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Forge Nano

Exhibitor at SEMICON Taiwan 2026 · Booth N0982

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At a glance

BoothN0982
CountryUS
Websitewww.forgenano.com

Company profile

We believed atomic-level precision was the key to advancing the world’s most critical infrastructure. So, we built a platform that delivers it at scale. The world’s most critical systems demand new levels of performance, safety, and reliability. Our Atomic Armor™ platform, enabled by our patented ALDˣ architecture, is redefining what’s possible at the atomic level. A scalable, adaptable technology that strengthens the systems powering modern life, from energy and defense to advanced technologies. Thermal instability and surface degradation represent the final bottlenecks for modern hardware, causing failure long before design reaches its limit. Atomic Armor™ is the industrial-scale platform that removes these constraints at the atomic level. We deliver faster-charging batteries, flawless semiconductor yields, and high-strength structural components—reinforcing the material foundations of national security to ensure the world’s most critical systems perform at scale. AI accelerators don’t fail because of algorithms — they fail because of physics. Thermal instability, leakage, and interface defects cap performance long before models do. That’s why Atomic Armor™ doesn’t just support AI hardware — it reinforces the material foundations enabling faster, more efficient compute at scale. Atomic Armor mitigates defects, reduces contamination, and enhances interface quality – key factors that limit transistor scaling and next-generation architectures Atomic Armor-powered lithium-ion cells deliver higher energy density, superior safety, and longer cycle life. Made in the U.S. with a U.S.-dominant supply chain. Lighter, more powerful aircraft, drones, spacecraft, and directed energy systems with Forge Nano Atomic Armor innovations. Atomic Armor™ directly resolves the surface and interface instabilities that cap coherence time, fidelity, and yield in quantum devices. If you improve those, you enable:

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