Applied Digital Corp. (NASDAQ: APLD)

$36.08 ▲ +3.65 (+11.25%)

As of Apr 23, 2026 02:40 PM

Sector: Technology Industry: Information Technology Services CIK: 0001144879

Market Cap 10.24 Bn

P/E -80.71

P/S 36.04

Div. Yield 0.00

ROIC (Qtr) -0.08

Total Debt (Qtr) 2.59 Bn

Revenue Growth (1y) (Qtr) 139.29

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About

Applied Digital Corp. is a U.S.-based company specializing in the design, development, and operation of next-generation data center infrastructure across North America. The company focuses on providing solutions to the rapidly growing industries of high-performance computing (HPC) and artificial intelligence (AI). Applied Digital operates in two distinct business segments: blockchain data center hosting and HPC data center hosting. The company has strategically positioned itself to capitalize on the increasing demand for robust, reliable, and scalable...

Applied Digital Corp. is a U.S.-based company specializing in the design, development, and operation of next-generation data center infrastructure across North America. The company focuses on providing solutions to the rapidly growing industries of high-performance computing (HPC) and artificial intelligence (AI). Applied Digital operates in two distinct business segments: blockchain data center hosting and HPC data center hosting. The company has strategically positioned itself to capitalize on the increasing demand for robust, reliable, and scalable data center infrastructure driven by digital transformation across various sectors.

Applied Digital generates revenue through its data center hosting services, catering primarily to crypto mining customers and HPC applications. The company's custom-designed data centers allow customers to rent space based on their power requirements. As of the fiscal year ended May 31, 2025, the Data Center Hosting Business accounted for all of the revenue generated from continuing operations. The company operates sites in Jamestown and Ellendale, North Dakota, with a total hosting capacity of approximately 286 MW. The Jamestown facility has a capacity of 106 MW, while the Ellendale facility has a capacity of 180 MW. Additionally, the company is constructing a HPC-focused campus in Ellendale, North Dakota, comprising three data centers under the Polaris Forge portfolio, with the first two buildings totaling 250 MWs under lease agreements.

• Data Center Hosting Business: This segment provides energized infrastructure services to crypto mining customers. The company's custom-designed data centers allow customers to rent space based on their power requirements. Applied Digital currently serves one crypto mining customer with a remaining contractual term of two and a half years. This business segment accounted for all of the revenue generated from continuing operations for the fiscal year ended May 31, 2025.

• HPC Hosting Business: This segment specializes in designing, constructing, and operating data centers tailored to support high power density applications like HPC and AI. The company is currently building a HPC-focused campus in Ellendale, North Dakota, which includes three data centers under the Polaris Forge portfolio. The first two buildings, with capacities of 100 MW and 150 MW respectively, are under construction and are purpose-built for high power density GPUs. The company anticipates that this business segment will begin generating meaningful revenues once the first building within Polaris Forge 1 becomes operational, expected in calendar year 2025.

Applied Digital operates in a competitive landscape, facing significant competition from various data center providers in the U.S. Key competitors include Digital Realty, Equinix, Inc., and NTT, as well as private operators. Within the Data Center Hosting Business, the company competes against Bitdeer Technologies Group and Riot Platforms. To differentiate itself, Applied Digital focuses on innovation and the strategic design of its data centers to attract and retain customers. The company's competitive advantages include its specialized infrastructure for high power density applications and its strategic locations in North Dakota, which offer favorable power, fiber, and land capabilities.

The company's customer base includes crypto mining customers and HPC applications. Specifically, Applied Digital currently serves one crypto mining customer with a remaining contractual term of two and a half years. In the HPC Hosting Business, the company has one customer that is a party to two fifteen-year term leases. The strategic focus on high power density applications and the development of AI-focused data centers positions Applied Digital to capitalize on the growing demand for advanced computing infrastructure. The company's commitment to sustainability and energy efficiency further enhances its competitive position in the rapidly evolving data center industry.

