Applied Digital Secures $7.5 Billion AI Data Center Contract

On May 20, 2026, Applied Digital Corporation (NASDAQ: APLD) announced a 15-year lease agreement for its fourth AI data center campus — Polaris Forge 3 — valued at approximately $7.5 billion in base-term contracted revenue [1]. The deal pushed the company's total contracted lease revenue to $31 billion across four campuses, with potential value reaching $73 billion if all renewal options are exercised [2]. APLD stock surged 21% on the announcement [3].

The numbers are staggering for a company that generated just $64.2 million in quarterly revenue as recently as August 2025 [4]. Applied Digital has transformed from a struggling former Bitcoin mining company into one of the most aggressively expanding AI infrastructure players in the United States — but whether it can actually build and operate what it has promised remains an open question.

The Counterparty Question

Applied Digital has not disclosed the identity of the hyperscaler counterparty behind its Delta Forge 1 and Polaris Forge 3 leases, both valued at $7.5 billion each [1][5]. The company describes the tenant only as a "U.S. based high investment-grade hyperscaler" [5]. With the Polaris Forge 3 deal, Applied Digital now has three hyperscale tenants, with approximately 65% of its contracted revenue backed by investment-grade credit [3].

The lease structure is described as "take-or-pay," meaning the tenant is contractually obligated to make payments regardless of whether it fully uses the capacity [1]. This is a stronger commitment than a letter of intent or memorandum of understanding — it creates a binding payment obligation once construction milestones are met. However, the specific penalty clauses, cancellation triggers, and milestone definitions have not been publicly detailed beyond what appears in SEC filings.

The most likely candidates for the undisclosed hyperscaler are Microsoft, Google, Amazon, or Meta — the only U.S.-based companies with both the investment-grade credit ratings and the scale of AI compute demand to justify 300 MW commitments at a single site. CoreWeave, Applied Digital's first major tenant at Polaris Forge 1, is disclosed by name and accounts for roughly $8.7 billion of the backlog through a 400 MW deployment [6].

Balance Sheet vs. Backlog: The Financial Chasm

The disparity between Applied Digital's contracted backlog and its current financial position is extraordinary.

For fiscal Q1 2026 (ended August 31, 2025), the company reported revenue of $64.2 million — an 84% year-over-year increase, but still a fraction of what the $31 billion backlog implies in annual run-rate terms [4]. The company's market capitalization stands at approximately $11.78 billion as of May 2026 [7], meaning the stock is valued at roughly 0.38x its contracted backlog — a ratio that reflects both optimism about future cash flows and deep uncertainty about execution.

On the debt side, Applied Digital had $687.3 million in total debt as of August 2025 [4]. Since then, it has priced a $2.35 billion offering of 9.25% senior secured notes due 2030 (November 2025) and announced a further $2.15 billion in senior secured notes (March 2026) [8][9]. Total debt now likely exceeds $5 billion — an aggressive leverage position for a company with sub-$300 million in annualized revenue.

The financing model depends on customer-funded construction. The take-or-pay leases are structured so that tenant payments begin once specific capacity is delivered. Applied Digital must secure project financing, complete construction, and achieve "ready for service" milestones before the contracted revenue begins flowing. The $2.4 billion Babcock & Wilcox power generation contract alone represents a capital commitment roughly equal to the company's entire annual revenue multiplied by eight [10].

Source: Applied Digital SEC Filings

Data as of May 20, 2026CSV

Construction Timeline and Track Record

Applied Digital is building across four major campuses simultaneously:

Polaris Forge 1 (Ellendale, North Dakota): 400 MW total, contracted to CoreWeave. The first 100 MW building achieved "Ready for Service" in November 2025 [6]. This is Applied Digital's most advanced project and its primary proof of execution capability.

Polaris Forge 2 (Harwood, North Dakota): 280 MW facility with a $5 billion lease to an undisclosed hyperscaler. Ground was broken in September 2025, with initial 200 MW expected online by late 2026 and full operations in early 2027 [11].

