We design fission reactors that are largely 3D printed — core structure, heat exchangers, vessels, flow channels, and shielding — for industrial heat and electricity, and license them to manufacturers worldwide.
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Generate
A procedural design loop proposes complete reactors — core, coolant, heat exchanger, vessel, shielding and power conversion — and evaluates thousands of them, simple engineering checks first and higher-fidelity analysis only for the leaders.
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Prove
Each candidate is checked for physics, thermal-hydraulics, structures, shielding, and cost, and its risk model is built and quantified with our KUREAS tools as part of the same loop.
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Approve
We take the selected design through NRC review under Part 53, the new risk-informed framework, so licensees can reference an approved design instead of starting from scratch.
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License
Any qualified manufacturer can license the design non-exclusively and print it — fuel channels, heat exchangers and structure as integrated parts, the shield printed in place. Licensees get the full design package, every update, and licensing and risk-analysis support.
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Power
Turbine-generators deliver DC electricity directly, with high-temperature heat available for industry. Passive systems shut the reactor down and remove decay heat without power or operator action.
50–100 MWtThermal power class
5–10 yrCore life target
DCDirect-current power output
PassiveShutdown & decay-heat removal
Non-exclusiveSame published terms for every licensee
TieredLower fees in emerging markets