FRMI

ANALYST NOTE: FRMI (Fermi Inc.) Date: 2026-06-20 Current Price: $9.50

1. Structural Readiness

State: Forming Conservative Entry: — (Pending breakout confirmation) Aggressive/Pre-Breakout Entry: — (Not actionable on setup alone) Breakout Level: — (Pending) Current Price: $9.50 Extension: — (Price is not currently extended relative to a breakout level as no breakout has occurred) ATR Current: 8.1% (Extreme)

Setup Analysis:

2. Thesis Layer

Primary Secular Thesis: AI Infrastructure (Datacenter Capex / Servers / REITs) Directness: Tier Direct Confidence: Moderate

FRMI is positioned as a direct beneficiary of the AI Infrastructure thesis. The company is not merely a supplier of components but is building the physical power and real estate backbone required for hyperscale compute. The core thesis rests on the premise that power availability, not capital or demand, is the primary constraint for AI growth.

Secondary Secular Thesis: Energy Transition & Electrification (Grid & Transmission Modernization) Directness: Tier Second-Order Confidence: Moderate

While the primary driver is AI-specific power, the company's focus on a "clean air permit" for massive gas generation and the integration of nuclear (AP1000) and solar aligns with the broader energy transition narrative of modernizing the grid to support high-density loads.

Conviction Weighting: The name rides two structural waves. The AI Infrastructure wave is the dominant driver, offering a direct revenue link to hyperscalers. The Energy Transition wave provides a secondary tailwind regarding regulatory approval and long-term grid stability. The combination suggests a high-conviction secular exposure, provided the execution risk of building this infrastructure is managed.

3. The Business

Business Model: FRMI operates as a specialized infrastructure developer and REIT-like entity. The business model is to construct "private grid" campuses powered by a mix of natural gas, solar, and nuclear energy, and lease the resulting high-density data center space to hyperscale tenants. Revenue is anticipated to be generated substantially through lease rental income.

Industry: Financial Services (specifically Real Estate Investment Trusts / Infrastructure REITs) / Energy Infrastructure.

Supporting Evidence (As of 2026-06-20):

• Scale & Permitting: Management has secured a 6 GW clean air permit (final approval received Feb 25, 2026) and filed an application for an additional 5 GW. This represents one of the largest natural gas-fired air permits in the Western Hemisphere.
• Capital Deployment: As of Q1 2026, cumulative investment in "Project Matador" exceeds $1.4 billion, with $441 million invested in the quarter alone.
• Equipment & Technology: The company has paid approximately $276.6 million of a $324.4 million Siemens F-Class EPA contract. They have also filed a combined license application with the NRC for four Westinghouse AP1000 reactors (accepted for review Sept 2025).
• Timeline & Operations: Commercial operations for the first powered shell campus are targeted to commence in 2027. Phase 1 is expected to be substantially completed upon initial tenant energization, currently expected in the first half of 2027.
• Immediate Catalyst: Management expects the first 86 MW of capacity to be energized in the second half of 2026, with the remaining 114 MW targeted for year-end 2026.
• Tenant Strategy: Management is actively seeking binding tenant agreements. As of the May 14, 2026 earnings call, no shareholder meeting was set, and the company is prioritizing securing these agreements and hiring a new CEO.

4. Archetype and Conviction

Archetype: Growth Leader / Infrastructure Builder Valuation Context: The company is in a heavy Capex phase with no revenue stream yet realized (targeting 2027 commercial operations). The $1.4 billion cumulative investment suggests significant capital burn. The current stock price of $9.50 reflects the market's pricing of this future potential against the execution risk.

Conviction Stack:

• Thesis Strength: High. The "power constraint" narrative is validated by management's statement that power availability is the biggest constraint, not demand.
• Evidence Quality: Strong. The evidence includes specific permit dates, NRC filing dates, and precise Capex figures ($441M, $276.6M).
• Structural Quality: Moderate. The "Forming" setup and "Extreme" ATR (8.1%) indicate high volatility and a lack of a confirmed structural breakout. The setup is not yet "Confirmed-Active."
• Rerating Potential: High, contingent on the execution of the 2026 energization milestones and the signing of binding tenant agreements.

5. Invalidations, Strengths, and Gaps

What Would Invalidate:

• Failure to energize the first 86 MW by the end of 2026.
• Failure to secure a binding tenant agreement within the 90-day window outlined in the May 2026 guidance.
• Regulatory rejection of the 5 GW incremental permit or the NRC nuclear license.
• A sustained close below the implied structural floor (once defined) or a failure to maintain the "Forming" structure.

What Would Strengthen:

• Announcement of a binding lease agreement with a major hyperscaler.
• Successful energization of the 86 MW phase ahead of schedule.
• Confirmation of the new CEO appointment.

Gaps in Evidence:

• Revenue Recognition: No revenue has been recognized yet; the model relies entirely on future lease income.
• Tenant Specifics: While "hyperscalers" are the target, no specific tenant names or lease terms (rent per sq ft, duration) are disclosed in the provided evidence.
• Financing: While Capex is detailed, the specific financing structure for the remaining capital requirements (beyond the $1.4B spent) is not detailed in the provided snippets.
• Nuclear Timeline: The NRC application was accepted in Sept 2025, but the timeline for final licensing approval is not specified, creating uncertainty on the nuclear component's contribution to the 2027 timeline.

PRIVATE ANALYST CALL

Judgment: Speculative Confidence: medium Key evidence: Secured 6 GW clean air permit and $1.4B cumulative Capex in Project Matador; Management explicitly identifies power availability as the primary AI constraint; First 86 MW energization targeted for H2 2026. Key risks: Extreme ATR (8.1%) indicates severe volatility and high failure rate for unconfirmed breakouts; No revenue stream exists yet with commercial operations targeted for 2027; Execution risk on NRC nuclear licensing and tenant lease signing. Sizing hint: Position size must be minimal due to extreme volatility and lack of confirmed structural breakout; treat as a binary option on execution. Expected path: Management expects to energize 86 MW in H2 2026 and secure binding tenant agreements; successful execution should lead to a structural breakout and re-rating as the 2027 commercial launch approaches. Expected horizon: 12 to 18 months for the thesis to materially play out (2027 commercial launch). Failure mode to watch: Failure to energize the first 86 MW by year-end 2026 or failure to secure a binding tenant agreement within the 90-day guidance window.