Keel Infrastructure Corp. (KEEL) Company Overview

US | Technology | Information Technology Services | NASDAQ

What does Keel Infrastructure do?

341 MW
Energized capacity at March 31, 2026
430 MW
Secured growth capacity at March 31, 2026
2,161 MW
Total identified pipeline at March 31, 2026
5
North American campuses in the current portfolio

Keel Infrastructure Corp. is a Nasdaq- and TSX-listed digital-infrastructure developer trading under KEEL. The business is being rebuilt around a scarcity thesis: AI and high-performance-computing customers need reliable power, suitable land, connectivity, and credible permitting and construction paths. Keel aims to assemble those inputs into lease-ready campuses in Pennsylvania, Washington, and Québec. Its official portfolio overview describes a North American platform rather than a conventional colocation operator with a mature base of contracted tenants.

That distinction is essential. Keel’s reported revenue still comes mainly from legacy Bitcoin mining, hosting, electrical services, and energy sales. The target model develops powered sites, secures long-duration customers, and converts projects into infrastructure cash flows. Analysis must therefore separate declining legacy economics from the unproven economics of leased AI infrastructure.

How should the company be classified today?

Dimension Keel’s current position Why it matters
Identity Digital infrastructure and energy company The valuation framework is shifting away from pure Bitcoin-miner comparables.
Core geography United States and Canada North American power markets, permitting, and hyperscaler demand drive project feasibility.
Current earnings engine Legacy mining and energy operations Near-term financial statements do not yet represent the intended end-state model.
Target earnings engine HPC and AI data-center leases Lease execution, construction, and ready-for-service dates become the decisive milestones.

How does Keel make money during the transition?

Bitcoin mining contributes revenue when Keel’s machines supply hashpower to a pool; economics depend on Bitcoin price, network difficulty, efficiency, and electricity cost. Energy sales come mainly from Stronghold’s power assets, while hosting and electrical services are smaller. The intended model replaces volatile block-reward exposure with contracted capacity payments from data-center customers, but the Q1 2026 Form 10-Q shows that this replacement had not yet occurred.

1. Control scarce inputs
Secure grid interconnections, energized power, land, permits, and fiber-access plans at strategically located campuses.
2. De-risk the site
Advance zoning, environmental work, engineering, substations, and long-lead equipment before a customer commits.
3. Sign a lease
Convert development rights into contracted megawatts, rent, credit support, escalation terms, and construction obligations.
4. Build and operate
Deploy capital, reach ready-for-service, collect recurring infrastructure revenue, and manage power and uptime performance.

Which revenue source still dominates?

Revenue mix — quarter ended March 31, 2026
Cryptocurrency mining — $29.9M — 80.8%
Energy sales — $5.9M — 15.9%
Hosting — $0.7M — 1.9%
Electrical services — $0.5M — 1.4%
Takeaway: more than four-fifths of Q1 2026 revenue still depended on cryptocurrency mining, so the reported mix remains far from the target lease-based model.
Revenue stream Q1 2026 Economic driver
Cryptocurrency mining $29.9M Bitcoin price, network difficulty, fleet efficiency, and electricity cost
Energy sales $5.9M Plant dispatch, power prices, fuel and operating costs, and environmental attributes
Hosting $0.7M Third-party equipment capacity and contracted hosting terms
Electrical services $0.5M Project activity and internal or external electrical work

What does the latest reported quarter show?

$37.0M
Revenue, Q1 2026; down 22% year over year
-$26.3M
Gross loss, Q1 2026; gross margin was -71.1%
-$145.4M
Net loss, Q1 2026, including discontinued operations
-$64.7M
Operating cash flow, Q1 2026

The first-quarter 2026 results release, shows a costly transition. Mining economics weakened while acquired power assets increased depreciation and infrastructure expense. Keel mined 388 Bitcoin in Q1 2026, versus 492 a year earlier. Its average electricity cost rose to $0.058 per kWh from $0.047, while network difficulty increased 27% year over year. Those variables turned a moderate revenue decline into a much sharper gross-profit deterioration.

Why did profitability deteriorate so sharply?

Metric Q1 2026 Year-over-year interpretation
Revenue $37.0M Down 22%; lower mining revenue outweighed growth in energy sales.
Cost of revenue $63.3M Up 34%; energy, depreciation, and infrastructure costs exceeded revenue.
General and administrative expense $26.8M Up 52%; professional services and transition costs raised the corporate burden.
Adjusted EBITDA -$16.7M Reversed from positive; the legacy operation no longer covered the platform.
Operating cash flow -$64.7M Cash use widened; development deposits and working capital increased consumption.

What does the annual baseline add?

$229.3M FY2025 revenue from continuing operations, up 72% year over year, largely reflecting the Stronghold acquisition and higher average Bitcoin prices. The FY2025 Form 10-K reported a $18.9M gross loss, $28.9M adjusted EBITDA, and a $284.5M net loss.

