Startup profile for Applied Atomics: latest funding, latest known valuation, total disclosed funding, investors, status, sources, and why the company is interesting. Part of the Venture Capital Tracker startup directory.

Startup profile · funding coverage

Applied Atomics funding, valuation and investors

Full-stack co-located SMR power plants sold to hyperscalers via long-term power purchase agreements.

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Funding, valuation & investors

Answer-first snapshot

Latest funding

Seed

$8M · 2026

Latest known valuation

Not publicly disclosed

Total disclosed equity funding

$10M

Excludes debt, grants, acquisitions, secondaries, and IPO proceeds.

Current status

private

seed · United States

Investors in latest funding

Other: Alpaca VC

Sources: latest funding Last verified: 2026-07-25

Overview

Applied Atomics designs, builds, and operates co-located small modular reactor (SMR) power plants for hyperscalers and energy-intensive industries facing AI-driven power demand. Instead of selling reactor hardware, the company sells electricity through long-term power purchase agreements — scaling from 100 MWe to 1 GWe per deployment using proven light-water technology and readily available fuel. Founded by Ben Kellie and team with SpaceX launch-site and aerospace infrastructure backgrounds, the company emerged from stealth in 2025 with an oversubscribed $2M pre-seed led by Alpaca VC and later raised $8M+ to advance full-stack deployment.

Why Applied Atomics is interesting

SpaceX-style vertical integration for nuclear — builds, owns, and operates light-water SMR plants on customer sites, targeting 36–48 month NRC licensing vs. exotic reactor timelines.

Product & use cases

Applied Atomics develops, builds, and operates medium modular nuclear fission plants co-located at customer sites (100 MW–1 GW), selling power via long-term PPAs rather than one-off reactor hardware.

  • Dedicated baseload power for AI hyperscaler data centers
  • On-site generation for e-fuels, hydrogen, and desalination facilities
  • Avoiding multi-year utility interconnection delays with co-located plants

Key facts

  • Pre-seed (2025): oversubscribed $2M led by Alpaca VC; GP Aubrie Pagano joined board (Applied Atomics blog)
  • Seed (2026): $8M to advance full-stack nuclear power plant deployment (Applied Atomics site)
  • Exclusive land-based license for BWX mPower SMR technology (Applied Atomics site)
  • Founders ex-SpaceX Vandenberg, Virgin Orbit, Relativity, Gravitics — full-stack infrastructure background

Funding history (newest first)

Investors in our directory

Funds linked from Applied Atomics's profile — open a fund page for stage focus and related deal articles.

Competitive landscape

Edge: Full-stack build-own-operate model on proven light-water SMR tech with SpaceX-veteran execution team — pragmatic NRC Part 50 pathway vs. unproven Gen-IV designs.

Hyperscaler power demand is the forcing function for co-located nuclear. Applied Atomics bets on proven light-water SMRs and vertical integration (SpaceX playbook) vs. next-gen reactor startups with longer certification paths. Oklo and others compete for the same data-center buyers; moat depends on licensing speed, site acquisition, and PPA economics — none yet proven at commercial scale.

  • Oklo direct

    SMR developer targeting data centers; different reactor design and regulatory path.

  • NuScale Power adjacent

    Public SMR developer; Applied Atomics licensed BWX mPower technology separately.

  • TerraPower adjacent

    Advanced reactor developer; longer development timelines than light-water approach.

  • Utility grid interconnection incumbent

    Default path for hyperscalers; slow and congested in many U.S. markets.

Notable stories

  • Alpaca VC compared Applied Atomics to SpaceX's Falcon 9 playbook — vertically integrated co-located SMRs vs. one-off hardware sales (Alpaca VC blog).
  • Applied Atomics targets NRC licensing timelines potentially as short as 36–48 months using proven light-water technology (Alpaca VC Field Studies).
  • CEO Ben Kellie's team helped build SpaceX's Vandenberg launch site from first steel through flight before applying full-stack execution to nuclear (Applied Atomics site).

Industries

Climate Tech Deep Tech Infrastructure & Cloud

Related funding articles

Venture Capital Tracker pieces that cover Applied Atomics's financing or category context.

FAQs about Applied Atomics

Practical answers founders, operators, and investors typically search for.

Applied Atomics builds, owns, and operates co-located small modular reactor power plants for hyperscalers and advanced industries — selling electricity via long-term power purchase agreements.
Alpaca VC led the oversubscribed $2M pre-seed round. See /fund/alpaca-vc for the directory profile.
It sells power (PPA model) rather than reactor hardware, uses proven light-water technology, and co-locates plants on customer sites to skip utility interconnection delays.
100 MWe to 1 GWe per deployment, scaling from one to ten modules (Applied Atomics blog).
Alpaca frames energy abundance as the constraint on AI-era growth — Applied Atomics is a portfolio bet on co-located nuclear for hyperscalers.
Both target data-center power; Applied Atomics emphasizes full-stack build-own-operate on light-water SMRs with BWX mPower license.
Seed stage after $2M pre-seed (2025) and $8M seed (2026). Pre-commercial — selecting host sites and advancing NRC Part 50 engagement.
No — pre-revenue development-stage company. Revenue model is long-term power purchase agreements once plants operate.
2025, announcing the Alpaca VC-led pre-seed round (Applied Atomics / Alpaca VC blogs).
No — private company as of July 2026.

By Venture Capital Tracker

Last updated:

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