AI-enhanced design
Compact Z-Pinch reactor with AI-driven MMOS technology delivers reliable, scalable, net-positive fusion. Unlock clean, continuous power for industry, grid, and beyond.
A single plasma column is magnetically compressed, generating 100+ MW in a compact system. MMOS unlocks AI-driven stabilization for efficient, reliable output.
The reactor is a pulsed system, modulating output by adjusting pulse rate.
Designed to be small and scalable, deployed anywhere.
Each fusion pulse is generated by an MMOS (Multi-Mode Optimization and Stabilization) AI-programmable circuit that allows the plasma to form, compress, and burn with high efficiency and power output.
Layered, proven plasma stabilization mechanisms ensure a stable fusion burn. Built for reliability and scale from first principles.

Neural networks trained on extensive operational experience adjust MMOS to maximize fusion performance.
The AI comes pre-trained from the factory, but continuously monitors and adjusts over time to changing reactor conditions, maximizing efficiency and performance.
From grid power to industrial heat, defense, space propulsion or neutron imaging and isotope production, our Z-pinch fusion technology unlocks multi-trillion-dollar opportunities. Its linear geometry—simple, compact, and free of cryogenic magnetic coils—lends itself perfectly to compact, economical and adaptable designs.


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