Operating performance should be separated from accounting volatility. Q1 included a $41.4M loss from remeasuring digital assets and a $21.6M debt-extinguishment loss. Those items matter economically, but they are not the same as recurring data-center operating margins. The more durable concern is that gross loss, negative adjusted EBITDA, and cash burn all appeared before major campus construction began.

How did a Bitcoin miner become an AI-infrastructure developer?

The transition is an asset-conversion strategy, not a clean-sheet startup. Mining required power contracts, substations, data halls, and electrical deployment. Management is reusing those capabilities while seeking long-duration infrastructure contracts.

  1. 2017
    Bitfarms was founded as a Bitcoin miner. The model built experience in power procurement, machine deployment, and high-density loads.
  2. 2024
    The fourth Bitcoin halving compressed mining rewards. Industry economics became more sensitive to power price, efficiency, balance-sheet strength, and access to alternative uses for energized sites.
  3. Mar. 2025
    The Stronghold acquisition closed. It added two Pennsylvania waste-coal power facilities with 473 MW of combined generation capacity, expanding both the power base and regulatory complexity.
  4. Oct. 2025
    A convertible-note financing strengthened liquidity. The company raised capital intended to support the HPC and AI pivot, long-lead equipment, and site development.
  5. Apr. 2026
    The company redomiciled to Delaware and became Keel Infrastructure. The rebrand and U.S. redomiciliation aligned the corporate identity with the infrastructure strategy and shifted SEC reporting to a domestic-issuer framework.
  6. Jun. 2026
    Keel closed another convertible-note offering. The financing increased development flexibility but also raised future interest, refinancing, and potential dilution considerations.
  7. Jul. 2026
    Commercial execution moved to the foreground. Ganesh Aiyer joined as President to lead pipeline expansion, and the Sherbrooke conversion advanced through municipal approvals.

What did the strategic pivot actually change?

It changed the unit of analysis. A miner is judged by hash rate, joules per terahash, Bitcoin production, and power cost. A data-center developer is judged by secured megawatts, lease credit quality, rent per kilowatt, construction cost, ready-for-service timing, power usage effectiveness, and stabilized returns. Keel still reports the first set because it has not yet earned meaningful revenue from the second.

Why are power, interconnections, and site control Keel’s strategic assets?

AI infrastructure is constrained by deliverable power on a usable schedule. A nominal megawatt is insufficient without interconnection, transmission, land, zoning, environmental clearance, equipment, cooling, and fiber. Keel’s opportunity is to shorten that chain for customers that otherwise face multi-year utility queues.

Pipeline status — March 31, 2026
Secured gross data-center capacity — 648 MW — 30.0%
Identified additional capacity — 1,513 MW — 70.0%
Takeaway: most of the 2,161 MW pipeline remained identified rather than secured, so headline scale should not be treated as contracted or construction-ready capacity.

Which campuses matter most?

Campus Disclosed power potential Current development signal Strategic role
Scrubgrass, Pennsylvania Up to 1.3 GW under application Longer-dated, earliest ready-for-service indicated for 2028 or later Largest upside option, combining grid access, on-site generation, and potential gas supply
Panther Creek, Pennsylvania 350 MW secured Zoning approved; target lease execution in 2026 Flagship hyperscaler or large-neocloud campus with expansion potential
Sharon, Pennsylvania 110 MW Zoning approved; target lease execution in 2026 Mid-sized site suited to hyperscaler, neocloud, or enterprise demand
Sherbrooke, Québec 96 MW Municipal approval received; provincial review remains Direct conversion of legacy mining power into one HPC and AI campus
Moses Lake, Washington 18 MW Development work under way; target lease execution in 2026 Smaller initial project with emerging-neocloud, enterprise, and government use cases

The Q1 2026 investor presentation indicates estimated power usage effectiveness of roughly 1.15 to 1.35 across the portfolio. That range is useful for preliminary engineering, but a DCF should not treat it as stabilized operating performance until designs, tenants, and service conditions are finalized.

Why is Sherbrooke a revealing test case?

In July 2026, the city authorized agreements to transfer and operate 96 MW of existing Hydro-Sherbrooke capacity at a consolidated campus, subject to Québec government review and other conditions. The Sherbrooke update is strategically important because it tests whether Keel can convert legacy power rights into a higher-value use without requesting incremental utility capacity.

Who competes with Keel, and what is its actual moat?

Keel faces established data-center platforms such as Digital Realty and Equinix, which bring customer relationships, operating records, and procurement scale. A second group—including Applied Digital, Core Scientific, IREN, Hut 8, TeraWulf, Cipher Mining, and other power-rich operators—is also converting mining or energy assets toward AI workloads. Keel’s own investor materials use many of these companies as relevant market peers, although their business mixes and contract maturity differ.

