
Silicon-based platform securing digital infrastructure against AI and quantum threats.

Silicon-based platform securing digital infrastructure against AI and quantum threats.
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Fortaegis Technologies is a semiconductor and security company developing what it calls the "Silicon Platform" — a full-stack architecture combining proprietary semiconductors, firmware, and software designed to secure digital infrastructure against AI-enabled and quantum-capable adversaries. The company's core approach embeds data sovereignty directly into silicon using the physics of compute, rather than relying on traditional software or hardware-based security methods. This architecture is intended to provide zero-trust authentication, data integrity, and identity verification across scalable networks, while being intrinsically quantum-resistant. The Silicon Platform is designed to protect data in memory, in use, and in transit between systems. Target use cases include: - Government and defense environments (including contested airspace) - Autonomous manufacturing lines - Secure cloud-to-edge networks - Telecom and secure communications Fortaegis states the platform is already deployed by governments and Fortune 500 enterprises across Europe, the United States, Japan, and Singapore. It is designed to function either as a standalone sovereign compute foundation or to integrate within existing network infrastructure. The company's team includes engineers, national security experts, and strategists, with board members and advisors drawn from government, defense, and technology sectors across the US, UK, Germany, Japan, and the Netherlands. The company prioritizes deployments in geopolitically sensitive domains, with a stated focus on strengthening Western alliance technological capabilities.