Engineering
cryptographic resilience
for a post-RSA world.
The transition to quantum-resistant infrastructure is an immediate engineering requirement for sovereign data protection. We provide the technical evidence and validated architecture for a post-RSA world.
Risk Assessment
Securing the Public Sector Data Horizon
Current cryptographic standards (RSA, ECC) are vulnerable to Shor’s Algorithm. For government agencies, this means today's classified communications are subject to future decryption risks.
We are deploying verified firmware updates and PQC-ready hardware to neutralize the "Harvest Now, Decrypt Later" threat model in real-world environments.
Retroactive Exposure
Long-horizon data—defense plans and sovereign intelligence—requires immediate migration to lattice-based cryptography.
Transition Latency
Infrastructure transitions take over a decade. Our current firmware releases provide the bridge to NIST-standardized protocols.
Core Competencies
Architecture Readiness & Support
Support for PQC
Native support for CRYSTALS-Kyber and Dilithium is now active within the FortiOS ecosystem, providing immediate lattice-based protection for high-value network traffic.
Crypto Modernization
Automated inventory of cryptographic assets to prioritize public sector migration paths.
Platform Readiness
Hardware-level acceleration for PQC algorithms, maintaining line-rate performance for critical systems.
PQC Transition Roadmap
Step-by-step PQC implementation guides tailored for agency-wide deployment.
Verified OS Releases
FortiOS updates validating embedded hybrid classical-quantum security controls for global defense networks.
Institutional Resilience
Operational frameworks for continuous adaptation to evolving NIST standards and emerging global quantum threats.
Applied Capability & Evidence
Quantum-Safe VPN Tunnels
FIPS 140-3 Cryptographic Module Validation
SP 800-208 Implementation & Validation
Hybrid Key Exchange: Operational Readiness
Institutional Expertise & Compliance
Preparing for the Quantum Era:
Securing Your Network Against Emerging Cryptographic Threats
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