EigenQ and TD SYNNEX Target Post-Quantum Migration for AMD EPYC Infrastructure
COLUMBIA, Md., June 15, 2026 — EigenQ, Inc. today announced a collaboration with TD SYNNEX intended to help public-sector, defense, critical infrastructure and enterprise customers assess and prepare AMD EPYC processor-based server environments for the post-quantum security transition. As organizations plan for the migration from classical public-key cryptography to quantum-resistant approaches, many must protect data […] The post EigenQ and TD SYNNEX Target Post-Quantum Migration for AMD EPYC Infrastructure appeared first on HPCwire .
The NIST post-quantum cryptography standardization process is providing clear targets for migration, prompting companies to develop and offer solutions for the transition.
This collaboration highlights the critical and ongoing effort to secure digital infrastructure against future quantum-computer-enabled attacks, impacting national security and enterprise data integrity.
The availability of specific post-quantum migration services for established x86 server architectures like AMD EPYC simplifies and accelerates the transition path for public sector and critical infrastructure clients.
- · EigenQ
- · TD SYNNEX
- · AMD
- · Public sector and critical infrastructure
- · Organizations slow to adopt post-quantum security
- · Legacy cryptography providers
This partnership will likely accelerate the adoption of post-quantum cryptographic solutions within sectors handling sensitive data.
Increased availability and deployment of PQC could lead to a 'race to secure' competitive dynamic among cloud providers and national infrastructure projects.
The eventual ubiquity of post-quantum security could render current data harvesting strategies by adversarial quantum computing programs obsolete, shifting intelligence priorities.
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