Investment thesis

Bull case

Applied Digital’s strategic shift to purpose-built high‑performance computing (HPC) facilities positions it well ahead of a rapidly expanding AI and machine‑learning market that is demanding ultra‑low latency, high‑density compute. The company’s early‑stage 100‑megawatt campus in Ellendale, coupled with a secured letter of intent for a 400‑megawatt lease from a Fortune‑50 hyperscaler, provides a clear revenue pathway once project‑level financing is secured. The management team emphasizes a unique, inverse site‑selection methodology that identifies power‑rich, fiber‑connected rural sites, thereby reducing the time to build compared with traditional data‑center developers that focus on metropolitan hotspots. This differentiation, coupled with the company's existing 106‑megawatt Jamestown facility operating at full capacity for seven consecutive quarters, underlines a strong operational foundation that can be scaled quickly as more clients commit to the same low‑latency, high‑density HPC model.
The company’s cloud services business, which has already deployed six GPU clusters generating an annualized $100–110 million run rate, is a critical catalyst that can be accelerated once an asset‑level financing structure is in place. Management discusses the need to shift from a two‑year depreciation schedule to the industry standard of five to six years, which would align the capital cost with the life of the equipment and reduce the apparent drag on earnings. The rapid ramp of six clusters in Q1, coupled with a pipeline of additional AI workloads in the enterprise space, suggests a steep growth curve that can feed back into the HPC data‑center strategy, creating a virtuous cycle between compute‑as‑a‑service and colocation revenue streams. Moreover, the company’s expansion plan of three additional campuses totaling 1.4 GW, all slated to be power‑available by 2026, indicates a significant scaling trajectory that can capture a large slice of the high‑capacity market once the lease with the hyperscaler is finalized.
Management’s recent procurement of $150 million in funding after the fiscal year‑end, along with the settlement of the Garden City contingency, demonstrates a robust ability to mobilize capital quickly. The company’s emphasis on securing project‑level debt for the Ellendale campus signals a disciplined approach to risk mitigation, ensuring that the facility is leveraged rather than fully equity‑loaded. By aligning financing with specific lease agreements, Applied Digital can mitigate dilution risk and improve capital efficiency, thereby enhancing shareholder value. The focus on a “development platform” model, whereby the company owns and operates multiple HPC sites, allows for scalable returns as each new campus can attract a new hyperscaler tenant or expand capacity for existing ones.
The company's decision to focus exclusively on hyperscalers for its new campuses demonstrates a strategic prioritization of high‑margin, long‑term tenants. Hyperscalers typically have predictable, high‑volume power and cooling needs that align with Applied Digital’s high‑density, liquid‑cooled design, thereby reducing operational risk. Management’s candid acknowledgment of the challenges in securing a 400‑megawatt lease, yet confidence in completing the deal within a short window, highlights a proactive risk management culture. The combination of a secured LOI, advanced engineering progress, and an aggressive timeline for the final fit‑out provides a clear path to revenue generation that can offset current net losses and establish a strong cash‑flow foundation for future expansion.
Applied Digital’s location in North Dakota offers a strategic advantage in terms of power availability and cost. The company’s approach of identifying “power‑rich” sites before fiber connectivity ensures that each new campus can be built with the optimal mix of renewable and non‑renewable energy, potentially reducing operating expenses and appealing to sustainability‑conscious clients. The management team’s emphasis on redundancy (dual power feeds, UPS, backup generators) indicates a commitment to maintaining high uptime, a critical metric for HPC tenants. The existing 106‑megawatt Jamestown facility’s uninterrupted uptime over seven consecutive quarters further substantiates the company’s ability to deliver reliable services, a key differentiator in a market where downtime can be extremely costly.

