Next-Gen Fusion

AI-enhanced design

our technology

Fusion power. Ready for tomorrow.

Compact Z-Pinch reactor with AI-driven MMOS technology delivers reliable, scalable, net-positive fusion. Unlock clean, continuous power for industry, grid, and beyond.

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A simple, scalable design

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.

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Why MMOS is a game-changer

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.

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AI in real-world action

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.

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Scalable, diverse markets

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.  

Why Fusion

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