Secure Compute
The full-stack Secure Compute architecture for the era of AI and quantum computing.
Compute has changed. Its security architecture has not.
Existing security architectures were designed for a different era. Not for billions of machines, devices and autonomous agents establishing trust and exchanging critical data at machine speed.
The evolution of compute infrastructure introduces new challenges that demand a fundamentally different approach:
The evolution of compute infrastructure introduces new challenges that demand a fundamentally different approach:
AI
Billions of machines and autonomous agents increasingly need to communicate, coordinate, and act securely at speed without human intervention.
Quantum
Advancing quantum capabilities are undermining the cryptographic foundations securing today’s digital infrastructure.
Sovereignty
Control over compute, data and critical infrastructure is becoming a strategic asset.
Secure Compute requires a new foundation: the Fortaegis Silicon Platform.
Providing one architecture, from silicon to applications.
Security can no longer be an add-on. Secure Compute must begin at the foundation of compute itself.
Fortaegis is building one unified, interoperable architecture that roots security in the physical properties of silicon and extends it across the compute stack. Spanning hardware, software and applications, it was designed to operate at machine speed, scale across millions of devices and agents, and remain quantum-safe by design.
Security, performance and control: designed to scale with the speed of compute.
Fortaegis is building one unified, interoperable architecture that roots security in the physical properties of silicon and extends it across the compute stack. Spanning hardware, software and applications, it was designed to operate at machine speed, scale across millions of devices and agents, and remain quantum-safe by design.
Security, performance and control: designed to scale with the speed of compute.
The Fortaegis Silicon Platform
Fortaegis delivers one Secure Compute architecture across the full infrastructure stack, unified under an integrated software platform: The Fortaegis Silicon Platform.
The same hardware-rooted architecture can be deployed in multiple form factors, allowing Fortaegis to integrate into both existing and next-generation infrastructure.
The same hardware-rooted architecture can be deployed in multiple form factors, allowing Fortaegis to integrate into both existing and next-generation infrastructure.
One architecture. Multiple deployment methods.
Server rack mounted
Integrated into server and data center infrastructure
Ruggedized edge
Deployed in hardened field and industrial systems
Compact edge
Integrated into compact edge devices and platforms
Embedded silicon
Built directly into device and system architectures
These are different deployment forms of the same underlying architecture. Each Fortaegis-enabled system becomes a node within the Fortaegis Silicon Platform, directly integrated into the hardware.
The platform connects and orchestrates identity, trust, policy, security and compute across every node, allowing devices, autonomous systems, distributed infrastructure and large-scale AI environments to operate as one coordinated Secure Compute ecosystem.
The platform connects and orchestrates identity, trust, policy, security and compute across every node, allowing devices, autonomous systems, distributed infrastructure and large-scale AI environments to operate as one coordinated Secure Compute ecosystem.
One Secure Compute ecosystem, across every compute environment.
The same architecture extends across industries, creating a unified ecosystem of Secure Compute across otherwise fragmented systems and infrastructure.
AI Infrastructure
AI infrastructure requires trusted connectivity, ultra-high bandwidth and efficient low-latency data movement
Hardware-rooted identity and secure high-performance connectivity across servers and data centers
Defense
Modern defense operations require trusted connectivity across distributed and sovereign environments
Hardware-rooted trust and secure networking for resilient, interoperable operations
Advanced Manufacturing
Global supply chains require trusted devices, data and communications across organizational boundaries
Quantum-safe identity, secure storage and communications for trusted ecosystem collaboration
Critical Infrastructure
Critical infrastructure operators require stronger security without compromising availability or operations
Zero-touch trust from device to network, with a path to quantum-safe resilience
Telecom
Service providers must securely connect vast numbers of distributed users, devices and digital services
Zero-touch, quantum-safe network security for trusted connectivity at scale
Automotive
Connected and autonomous vehicles require trusted infrastructure for secure, real-time operation at scale
Hardware-rooted trust and low-latency security for vehicle networks, ADAS and OTA updates
Built. Deployed. Scaling.
From breakthrough technology to critical infrastructure.
Fortaegis is active and deploying our Silicon Platform with governments, global enterprises and strategic technology partners across the United States, Europe, Singapore and Japan.
Based on more than a decade of R&D, our technology is scaling across some of the world's most demanding compute environments.
Built for systems and applications where security, performance and resilience matter most.
Fortaegis is active and deploying our Silicon Platform with governments, global enterprises and strategic technology partners across the United States, Europe, Singapore and Japan.
Based on more than a decade of R&D, our technology is scaling across some of the world's most demanding compute environments.
Built for systems and applications where security, performance and resilience matter most.
