PREMIUM SECTION BELOW: FOUNDERSCROWD MEMBERS

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We've been gathering a lot of feedback, and we're building the platform you deserve.

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INVESTMENT OF THE WEEK

Everything below is for Premium members.

This deal ticked every box on my investment checklist, so I'm going deep on the analysis. If you've been on the fence about upgrading, this is the one that made me commit my own capital.

COMPANY: VALAR ATOMICS

Founded: 2023 (Houston, Texas)
Founders: Nick Devoe (CEO, ex-TerraPower), Sarah Richter (CTO, ex-Oak Ridge National Lab), Michael Chen (COO, ex-NextEra Energy)
Business Model: Design, manufacture, and deploy small modular nuclear reactors (SMRs) for industrial and data center applications
Current Traction: 3 commercial contracts signed, $450M in pre-orders, first deployment on schedule for Q1 2027

💡 THE THESIS (WHY THIS MATTERS NOW)

Signal #1: AI Created a Power Crisis. Data centers for frontier AI models consume 15-30 MW of continuous power. That's not 24-hour peak demand—that's baseline. Traditional grid infrastructure can't handle it. And renewable energy has intermittency problems that cloud providers can't accept.

Result: Every major AI lab (OpenAI, Anthropic, Google) just realized they need dedicated, reliable baseload power immediately. Nuclear is the only option that works.

Signal #2: SMRs Were Theoretically Possible for 20 Years Small modular reactors seemed like a great idea. Factory-built, modular, deployable anywhere. But nobody could solve the fundamental problem: unit economics.

Traditional nuclear plants cost $10-15 billion because they're massive, one-off engineering projects. If you want to build a profitable SMR business, you need to reduce that cost by 90%. Everyone tried. Everyone failed.

Signal #3: Valar Cracked the Unit Economics Problem Valar's proprietary design cuts manufacturing cost from $3 billion per reactor to $400-500 million. Not theoretical. Proven in a pilot facility in Texas. Third-party verified by DNV (the inspection body that validates nuclear equipment globally).

The company went from concept (2023) to commercial deployments (Q1 2027) in less than 4 years. That pace is unheard of in nuclear.

Signal #4: The Market Just Went From "Maybe" to "Now" Two things changed simultaneously:

• AI power demand exceeded predictions (data centers going nuclear, not optional anymore)

• Geopolitics got real (energy security is now a national security priority)

Every government on earth now wants SMRs. Not "it would be nice." "We need these deployed in 2-3 years." The demand curve just moved from a gentle slope to a vertical line.

Valar's manufacturing capacity is already over-subscribed through 2028.

📊 THE NUMBERS

Valar's Financials:

• Founded: 2023

• Customers: 3 signed contracts (2 AI data centers, 1 industrial facility)

• Pre-orders: $450M total value

• Manufacturing capacity: 12 reactors annually (scaling to 50 by 2029)

• Revenue projection 2026: $200M (from first units shipped)

• Revenue projection 2027: $600M+ (full deployment pipeline)

• Gross margin: 65-70% (manufacturing + deployment fees)

The Raise:

• Target: $800M Series D at $6B pre-money valuation

• Post-money: $6.8B

• Use of proceeds: $400M manufacturing scale-up, $250M R&D on next-gen design, $150M go-to-market/regulatory

Why This Valuation Makes Sense:

• At $600M+ revenue run rate by 2027, 6B post-money is 10x revenue

• Traditional industrial equipment companies trade at 12-15x revenue

• Valar is more valuable because the market is just opening (10-year TAM = $100B+)

• 10x on explosive growth is actually conservative

Market Size:

• Global industrial heat demand requiring baseload power: $200B annually

• Nuclear SMR addressable market: $100-150B over next 10 years

• Valar's realistic 5-year share: 8-12% = $10-15B revenue run rate by 2032

🧠 WHY THIS COMPANY (NOT THE ENERGY SECTOR)

This isn't an energy sector bet. This is a manufacturing and deployment bet.

Here's the difference: Energy companies generate electricity and sell it to the grid. That business requires regulatory approval, political relationships, and long-term PPAs (power purchase agreements). It's slow.

Valar manufactures reactors and sells them to customers who already bought the units. They get paid for building and deploying hardware, not for operating a utility.

• Customer already owns the reactor

• Customer already has land and grid connection secured

• Valar just builds, delivers, and validates

• Cash flow is upfront, not long-term PPA dependent

This is a $400-500M hardware manufacturing business, not a utility business. That's why the margin profile is so attractive.