High contract maturity / High operating scale
Established data-center operators: stronger tenant records and operating depth, but often competing for the same power-constrained markets.
Lower contract maturity / High power optionality
Power-rich conversion peers: potentially faster site reuse, but commercialization and construction remain central risks.
Keel: early contracts / Significant site pipeline
The company sits here because it reports 2.2 GW of pipeline potential but had not disclosed signed HPC lease revenue in Q1 2026.
Low power control / Low contract maturity
Undifferentiated developers face the greatest exposure to utility queues, land competition, and financing uncertainty.

What could become a durable advantage?

Keel’s strongest resource is not the old mining fleet; it is the combination of power access, interconnection work, land, energy-market knowledge, and sites that can be advanced before customers commit. These assets may create a time-to-power advantage. The Pennsylvania portfolio also offers optionality across grid supply, on-site generation, and expansion acreage. Capital also permits earlier equipment orders and permitting work.

Keel’s potential moat is measured in executable megawatts and delivery time—not in the size of an uncontracted pipeline.

Where is the moat still unproven?

A defensible moat requires bankable leases at returns above the cost of capital. Keel still needs to demonstrate tenant credit, construction discipline, uptime, and repeatable project economics. Its current losses also weaken bargaining power if capital markets tighten. In resource-based terms, power positions may be valuable and scarce, but they become durable only when the company can organize them into contracted, financeable, operating assets.

How financially strong is Keel after the 2026 financings?

Near-term liquidity Strong
Current profitability Weak
Development funding flexibility Strong
Leverage and dilution risk Elevated
Cash-flow visibility Low

Keel entered the transition with liquidity. At March 31, 2026, it held $357.3M of cash and $168.5M of digital assets, including 2,469 Bitcoin. Working capital was $515.7M. That supports site work, but large campuses still require disciplined project financing.

What does the balance sheet say?

Balance-sheet item March 31, 2026 Analytical implication
Cash $357.3M Provides runway for development, corporate costs, and equipment deposits.
Digital assets $168.5M Liquid but volatile; monetization can fund the pivot while reducing Bitcoin exposure.
Property, plant, and equipment $348.6M A meaningful physical base, though legacy assets may not equal data-center replacement value.
Total debt $577.4M Debt already exceeded cash before the post-quarter financing.
Stockholders’ equity $419.1M Losses and future conversion dilution can change book value per share materially.

How did the June financing change the picture?

New notes — June 2026
$458.0M
Principal amount of 1.25% convertible senior notes due 2032.
Net proceeds — June 2026
$445.4M
Approximate proceeds before estimated offering expenses and capped-call costs.

The June 2026 convertible-note closing materially increased gross financing capacity after the Q1 balance-sheet date. It also added fixed interest obligations and potential share dilution. A sound analysis should therefore avoid treating Q1 debt and cash as the current pro forma position, while also avoiding an unsupported pro forma total that ignores capped-call costs, spending, and post-quarter cash movements.

Who owns Keel stock, and how is it governed?

Keel has a single class of common stock with one vote per share and no cumulative voting. The redomiciliation materials indicated that, as of February 13, 2026, the company did not know of any person owning more than 10% of the outstanding shares. Directors and executive officers as a group had voting rights over approximately 1.9 million shares, or 0.31%. Strategic accountability therefore rests with the board and a dispersed shareholder base.

Governance item Officially disclosed fact Why it matters
Voting structure One vote per common share Economic ownership and voting influence are broadly aligned.
Large-holder control No known holder above 10% at February 13, 2026 No disclosed controlling shareholder can unilaterally set strategy.
Insider voting position About 1.9 million shares, or 0.31%, at February 13, 2026 Management influence comes more from office and incentives than from voting control.
Shares outstanding 603.8 million at May 8, 2026 Convertible securities and equity compensation must be modeled on a diluted basis.
Leadership Ben Gagnon, CEO; Edith Hofmeister, Chair; Ganesh Aiyer, President The leadership mix combines legacy operating knowledge, board oversight, and data-center commercialization experience.

Why does the investor base matter during a pivot?

A dispersed register can reward milestone evidence but may be less patient with slippage. The redomiciliation proxy circular also shows that U.S. domestic-issuer reporting and Nasdaq governance now frame accountability. Keel’s addition to the Russell 3000 Index in June 2026 may broaden passive and benchmark-aware ownership, increasing attention to liquidity, dilution, and execution milestones.

What opportunities and risks could change the story?