Delta Forge 1 (Alexandria/Boyce, Louisiana): 430 MW utility power supporting 300 MW of critical IT load. Ground was broken in early 2026, with initial operations expected mid-2027. This is the site of the first $7.5 billion hyperscaler lease [5][12].

Polaris Forge 3 (undisclosed northern state): 300 MW of critical IT load supported by 430 MW of utility power, spanning more than 600 acres. Initial operations anticipated August 2027 [1].

Source: Applied Digital Press Releases

Data as of May 20, 2026CSV

The company's track record is thin. The successful energization of the first 100 MW building at Polaris Forge 1 is encouraging, but scaling from one completed building to simultaneously delivering over 1 GW across four sites in different states represents a fundamentally different operational challenge. Data center construction is plagued by supply chain constraints on transformers, switchgear, and specialized cooling equipment that have pushed delivery timelines across the industry [13].

Jobs and Regional Economic Impact

Applied Digital's expansion is concentrated in North Dakota and Louisiana. The Polaris Forge 2 campus near Harwood is projected to employ more than 200 full-time personnel once operational, with construction employment peaking at approximately 700 workers [14]. The company has partnered with the State of North Dakota and the Bank of North Dakota through the Rural Workforce Initiative to Support Housing (R-WISH) program, which has produced twenty new homes and a 35-unit apartment building in Ellendale to support workforce growth [14].

The company has emphasized local hiring for construction roles, though the specialized nature of data center work — high-voltage electrical systems, precision cooling infrastructure, and fiber optic networking — creates demand for skills that are nationally scarce. The U.S. data center industry faces a documented skilled labor shortage, particularly for electricians certified to work on systems above 480V and mechanical engineers specializing in thermal management [13].

For Louisiana, the Delta Forge 1 campus in Rapides Parish represents the largest single private investment in the region's history. Specific job projections for that site have not been publicly disclosed, but a 430 MW campus of comparable scale would typically employ 100-300 permanent operations staff and several thousand construction workers over a multi-year build-out.

Energy and Environmental Commitments

Applied Digital's power strategy relies heavily on natural gas. The company's subsidiary, Base Electron, signed a $2.4 billion contract with Babcock & Wilcox to deliver 1.2 gigawatts of new natural gas-fired generation capacity through four 300 MW boiler and steam turbine systems supplied by Siemens Energy [10][15].

This is a significant carbon commitment. At full capacity, 1.2 GW of natural gas generation operating at typical data center utilization rates (above 90% capacity factor) would produce roughly 4-5 million metric tons of CO2 annually — equivalent to the emissions of approximately one million automobiles. Applied Digital has promoted its "proprietary waterless cooling technology" as a sustainability feature [1], but the dominant environmental footprint comes from power generation, not cooling.

The North Dakota sites benefit from the state's abundant wind resources and transmission capacity, but Applied Digital has not committed to specific renewable energy procurement targets or power purchase agreements for wind or solar generation. The company's decision to build dedicated natural gas plants rather than relying on grid power with renewable energy credits reflects a pragmatic choice for reliability over emissions reduction.

Neither Applied Digital nor its undisclosed hyperscaler tenant has publicly reconciled this natural gas dependence with corporate sustainability pledges. Microsoft, Google, and Meta have all made net-zero or carbon-negative commitments — creating potential tension if one of them is the counterparty to facilities powered primarily by fossil fuels [16].

Public Subsidies and Infrastructure Dependencies

Applied Digital's projects depend on substantial public infrastructure, though specific subsidy packages have not been fully disclosed. The North Dakota sites benefit from the state's favorable tax environment for data centers and the availability of transmission capacity through Minnkota Power Cooperative. The Polaris Forge 2 site near Harwood triggered an annexation dispute between the City of Harwood and Cass County over which jurisdiction would capture property tax revenue [17].

The $2.4 billion in dedicated power generation partly sidesteps the need for grid upgrades — Applied Digital is building its own power rather than waiting for utility-scale transmission improvements. However, the natural gas pipeline infrastructure, water resources for cooling (at sites not using the waterless technology), and road access for construction all represent public costs that local and state governments absorb.