Applied Digital’s strategic shift to purpose-built high‑performance computing (HPC) facilities positions it well ahead of a rapidly expanding AI and machine‑learning market that is demanding ultra‑low latency, high‑density compute. The company’s early‑stage 100‑megawatt campus in Ellendale, coupled with a secured letter of intent for a 400‑megawatt lease from a Fortune‑50 hyperscaler, provides a clear revenue pathway once project‑level financing is secured. The management team emphasizes a unique, inverse site‑selection methodology that identifies power‑rich, fiber‑connected rural sites, thereby reducing the time to build compared with traditional data‑center developers that focus on metropolitan hotspots. This differentiation, coupled with the company's existing 106‑megawatt Jamestown facility operating at full capacity for seven consecutive quarters, underlines a strong operational foundation that can be scaled quickly as more clients commit to the same low‑latency, high‑density HPC model.
The company’s cloud services business, which has already deployed six GPU clusters generating an annualized $100–110 million run rate, is a critical catalyst that can be accelerated once an asset‑level financing structure is in place. Management discusses the need to shift from a two‑year depreciation schedule to the industry standard of five to six years, which would align the capital cost with the life of the equipment and reduce the apparent drag on earnings. The rapid ramp of six clusters in Q1, coupled with a pipeline of additional AI workloads in the enterprise space, suggests a steep growth curve that can feed back into the HPC data‑center strategy, creating a virtuous cycle between compute‑as‑a‑service and colocation revenue streams. Moreover, the company’s expansion plan of three additional campuses totaling 1.4 GW, all slated to be power‑available by 2026, indicates a significant scaling trajectory that can capture a large slice of the high‑capacity market once the lease with the hyperscaler is finalized.
Management’s recent procurement of $150 million in funding after the fiscal year‑end, along with the settlement of the Garden City contingency, demonstrates a robust ability to mobilize capital quickly. The company’s emphasis on securing project‑level debt for the Ellendale campus signals a disciplined approach to risk mitigation, ensuring that the facility is leveraged rather than fully equity‑loaded. By aligning financing with specific lease agreements, Applied Digital can mitigate dilution risk and improve capital efficiency, thereby enhancing shareholder value. The focus on a “development platform” model, whereby the company owns and operates multiple HPC sites, allows for scalable returns as each new campus can attract a new hyperscaler tenant or expand capacity for existing ones.
The company's decision to focus exclusively on hyperscalers for its new campuses demonstrates a strategic prioritization of high‑margin, long‑term tenants. Hyperscalers typically have predictable, high‑volume power and cooling needs that align with Applied Digital’s high‑density, liquid‑cooled design, thereby reducing operational risk. Management’s candid acknowledgment of the challenges in securing a 400‑megawatt lease, yet confidence in completing the deal within a short window, highlights a proactive risk management culture. The combination of a secured LOI, advanced engineering progress, and an aggressive timeline for the final fit‑out provides a clear path to revenue generation that can offset current net losses and establish a strong cash‑flow foundation for future expansion.
Applied Digital’s location in North Dakota offers a strategic advantage in terms of power availability and cost. The company’s approach of identifying “power‑rich” sites before fiber connectivity ensures that each new campus can be built with the optimal mix of renewable and non‑renewable energy, potentially reducing operating expenses and appealing to sustainability‑conscious clients. The management team’s emphasis on redundancy (dual power feeds, UPS, backup generators) indicates a commitment to maintaining high uptime, a critical metric for HPC tenants. The existing 106‑megawatt Jamestown facility’s uninterrupted uptime over seven consecutive quarters further substantiates the company’s ability to deliver reliable services, a key differentiator in a market where downtime can be extremely costly.

Bear case

The company’s fiscal fourth‑quarter results reveal a substantial net loss of $64.8 million, with a $45.3 million adjusted net loss, largely attributable to high operating expenses and one‑time professional service costs. The financial statements indicate that energy costs ballooned from $15.9 million to $46.3 million within a single quarter, underscoring the company’s vulnerability to volatile power prices, a key input that can erode margins rapidly. Even with a projected 100‑megawatt campus, the company still requires an additional $800 million to complete the $1 billion project, creating a significant capital burden that could strain future liquidity, especially if financing terms are less favorable than anticipated.
Operational reliability remains a risk, as evidenced by the transformer failures that caused a multi‑month outage at the Ellendale campus. Management admitted that the outage was caused by transformer failures and that replacement took several months, during which revenue was lost and costs were incurred. The fact that the company had to replace transformers and related components from industry‑leading manufacturers suggests that the design and procurement processes may not have fully accounted for the criticality of the power supply, leaving the business exposed to similar disruptions in the future. Recurrent outages would not only damage the company’s reputation with hyperscaler tenants but also lead to additional capital expenditures and potential penalties for downtime.
The company’s dependence on a single, large hyperscaler lease for a 400‑megawatt facility creates a concentration risk that could materialize if the lease is not finalized or if the tenant defaults. Management’s candid acknowledgement that the lease timeline is “north of 90 percent” but still subject to “final details” and “small items” indicates that the deal is not yet sealed, leaving room for negotiation setbacks or regulatory delays. The presence of a backlog in law firm work further compounds uncertainty, as even minor details can be prolonged by administrative bottlenecks, delaying the first revenue stream from the Ellendale campus. This risk is amplified by the company’s lack of a diversified customer base for its other planned campuses, which remain in the marketing phase.
The capital‑intensive nature of HPC and cloud services requires continuous investment in GPUs and cooling infrastructure, which the company plans to finance via asset‑level structures. Management notes that the current financing structure is a two‑year depreciation schedule that does not reflect the true asset life, indicating potential accounting distortion that could mislead investors about profitability. Transitioning to a five‑to‑six‑year depreciation schedule would improve financial metrics but relies on securing favorable debt terms, a process that is still in progress and subject to market conditions. Until this structure is in place, the company may continue to report losses that are driven largely by accounting charges rather than operational cash flow.
The company’s rapid expansion plan of three additional campuses totaling 1.4 GW is an ambitious target that may overstate the feasibility of securing adequate power and fiber connectivity, even if the company’s inverse site‑selection methodology is sound. The industry’s power grid is already strained, with reports of “near‑term” power being a bottleneck, and the company’s strategy to secure “near‑term” power by 2026 may be overly optimistic. The presence of supply‑chain constraints, particularly for key components like transformers and cooling equipment, could delay construction timelines and inflate costs. Any slowdown in the procurement or installation of these critical components would extend the project completion dates, delaying the revenue realization and potentially eroding investor confidence.

