Applied Digital

Summary

Applied Digital (NASDAQ: APLD) is a Dallas, Texas AI datacenter developer and operator founded in 2021 by Wes Cummins (Chairman & CEO) and Jason Zhang (President). The company designs, builds, and operates purpose-built AI compute facilities — which it calls “AI Factories” — for hyperscalers and cloud infrastructure providers. Its differentiation is a combination of proprietary waterless direct-to-chip cooling, a concentration in low-cost power markets (North Dakota stranded wind power), and an execution-focused development model it claims enables faster time-to-power than larger incumbents. Applied Digital has 100 MW of live capacity, 900 MW under construction, and a pipeline exceeding 3.5 GW of utility power. Its two North Dakota campuses — Polaris Forge 1 (Ellendale, 250 MW, leased to CoreWeave, ~$7B over 15 years) and Polaris Forge 2 (Harwood, 280 MW, ~$5B over 15 years with an unnamed investment-grade US hyperscaler) — are its flagship projects. Macquarie Asset Management is providing up to $5B in perpetual preferred equity financing for the buildout.

Key Facts

Founded: 2021
HQ: Dallas, TX
Type: Public (NASDAQ: APLD)
Co-Founders: Wes Cummins (Chairman & CEO), Jason Zhang (President, effective Jan 2026)
Live capacity: 100 MW critical IT
Under construction: 900 MW critical IT
Active pipeline: ~3.5 GW utility power
Extended pipeline: >5 GW utility power
Cooling technology: Proprietary waterless, closed-loop, direct-to-chip cooling system; no water consumption for cooling
Key customers: CoreWeave (Polaris Forge 1, 250 MW, $7B contract over ~15 years); unnamed US investment-grade hyperscaler (Polaris Forge 2, 200 MW, $5B over ~15 years)
Primary financing: Macquarie Asset Management — perpetual preferred equity facility up to $5B; $787.5M second draw announced November 2025
North Dakota focus: Ellendale ND (Polaris Forge 1); Harwood ND (Polaris Forge 2, $3B construction cost, groundbreaking September 2025)
Cloud segment: Cloud services business; spin-off under consideration as of late 2025

What It Is / How It Works

Applied Digital positions itself as a pure-play AI Factory developer — not a colocation operator serving diverse enterprise tenants, and not a hyperscaler building for its own workloads, but a developer/operator that builds purpose-built AI compute campuses and leases them on long-term contracts (typically ~15 years) to hyperscalers and AI infrastructure tenants.

The AI Factory model: Each Polaris Forge campus is designed around a single tenant’s requirements for AI training and inference at scale. The tenant (CoreWeave, or the unnamed hyperscaler at PF2) brings its own GPU compute hardware; Applied Digital provides facility, power, cooling, and connectivity. The long-term lease structure creates predictable contracted revenue over the facility lifetime, analogous to a NNN commercial real estate model — Applied Digital bears construction risk but the tenant bears operational hardware risk.

North Dakota power strategy: North Dakota has substantial stranded wind power capacity and relatively low utility rates. Applied Digital’s campuses are located near transmission infrastructure that can deliver gigawatt-scale power at competitive rates. PF1 in Ellendale has direct access to “gigawatt-scale stranded power” per company materials. This power cost advantage is the primary factor in the company’s claim of $2.7B in cost savings vs. coastal datacenter locations over the life of its leases.

Waterless cooling: Applied Digital’s proprietary closed-loop direct-to-chip cooling system circulates fluid directly to GPU heat spreaders without using cooling towers or evaporative water consumption. This is significant for North Dakota siting (water rights and municipal water supply are constraints in rural locations) and for WUE (Water Usage Effectiveness) metrics increasingly required by hyperscaler sustainability commitments. The specific fluid and system architecture are not publicly disclosed in detail.

Execution model: CEO Wes Cummins frequently emphasizes “execution” as the company’s core competency — the ability to take a site from land acquisition through utility interconnect, construction, fit-out, and commissioning faster than incumbent operators. The scale-up from 100 MW live to 1 GW under construction/pipeline in ~3 years suggests a repeatable development methodology, though this speed claim has not been independently benchmarked.

Notable Developments

2025-12: CEO Wes Cummins discusses 600 MW development pace in RCR Wireless interview; reaffirms North Dakota as flagship AI infrastructure market. (RCR Wireless)
2025-11: Second $787.5M draw from Macquarie Asset Management perpetual preferred equity facility announced; facility total up to $5B. (Applied Digital IR)
2025-10: $5B AI Factory lease with unnamed US investment-grade hyperscaler at Polaris Forge 2 announced; 200 MW, ~15-year term. (Applied Digital IR)
2025-09: Groundbreaking at Polaris Forge 2 (Harwood, ND); $3B construction cost; 280 MW planned; initial capacity 2026, full capacity early 2027. (Applied Digital IR)
2025-08: Jason Zhang appointed Chief Strategy Officer.
2025-07: Wes Cummins interview with D Magazine on NVIDIA relationship and AI infrastructure buildout. (D Magazine)
2025-06: 250 MW 15-year CoreWeave lease at Polaris Forge 1 (Ellendale, ND) announced; ~$7B contracted revenue over term. (Applied Digital IR)
2026-01: Jason Zhang named President effective January 15, 2026.
2021: Company founded by Wes Cummins and Jason Zhang.

