-performance computing.

The broader trend is driven by a fundamental difference between the two markets.

Bitcoin Mining	AI and HPC Infrastructure
Primarily specialized computing	Generalized and accelerated computing infrastructure
Revenue tied heavily to Bitcoin economics	Revenue tied to AI, cloud and computing demand
High electricity consumption	High electricity consumption
Relatively standardized hardware	Increasingly specialized accelerator systems
Shorter deployment cycles in suitable facilities	Longer development and commissioning cycles
Exposure to cryptocurrency market volatility	Exposure to enterprise and AI infrastructure demand
Limited workload flexibility	Multiple potential computing applications

The strategic appeal is therefore not that Bitcoin mining has suddenly become irrelevant. Rather, infrastructure owners increasingly have an opportunity to redeploy scarce power resources toward workloads that customers may be willing to pay more for.

AI companies are also increasingly seeking long-term access to computing capacity. That creates potential demand for developers capable of securing land, electricity, cooling and grid connections well before the final AI cluster is operational.

The Broader Mining Industry Is Following the Same Path

Keel's decision comes amid a wider restructuring of the public Bitcoin mining sector.

According to the supplied material, public miners have sold more than 15,000 BTC since their treasury holdings peaked. Bitdeer reduced its Bitcoin holdings to zero in February, while Empery Digital sold approximately 1,400 BTC in July.

Other major mining companies, including MARA Holdings, IREN, Cipher Digital and DMG Blockchain, have explored ways to repurpose infrastructure, energy resources or hardware for AI and HPC applications.

More than $70 billion in AI and HPC contracts have reportedly been announced across the listed mining sector.

The scale of this activity suggests that the industry is increasingly being evaluated through the lens of infrastructure rather than cryptocurrency alone.

MARA's agreement to acquire a 505 MW gas plant in Ohio for $1.5 billion illustrates the growing importance of direct control over energy resources. Meanwhile, IREN has signed a five-year, $3.4 billion cloud agreement with Nvidia involving Blackwell GPUs.

These developments demonstrate a shift in strategic thinking. The question is no longer simply how much computing hardware a company owns. It is increasingly about whether the company controls the physical infrastructure required to deploy valuable computing capacity at scale.

Keel’s 2.2 GW Pipeline Could Become Its Most Important Asset

Keel describes itself as a North American digital infrastructure and energy company, and its approximately 2.2 GW development pipeline reflects that repositioning.

The company has secured zoning approvals at its Panther Creek and Sharon sites and has begun receiving infrastructure modules at Moses Lake. It also agreed to take over 96 MW of capacity associated with a data center in Sherbrooke, Québec.

These milestones matter because AI infrastructure development is constrained by physical realities that software companies cannot solve simply by purchasing more GPUs.

A data center must have:

Reliable electrical supply
Suitable grid interconnection
Adequate cooling infrastructure
High-density power distribution
Fiber and network connectivity
Appropriate zoning and permits
Physical security
Sufficient capital
Customers capable of committing to long-term capacity

A former mining operator may already possess several of these components.

That creates a potential competitive advantage, particularly as AI developers compete for locations with available power.

The Risks Behind the AI Pivot

The transformation is not guaranteed to succeed.

AI infrastructure is significantly more complex than simply replacing Bitcoin mining machines with GPUs. Modern accelerator clusters require advanced liquid or hybrid cooling systems, high-speed networking, sophisticated power architecture and carefully engineered facilities.

The capital requirements are also substantial.

Keel must spend money before infrastructure begins generating the recurring revenue that investors expect from AI data centers. Delays in permitting, equipment availability, grid connections or tenant commitments could extend the period between investment and cash generation.

There is also customer concentration risk. If a small number of AI companies account for a large proportion of a facility's revenue, changes in their capital spending or technology strategies could materially affect infrastructure developers.

The company's financial results underline this transition risk. The large operating loss demonstrates that the old business is no longer providing the same financial foundation while the new business remains under development.

Why This Matters for the Future of AI

Keel's pivot reveals a deeper reality about artificial intelligence.

The AI revolution is increasingly becoming an infrastructure revolution.

For years, attention focused on algorithms, models and semiconductor performance. The next stage increasingly depends on electricity generation, transmission capacity, data-center construction, cooling technologies, advanced networking and access to physical sites.

This changes the competitive landscape.

Companies that can secure power and build infrastructure quickly may become as strategically important to AI deployment as companies developing models or accelerators.

For investors, Keel's transformation therefore represents a useful case study in the emerging convergence of energy, computing and AI infrastructure.

For the technology industry, it signals that the next bottleneck may not be a shortage of algorithms or even GPUs. It may be the physical infrastructure required to operate them.

What Keel’s Strategy Could Mean for Digital Infrastructure

The transition from Bitfarms to Keel Infrastructure captures a broader evolution in how computing assets are valued.

Bitcoin mining helped establish a large-scale business model around locating computing equipment near inexpensive and abundant electricity. AI is now creating another market for that same strategic resource, but with substantially different infrastructure requirements and customer economics.

If Keel successfully converts its development pipeline into operational AI and HPC facilities, the company could demonstrate that former cryptocurrency infrastructure can become part of the backbone of the AI economy.

If the transition fails, it would equally demonstrate how difficult it is to transform energy-intensive mining facilities into enterprise-grade AI campuses.

The coming years will reveal which interpretation is correct.

The Strategic Lesson for the AI Economy

Keel's complete exit from U.S. Bitcoin mining is significant because it reflects a fundamental repricing of computational infrastructure.

The company is effectively betting that long-term demand for AI computing will create more attractive opportunities than continuing to operate Bitcoin mining facilities.

Its approximately $819 million liquidity position, $698 million in unrestricted cash, 2.2 GW development pipeline and growing portfolio of AI infrastructure initiatives provide the financial and physical foundation for that strategy.

Yet the transition remains a race against time, capital requirements and technical complexity.

The most important question is no longer whether Bitcoin miners can enter the AI infrastructure market. They clearly can.

The real question is whether their existing advantages, especially power access, sites and infrastructure expertise, can translate into reliable, high-value AI capacity.

That question will shape the next chapter of the digital infrastructure industry.

For analysts such as Dr. Shahid Masood and the expert team at 1950.ai, the Keel transition is a broader indicator of how AI is reshaping not only software and semiconductors, but also energy markets, data-center economics and the ownership of critical computing infrastructure.

Key Takeaways

Keel Infrastructure has completely shut down its U.S. Bitcoin mining operations.
The former Bitfarms business sold 1,085 BTC for approximately $75 million between April 1 and August 7.
Keel retained 1,861 BTC and reported approximately $819 million in liquidity.
The company is pursuing a roughly 2.2 GW development pipeline across Pennsylvania, Washington State and Québec.
Keel's second-quarter revenue was approximately $30 million, down 50% year over year.
The company reported a $141 million operating loss, including $84 million in non-cash depreciation.
The broader Bitcoin mining sector is increasingly redirecting capital, power and infrastructure toward AI and HPC.
The strategic value of electricity and grid access is rising as AI data-center demand expands.
Keel's success will depend on converting its power and infrastructure advantages into commercially viable AI capacity.