The company’s fiscal fourth‑quarter results reveal a substantial net loss of $64.8 million, with a $45.3 million adjusted net loss, largely attributable to high operating expenses and one‑time professional service costs. The financial statements indicate that energy costs ballooned from $15.9 million to $46.3 million within a single quarter, underscoring the company’s vulnerability to volatile power prices, a key input that can erode margins rapidly. Even with a projected 100‑megawatt campus, the company still requires an additional $800 million to complete the $1 billion project, creating a significant capital burden that could strain future liquidity, especially if financing terms are less favorable than anticipated.
Operational reliability remains a risk, as evidenced by the transformer failures that caused a multi‑month outage at the Ellendale campus. Management admitted that the outage was caused by transformer failures and that replacement took several months, during which revenue was lost and costs were incurred. The fact that the company had to replace transformers and related components from industry‑leading manufacturers suggests that the design and procurement processes may not have fully accounted for the criticality of the power supply, leaving the business exposed to similar disruptions in the future. Recurrent outages would not only damage the company’s reputation with hyperscaler tenants but also lead to additional capital expenditures and potential penalties for downtime.
The company’s dependence on a single, large hyperscaler lease for a 400‑megawatt facility creates a concentration risk that could materialize if the lease is not finalized or if the tenant defaults. Management’s candid acknowledgement that the lease timeline is “north of 90 percent” but still subject to “final details” and “small items” indicates that the deal is not yet sealed, leaving room for negotiation setbacks or regulatory delays. The presence of a backlog in law firm work further compounds uncertainty, as even minor details can be prolonged by administrative bottlenecks, delaying the first revenue stream from the Ellendale campus. This risk is amplified by the company’s lack of a diversified customer base for its other planned campuses, which remain in the marketing phase.
The capital‑intensive nature of HPC and cloud services requires continuous investment in GPUs and cooling infrastructure, which the company plans to finance via asset‑level structures. Management notes that the current financing structure is a two‑year depreciation schedule that does not reflect the true asset life, indicating potential accounting distortion that could mislead investors about profitability. Transitioning to a five‑to‑six‑year depreciation schedule would improve financial metrics but relies on securing favorable debt terms, a process that is still in progress and subject to market conditions. Until this structure is in place, the company may continue to report losses that are driven largely by accounting charges rather than operational cash flow.
The company’s rapid expansion plan of three additional campuses totaling 1.4 GW is an ambitious target that may overstate the feasibility of securing adequate power and fiber connectivity, even if the company’s inverse site‑selection methodology is sound. The industry’s power grid is already strained, with reports of “near‑term” power being a bottleneck, and the company’s strategy to secure “near‑term” power by 2026 may be overly optimistic. The presence of supply‑chain constraints, particularly for key components like transformers and cooling equipment, could delay construction timelines and inflate costs. Any slowdown in the procurement or installation of these critical components would extend the project completion dates, delaying the revenue realization and potentially eroding investor confidence.

Peer comparison

Companies in the Information Technology Services

S.No.	Ticker	Company	Market Cap	P/E	P/S	Total Debt (Qtr)
1	IBM	International Business Machines Corp	216.40 Bn	20.41	3.20	61.26 Bn
2	ACN	Accenture plc	110.21 Bn	14.50	1.53	5.14 Bn
3	GIB	Cgi Inc	79.47 Bn	13.47	6.87	2.64 Bn
4	CTSH	Cognizant Technology Solutions Corp	26.91 Bn	12.09	1.27	0.58 Bn
5	FIS	Fidelity National Information Services, Inc.	23.93 Bn	61.00	2.24	11.80 Bn
6	LDOS	Leidos Holdings, Inc.	18.88 Bn	13.04	1.10	4.65 Bn
7	BR	Broadridge Financial Solutions, Inc.	18.23 Bn	17.10	2.54	3.17 Bn
8	CDW	CDW Corp	17.92 Bn	16.78	0.80	5.63 Bn

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Applied Digital Corp. (NASDAQ: APLD)

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