Factory as the product.
The Techno Gigawatt factory is a product as much as the Techno Pod itself. Producing 1 GW/y per 1,000,000 sqft, Techno factories unlock nuclear power deployment at scale.
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Nuclear as a product, not a project.
The Techno is a 50 MWe power plant with five 10 MWe reactors sharing multiple turbines. With phased maintenance, it is never fully offline.
Co-located with data centers, the Techno is the clean and sustainable power solution for artificial intelligence.
We call it an extra-modular reactor (XMR). The whole power plant, not just the core, is factory-built in shipping-container-sized modules.
On site, you connect fluid, power, and signal lines between modules.
Construction takes days, not years.
We take the approach used by the companies that produce things at civilization scale - cars, jet engines, rockets.
Design for manufacturing. Standardize modules. Build them in a factory. Ship them on trucks. Assemble on site. Then do it again, and again, and again.
Vertical Integration is key.
We use the factory to vertically integrate when the supply chain is too slow, too expensive, or too low volume. This gives us full control over cost and schedule.
For hyperscalers
The factory unlocks certainty on speed and availability of power.
For states and governments
The factory creates jobs, boosts the economy, and delivers energy independence.
For utilities and industry
The factory delivers firm, carbon-free capacity on a predictable schedule and budget.
Our Goal
To enable the West to deploy one gigawatt of nuclear capacity by 2030.
Partner
PARTNERING WITH THE WORLD’S LEADING ENTERPRISES
Proven speed
Techno’s first reactor was built in eight months
Nuclear as a product, not a project.
6 months
To set up the 40,000 sqft Austin Pilot factory. Operational today.
2026
Procurement for Techno's first Gigawatt Factory has already begun.
Factory thesis
Most nuclear companies are design firms. They send their drawings to dozens of fabricators, and hope the parts arrive on time and fit together properly.
We chose a different path. We weld our own vessels. We build our own module scaffolds. We fabricate our own fuel assemblies. We write our own control systems. The 10% we don't make comes from a 127-supplier network we built across the United States -- no unobtainium, nothing on critical path that we don't control.
The first new reactor building at Idaho National Laboratory in fifty years was finished in thirty-six days. The Critical Test Reactor was assembled in under four weeks. We didn't beat those timelines by working faster on a paper design. We beat them by being a company that builds things.