Business Overview: Keel Infrastructure Corp. (NASDAQ: KEEL)

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Executive Summary

Keel Infrastructure Corp. is the renamed, redomiciled successor to Bitfarms Ltd., a North American digital and energy infrastructure company founded in 2017. Bitfarms completed its redomiciliation from Canada to Delaware as Keel Infrastructure Corp. around April 1, 2026, with shares continuing to trade (now as "KEEL") on both Nasdaq and the Toronto Stock Exchange. The company's offices are in New York City, Toronto, Brossard (Québec), and Pittsburgh.

Keel is in the middle of a deliberate pivot: it built its business over nearly a decade as a Bitcoin mining operator, and is now redirecting that power-infrastructure expertise toward developing data centers for high-performance computing (HPC) and AI workloads, which it expects to lease to tenants under long-term contracts starting in 2027.

Why it matters: Keel's moat, to the extent one exists, is its secured power positions and grid interconnections — a genuinely scarce asset in the current AI-data-center buildout — but the company is pre-revenue in its target HPC business and still dependent on a volatile, single-customer-concentrated legacy Bitcoin mining operation to fund the transition.

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1. Core Business Model & How They Work

Keel operates two businesses simultaneously during its transition: legacy Bitcoin mining for cash generation, and new HPC data-center development for long-term leased infrastructure revenue.

[ Secured Power / Land / Grid Interconnections ] ➡️ [ Bitcoin Mining (today, cash-generative) ] ➡️ [ Funds HPC Site Buildout ] ➡️ [ Data Centers Leased to AI/HPC Tenants Under Long-Term Contracts (from 2027) ]

Key Operational Drivers

1. Bitcoin Mining (legacy, winding down in priority): at year-end 2025, Keel (as Bitfarms) operated 113,649 ASIC miners totaling 14.8 EH/s of hashrate, generating the company's current cash flow. One mining pool operator accounted for 88% of 2025 revenue.
2. HPC Infrastructure (primary growth focus): converting the same power-dense sites used for mining into leasable AI/HPC data center capacity. No HPC revenue had been recognized as of year-end 2025; initial revenue is expected in 2027.
3. Power portfolio: a pipeline of 2,161 MW, including 648 MW of secured gross data-center capacity and 1,513 MW of identified additional capacity, concentrated in PJM (Pennsylvania), the Pacific Northwest (Washington), and Québec.
4. Financial capacity: roughly $520 million in liquidity (cash and Bitcoin holdings) as of March 30, 2026, intended to fund the HPC build-out ahead of signed leases generating revenue.

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2. Product Portfolio (Key Offerings)

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3. Competitive Landscape

Keel's HPC ambitions pit it against both dedicated data-center developers and vertically integrated hyperscalers, while its residual mining business competes with other public and private Bitcoin miners.

• Colocation/wholesale data center operators and independent developers: compete for the same scarce grid interconnection capacity Keel is trying to convert from mining use.
• Hyperscalers (e.g., Microsoft, Amazon, Google): increasingly build or lease their own power-dense capacity directly, which could bypass smaller infrastructure developers like Keel.
• Other public Bitcoin miners: compete for mining-pool economics and, increasingly, are pursuing similar pivots toward HPC/AI hosting, somewhat commoditizing Keel's "power-to-HPC" strategy.

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4. Strategic Strengths & Risks

Strengths (The Moat)

• Scarce, already-secured power positions: grid interconnections, owned generation, and land in PJM, the Pacific Northwest, and Québec are difficult and slow for new entrants to replicate given interconnection queue backlogs nationally.
• Nearly a decade of infrastructure operating experience: running power-dense Bitcoin mining sites gave Keel practical experience in power procurement, demand-response participation (e.g., PJM programs), and large-scale site operations directly transferable to HPC hosting.
• Balance sheet flexibility: about $520 million in liquidity gives Keel runway to build out HPC capacity ahead of signed leases.

Risks

1. Pre-revenue transition: the entire HPC growth thesis has generated no revenue yet; initial HPC revenue isn't expected until 2027, leaving substantial execution risk.
2. Legacy business volatility: Bitcoin mining revenue depends heavily on Bitcoin price and is concentrated with a single mining-pool operator (88% of 2025 revenue).
3. Regulatory/power cost risk: a Québec decree could make mining there uneconomic, and a 10.6% Washington electricity rate increase effective April 1, 2026 raises costs at another key site.
4. Ongoing losses: 2025 loss from continuing operations was $208.5 million.
5. Capital intensity and dilution risk: converting mining sites to HPC-grade data centers requires significant capital, raising financing and shareholder-dilution risk.
6. Redomiciliation and name-change execution risk: investors and counterparties must adjust to the new Keel Infrastructure corporate structure and brand.

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5. Financial Overview

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6. Summary Conclusion

Keel Infrastructure's moat case is almost entirely about power: nearly a decade spent securing grid interconnections and owned generation for Bitcoin mining has left the company holding scarce, already-permitted power positions that are now extremely valuable inputs for AI/HPC data centers. The risk is that this is a story about potential rather than proof — the HPC segment has booked no revenue, initial leases aren't expected to generate cash until 2027, and in the meantime Keel remains financially dependent on a volatile, single-customer-concentrated legacy mining business. The biggest forward risk is execution timing: if HPC leasing and construction slip while Bitcoin mining economics or Québec/Washington power costs deteriorate further, Keel's $520 million liquidity cushion could prove to be the only thing standing between the company and a much harder reset.