Federal incentives may also play a role. The Inflation Reduction Act's 48C Advanced Energy Manufacturing Tax Credit and the Department of Energy's Loan Programs Office both offer potential financing advantages for energy infrastructure projects, though Applied Digital has not announced participation in these programs [18].

The Stock Price Trajectory: From Lows to Surge

Applied Digital's 52-week trading range tells a story of extreme volatility: a low of $6.53 and a high of $47.79 [7]. The stock was trading near multi-year lows through much of 2024 and early 2025, driven by several factors:

• Persistent losses: Fiscal year 2025 produced a net loss of $233.68 million, 56.5% worse than the prior year [7].
• Revenue misses: Q3 2025 revenue missed analyst estimates by 16%, and EPS missed by 48% [7].
• Debt volatility: Q2 2025 results included an $87.2 million loss on change in fair value of debt and $25.4 million from loss on conversion of debt [8].
• Bitcoin mining exit: The company's pivot away from cryptocurrency mining left investors uncertain about its path to profitability.

The bull case rests on the enormous contracted backlog. If Applied Digital delivers on its construction commitments, the $31 billion in take-or-pay revenue would support significant cash flows beginning in 2027-2028. Jim Cramer noted in May 2026 that "a $7.5 billion contract isn't enough without profits," reflecting Wall Street's persistent concern that contracted revenue years in the future may not justify current valuations [19].

The bear case is straightforward: Applied Digital has never operated at anything close to the scale it is now promising. The company must simultaneously execute on $10+ billion in construction spending, manage $5+ billion in high-yield debt at 9.25% interest rates, and deliver operational excellence across four massive facilities in three states — all while generating minimal current cash flow. The 21% surge prices in success; any material construction delay, financing hiccup, or tenant dispute could reverse those gains rapidly.

Competitive Context: How the Deal Compares

The AI data center market has produced several multi-billion-dollar deals in recent years, providing context for Applied Digital's position:

• CoreWeave accumulated a $30.1 billion revenue backlog by mid-2025, anchored by Microsoft (62-67% of revenue) and later supplemented by a $14.2 billion Meta agreement [20][21].
• Core Scientific signed 12-year contracts with CoreWeave worth $3.5 billion across 382 MW [22].
• Blackstone's QTS led a $7.5 billion debt financing facility for CoreWeave, reflecting the scale of capital required in this sector [23].
• The U.S. data center colocation market is projected to reach $72.37 billion, led by Equinix and Digital Realty [24].

Applied Digital's per-megawatt pricing implies roughly $25 million per MW in total contract value over 15 years, or approximately $1.67 million per MW annually. This is broadly consistent with hyperscale lease rates for purpose-built AI facilities, though premium pricing depends on the power density, cooling efficiency, and network connectivity that Applied Digital delivers.

The customer concentration risk is notable. With CoreWeave and one undisclosed hyperscaler accounting for the majority of the $31 billion backlog, Applied Digital's revenue base is far less diversified than Equinix (thousands of tenants) or Digital Realty (hundreds). If either anchor tenant encounters financial difficulties or scales back AI spending, the impact on Applied Digital would be severe.

What Comes Next

Applied Digital has moved from the periphery of the data center industry to its center with remarkable speed. The company's 1.2 GW of contracted capacity would, if fully built, place it among the top ten data center operators in the United States by power capacity.

The next twelve months will determine whether the company's ambitions are credible. The key milestones to watch: successful delivery of the remaining Polaris Forge 1 buildings to CoreWeave, the initial energization of Polaris Forge 2 in late 2026, and whether Applied Digital can secure final financing for Delta Forge 1 and Polaris Forge 3 without further diluting shareholders or pushing debt costs higher.

The AI infrastructure buildout is real, and demand from hyperscalers shows no signs of slowing. The question for Applied Digital is not whether the market exists, but whether a company with $144 million in annual revenue and $5+ billion in debt can build its way into a $31 billion future without stumbling.