Key People

Wes Cummins — Co-Founder, Chairman & CEO

LinkedIn: linkedin.com/in/wes-cummins-63114481
Role: Co-founder, Chairman, and CEO since founding
Background: 20+ years as a technology investor; capital markets background at investment banks and institutional asset management firms; also founder and CEO of 272 Capital LP (technology hardware/software/services investment advisory firm) — concurrent role
Notes: Cummins’s investment background rather than engineering background is notable — Applied Digital’s competitive advantage is framed as capital markets access, deal-making, and site-selection/permitting execution rather than proprietary technology

Jason Zhang — Co-Founder and President (effective January 2026)

LinkedIn: Search “Jason Zhang Applied Digital”
Role: Co-founder; Chief Strategy Officer (Aug 2025); President (Jan 15, 2026)
Background: Founded Valuefinder in 2019; prior investment roles at Sequoia Capital and MSD Capital (Michael Dell’s family office)
Notes: Finance and strategy background complements Cummins’s; responsible for strategic growth in AI infrastructure

Saidal Mohmand — CFO

LinkedIn: Search “Saidal Mohmand Applied Digital”
Role: CFO; previously EVP of Finance where he led financial strategy and capital markets initiatives
Background: Seasoned finance executive; grew into CFO role from inside the company

People — Last Reviewed: 2026-03-25

Supply Chain Position

Applied Digital sits at the Datacenter Developer/Operator layer — downstream of land, power, construction, and cooling component suppliers; upstream of its hyperscaler tenants who bring their own compute hardware.

Layer	Applied Digital’s dependency
Land and site	Rural North Dakota sites; stranded power transmission access is the key site constraint
Utility interconnect	North Dakota utility providers; transmission capacity is the national bottleneck for all AI datacenter developers
Construction	Tier 1 general contractors (not publicly named); prefab M&E module suppliers
Cooling system	Proprietary waterless direct-to-chip system; component suppliers not disclosed
Power infrastructure	Transformers, switchgear, UPS from Eaton, Schneider, Vertiv (standard supply chain)
Networking	Tenant-provided; Applied Digital provides dark fiber to facility
Tenants (downstream)	CoreWeave (PF1); unnamed hyperscaler (PF2); cloud business customers

⚑ CoreWeave concentration risk: As of early 2026, CoreWeave is Applied Digital’s largest named customer ($7B contracted at PF1). CoreWeave itself is heavily dependent on NVIDIA GPU availability and AI cloud demand from its own customers. Any CoreWeave financial stress or demand slowdown propagates directly to Applied Digital’s revenue. CoreWeave IPO’d in early 2025 on NASDAQ — its financial health is now publicly trackable.

⚑ Financing concentration: Macquarie Asset Management’s $5B preferred equity facility is the primary capital source for the PF1/PF2 buildout. Perpetual preferred equity carries ongoing dividend obligations; if Applied Digital’s contracted revenue underperforms, the preferred dividend could become a structural constraint. The “perpetual” structure (no maturity date) avoids refinancing risk but creates a permanent capital cost.

Power cost thesis: Applied Digital’s reports claim $2.7B in cost savings vs. coastal datacenter alternatives over the life of its North Dakota leases — based on power rate differential. This thesis holds as long as North Dakota utility rates remain competitive; if grid congestion or renewable integration costs rise in the region, the advantage narrows.

Claim Verification

Claim: Polaris Forge facilities use “proprietary waterless cooling”

Status: Company-stated; architectural details not publicly disclosed; independently verifiable claim but not yet independently published

Supporting:

“Waterless” closed-loop direct-to-chip cooling is technically achievable — it describes recirculating fluid cooled by dry coolers (air-cooled heat rejection) rather than cooling towers; in dry-cooling designs, no water evaporation occurs
North Dakota’s climate (cold ambient temperatures much of the year) makes dry cooling particularly efficient — free cooling hours are high, reducing mechanical cooling load
Multiple datacenter operators use similar dry-cooling approaches; the proprietary claim likely refers to the specific system integration rather than a novel physical principle

Refuting / questioning:

“Waterless” is a marketing-friendly term; the cooling loop may still require water for initial fill or maintenance; what is likely meant is “no consumptive water use” (no evaporative loss)
PUE and WUE metrics for operational Polaris Forge 1 facilities have not been independently published; design-basis figures from the company have not been verified against operational data
“Proprietary” is asserted but no patent filings or technical white papers have been published describing the system

Summary: The claim is directionally credible for dry-cooled direct-to-chip systems in a cold-climate location. Independently verified operational WUE and PUE data would be needed to fully validate it. The “proprietary” modifier should be treated as unverified until patents or technical documentation are public.

Claim: $7B CoreWeave contract / $5B hyperscaler contract

Status: Confirmed via press releases from Applied Digital; contract values are total contracted revenue over ~15-year lease terms, not upfront payments