We design, simulate, build, and test first-of-a-kind micro- and space-reactors, for Earth and beyond.
You can't build a reactor without all three: simulation, materials, and hardware. We own the entire stack in-house, from first concept to full-power test.
CRISP, our in-house platform: coupled multiphysics, criticality safety, and AI-accelerated design search across every reactor type.
Advanced materials, fuels, and moderators engineered in-house to make the core lighter, tougher, and transport-ready.
Precision machining, brazing & welding, and high-temperature, ultra-high-vacuum testing, to full-power.
A single launch-safe core: silent power for a remote or forward operating site today, a lunar outpost tomorrow. The dual-use core at the heart of our portfolio.
Ten-plus designs built from one shared foundation of materials, fuels, and modules, with more than twenty-five in house. The same compact core that powers a forward base can power a lunar outpost.
Couples 30+ physics from material data to accident, launch, and transport in one automated pass. Real, benchmarked solvers and convergence-checked results, not slideware.
We don't just propose reactors. Our team authors first-of-a-kind designs and takes new-physics hardware to full power, on the programs that set the pace for advanced nuclear.
Reactor design, multiphysics simulation, materials research, or specialized fabrication, terrestrial or space.