Lease execution
A signed, creditworthy tenant would convert pipeline narrative into contracted economics and financing evidence.
Time to power
Faster interconnection and permitting can command strategic value when customers face utility delays.
Construction cost
Cost per delivered megawatt determines project returns and the amount of outside capital required.
Legacy cash burn
Mining losses and corporate overhead can consume liquidity before lease revenue starts.
Regulatory approvals
Provincial, environmental, utility, and local decisions can delay or resize a campus.
Financing structure
Project debt, converts, partner capital, and customer prepayments change risk and dilution.

What are the strongest growth opportunities?

The largest opportunity is to monetize the gap between AI demand and available grid capacity. Panther Creek and Sharon could establish a repeatable Pennsylvania development platform, while Scrubgrass offers longer-dated scale. Moses Lake can demonstrate a smaller, modular deployment. Sherbrooke can prove that an existing mining footprint can be consolidated into a data-center campus. Customer diversification across hyperscalers, neoclouds, enterprises, and government users could also reduce concentration.

Which risks are most material?

Thesis-supporting case
Contracted MW
Leases are signed on acceptable returns, campuses reach service on schedule, and project capital limits parent-level dilution.
Thesis-pressure case
Cash burn
Leasing slips while development spending, interest, and legacy operating losses continue.

The filings warn that the HPC and AI strategy may not become profitable and may divert resources from mining. Development is capital-intensive, customers may delay or default, and better-capitalized operators can compete for sites and tenants. Equipment shortages, power-market constraints, cyber incidents, construction overruns, and environmental obligations can also impair returns. Stronghold’s waste-coal generation adds plant, fuel, mine-safety, reclamation, and emissions exposure that a conventional data-center developer may not carry.

Customer concentration could become a double-edged sword. One large lease can validate a campus and improve financing, but it can also concentrate credit and renewal risk. The same is already visible in legacy operations: one mining-pool operator generated 88% of FY2025 revenue. For researchers, the key question is not whether AI demand is strong in general; it is whether Keel can convert specific sites into contracts whose risk-adjusted returns exceed the cost of capital.

Which KPIs and valuation drivers matter most?

A conventional revenue-growth DCF is poorly suited because the historical base is shrinking while the target business is pre-revenue. The model should separate legacy cash flows, corporate overhead, development spending, project-level construction, and stabilized lease economics. It should also model share dilution from convertible notes and equity compensation rather than valuing the enterprise on an undiluted share count.

Contracted MW Ready-for-service date Rent per kW Build cost per MW PUE Tenant credit Project leverage Diluted shares

What should a DCF model track?

Driver Model treatment Evidence to monitor
Contracted capacity Recognize value only when lease terms and customer credit are sufficiently defined. Signed MW, term, escalation, deposits, guarantees, and termination rights
Development timing Stage cash flows by lease signing, construction start, ready-for-service, and ramp. Permits, interconnection milestones, equipment delivery, and customer acceptance
Project economics Estimate rent, operating cost, maintenance capex, utilization, and terminal value by campus. Build cost per MW, PUE, power pass-throughs, margin, and stabilized yield
Legacy operation Model mining and Bitcoin liquidation separately with a conservative runoff assumption. Bitcoin produced, power cost, asset sales, pool concentration, and closure costs
Capital structure Include cash, debt, capped calls, conversion terms, project financing, and diluted shares. Interest expense, conversion prices, partner capital, and restricted cash
Corporate burn Carry overhead until operating campuses can absorb the platform cost. G&A, professional fees, development payroll, and operating cash flow

What should researchers monitor next?

Disclosed campus power scale — Q1 and July 2026 official updates
Scrubgrass Up to 1,300 MW
Panther Creek 350 MW
Sharon 110 MW
Sherbrooke 96 MW
Moses Lake 18 MW
Takeaway: Scrubgrass provides most of the long-dated scale, while Panther Creek is the largest currently secured development site. Bar lengths are each site’s disclosed capacity divided by 1,300 MW; the figures do not imply contracted load.

The most informative next disclosure would be a signed lease revealing customer quality, megawatts, term, economics, and delivery obligations. After that, financing and construction can be assessed rather than inferred from site potential. Until then, terminal value should be scenario-weighted.

What is the key takeaway on Keel Infrastructure?

Keel is important because it represents a broader industry shift: energy-intensive computing assets are being repurposed for AI at a time when deliverable power is scarce. The company has real ingredients—North American sites, energized infrastructure, a sizable pipeline, development liquidity, and management focused on commercialization. It also has a difficult starting point: negative legacy margins, significant cash burn, convertible debt, regulatory complexity, and no mature lease portfolio visible in the latest quarter.

The investment-research question is whether Keel can turn power rights into contracted, financeable, on-time data-center cash flows before legacy losses and capital intensity consume too much of the opportunity.
What supports the story
Scarce power access, large sites, North American demand, and financing capacity.
What could weaken it
Lease delays, construction overruns, customer concentration, cash burn, and dilution.
What to watch first
Signed MW, project returns, ready-for-service timing, and the funding mix for each campus.

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