The most expensive real estate for a hyperscaler isn't the server rack. It's the space between the power plant and the substation. Applied Atomics, a five-year-old startup based in Anchorage, is building to eliminate that distance entirely. The company's bet is to develop, own, and operate medium modular nuclear fission plants, sized from 100 to 1,000 megawatts, that are co-located directly at a customer's facility [Perplexity Sonar Pro Brief]. It is a full-stack hardware and software play, selling power through standard purchase agreements rather than reactor hardware alone [Applied Atomics]. For a data center operator or industrial user facing grid constraints, the pitch is a dedicated, firm power source sitting just outside the fence line.
The vertical integration wedge
Applied Atomics differentiates by controlling the entire stack. While other advanced nuclear companies focus on reactor design and licensing, Applied Atomics intends to handle the plant's design, construction, deployment, and long-term operation [Applied Atomics]. This vertical integration is the company's stated wedge. It allows them to optimize the entire system for co-location, from the control logic and automated safety responses they are already testing with supply-chain components to the commercial structure of the power purchase agreement [Perplexity Sonar Pro Brief]. The goal is to offer a predictable, clean baseload power product that bypasses transmission bottlenecks, a critical pain point for large power consumers looking to expand.
The team behind a billion dollars in infrastructure
The founders bring a background in delivering complex, capital-intensive projects. Scott Goff is the founder and CEO, and Ben Kellie is listed as a co-founder and CEO [Perplexity Sonar Pro Brief] [Urban Land Institute, 2026]. A key team member, identified only as Paul, is an experienced aerospace and nuclear systems engineer who founded The Launch Company, a firm that built launch pad infrastructure for commercial rocket companies and successfully bootstrapped hardware to orbit before an exit to Voyager Space in 2021 [Applied Atomics]. The company states its leadership has collectively developed and deployed over $1 billion in heavy infrastructure over the past decade, spanning aerospace, nuclear operations, and enterprise software [Applied Atomics]. This track record in high-stakes physical systems is a core part of their credibility for investors.
| Role / Name | Background Note |
|---|---|
| Scott Goff | Founder & CEO of Applied Atomics, Inc. [Perplexity Sonar Pro Brief] |
| Ben Kellie | Co-Founder & CEO, based in Anchorage [Urban Land Institute, 2026] |
| Paul (surname not provided) | Aerospace & nuclear systems engineer; founded The Launch Company (exited 2021) [Applied Atomics] |
| Leadership Team (collective) | Has developed and deployed $1B+ in heavy infrastructure over the past decade [Applied Atomics] |
Funding and the path to a first plant
The company has raised a total of $9.3 million across two closely timed rounds. A $1 million pre-seed in February 2025 was led by Alpaca VC, with participation from Mars Equity Partners and Unruly Capital [Preqin, Feb 2025]. This was followed by an oversubscribed seed round of more than $8.3 million in March 2025 [VC News Daily, March 2025]. The capital is earmarked to advance technology development and plant deployment. While no commercial customers or specific deployment timelines are publicly named, the company has been named as an energy partner for USA BioEnergy, indicating early relationship building [USA BioEnergy, 2026]. The next twelve months will be about moving from component testing and design to securing a firm offtake agreement and navigating the early stages of the regulatory process for a specific site.
The scale and integration challenge
The technical ambition here is not small. Co-locating a nuclear plant introduces a unique set of integration challenges that go far beyond reactor physics.
- Site-specific engineering. Every customer location has unique geology, hydrology, and security requirements. The plant design must be modular enough for economic serial production but adaptable enough for site-specific constraints, a difficult balance in heavy infrastructure.
- Grid interconnection. Even a co-located plant must have a regulated interconnection to the broader grid for stability and backup. This process is often a multi-year bottleneck, and being on the customer's property does not exempt them from it.
- Automated operations. The company's testing of control logic and automated safety response is a necessity for economic operation at this scale. The software layer must be as reliable as the physical components, with fail-safes that meet nuclear regulatory standards without requiring a large, permanent on-site operations crew.
The sober assessment is that the first-of-a-kind engineering and licensing for a privately developed, co-located nuclear plant is a decade-long endeavor with significant capital requirements far beyond the current seed round. The $9.3 million is a start, but the real test is securing the multi-hundred-million-dollar project financing needed to break ground on a first plant. Their vertical model gives them control, but it also concentrates all the execution risk,from supply chain to construction to operations,squarely on their own balance sheet.
Sources
- [Applied Atomics] Applied Atomics website and news | https://www.applied-atomics.com/
- [Perplexity Sonar Pro Brief] Perplexity Sonar Pro Brief on Applied Atomics
- [Preqin, Feb 2025] Preqin funding profile for Applied Atomics, Inc.
- [VC News Daily, March 2025] VC News Daily coverage of Applied Atomics seed round | https://vcnewsdaily.com/applied-atomics/venture-capital-funding/vjhjggxctz
- [Urban Land Institute, 2026] Ben Kellie speaker profile | https://fall.uli.org/speakers/ben-kellie/
- [USA BioEnergy, 2026] USA BioEnergy partnership announcement | https://usabioenergy.com/applied-atomics-named-energy-partner/