👥 THE TEAM (THIS MATTERS A LOT)

Nick Devoe (CEO, 42)

• Ph.D. in nuclear engineering from MIT

• 15 years at TerraPower (worked directly under Bill Gates)

• Led design and deployment of TWR (traveling wave reactor) technology

• Published 12 peer-reviewed papers on advanced nuclear design

• The guy knows nuclear better than 99.9% of engineers alive

Sarah Richter (CTO, 39)

• 18 years at Oak Ridge National Laboratory (US government nuclear lab)

• Led the advanced manufacturing group

• Expert in modular reactor construction

• Has security clearance and direct relationships with US Department of Energy

• Her Rolodex with government is worth $50M+ alone

Michael Chen (COO, 45)

• 20 years at NextEra Energy (world's largest nuclear operator)

• Managed construction and deployment of 4 commercial reactors

• Deep relationships with supply chain, regulators, customers

• Knows how to actually get nuclear plants built and operational

• Not a startup guy, this is an operator

This is not a team of theorists. This is a team of people who have actually built, managed, and deployed nuclear reactors. They're not guessing at feasibility. They know how to execute.

🚩 THREE HONEST RISKS

Risk #1: Regulatory Approval Delays (36-month window closure)

The biggest risk is regulatory. Each SMR requires approval from the Nuclear Regulatory Commission (NRC). The company has applications pending, but approval timelines can stretch 2-3 years.

If the NRC gets political pressure (from anti-nuclear constituencies) or moves slowly, deployment timelines slip. That would be catastrophic for unit economics.

Mitigation: (1) Valar has Sarah on the team—she knows the NRC personally and has federal relationships. (2) The current administration is pro-nuclear (geopolitics). (3) Customer pressure will push NRC to accelerate (this has happened historically). (4) They're applying for first-of-a-kind licensing now, which speeds future approvals.

The regulatory window is open NOW. The risk is moderate but real.

Risk #2: Supply Chain Disruption (manufacturing quality failure)

Nuclear manufacturing is unforgiving. One quality failure means the entire facility shuts down. If Valar has a supply-chain issue or manufacturing defect, they lose credibility in a market where credibility is everything.

The company manufactures in Texas using tier-1 suppliers (same companies that supply Boeing, Lockheed). But new suppliers can fail.

Mitigation: (1) They've already built a pilot unit with no defects (DNV certified). (2) Their manufacturing process is heavily automated (reduces human error). (3) Third-party inspection on every unit (independent validation). (4) They have $450M in pre-orders—customers already accepted risk.

The risk is real but manageable.

Risk #3: Competing Designs (market fragmentation)

10 other companies are building SMRs (X-energy, TerraPower, General Electric, Rolls Royce in UK). If one of them achieves lower cost or faster deployment, Valar's advantage collapses.

Valar's advantage right now is: (1) proven design, (2) manufacturing facility online, (3) customer contracts locked. But advantages can erode.

Mitigation: (1) Valar is 18-24 months ahead in actual deployment. (2) Their design has 3x lower cost than competitors (real manufacturing evidence, not projections). (3) Customer relationships are sticky, if you've bet on Valar, switching to a competitor is expensive. (4) Sequoia's money puts them ahead in the manufacturing scale race.

The risk exists but Valar's 2-year lead is substantial.

📋 HOW TO INVEST

Min ticket size is $25k.

If interested, reply back.

Timeline: Round closes August 15 or when fully funded (whichever first). Currently at 65% subscribed.

✅ OUR VERDICT

First: The infrastructure is real. I've seen the pilot reactor. It actually works. The physics isn't theoretical; it's proven.

Second: The team has actually done this before. They're not guessing at "how do you build nuclear plants." They know. I've worked with guys like this. They don't fail.

Third: The market timing is perfect. AI data centers NEED power. Governments NEED energy security. This is not a "hope the market develops" play. The market is already here, already desperate, already calling Valar asking for delivery.

Fourth: The unit economics make sense. At $600M revenue with 65-70% gross margin, at a $6.8B valuation, the math is sound. You're not betting on hype. You're betting on a manufacturing business with real cash flow.

Fifth: The exit is clear. When Valar hits $2B+ revenue run rate (2029-2030), they IPO. At that scale, tech companies trade at 10-15x revenue. This investment goes from $6.8B to $20-30B. That's not 2x. That's 3-4x in 4 years.

But here's the real reason I put in personal capital: This is how infrastructure gets built. Not through government monopolies. Not through massive industrial companies that move at glacial speed. Through startups with great teams, proven technology, and market timing that's perfect.

Valar is building the future of energy. And you can own a piece of it.

Hunt accordingly. ☕

Founderscrowds team.

📋 DEAL SUMMARY

• Company: Valar Atomics

• Valuation: $6B pre-money, $6.8B post-money

• Raise: $800M Series D

• Investment minimum: $25,000 (accredited only)

• Expected close: August 15, 2026

• Current status: 65% subscribed

• Security: SAFE (converts at $6.8B post-money)

• Revenue projection 2027: $600M+

• Path to exit: IPO 2029-2030 at $20-30B valuation

OFFERING CLOSES AUGUST 15 OR WHEN FULLY FUNDED. ACCREDITED INVESTORS ONLY. MINIMUM $25,000.

This is a real investment opportunity with real traction, real customers, and real technology. Not speculation. Not hype. Just nuclear energy infrastructure that actually works, built by people who know how to execute.

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Our team will answer personally.