EigenQ and TD SYNNEX Partner to Secure AMD EPYC Server Environments Against Post-Quantum Threats

Quantum-security developer EigenQ, Inc. has announced a strategic collaboration with global technology distributor and solutions aggregator TD SYNNEX to advance post-quantum cryptographic readiness across AMD EPYC™ processor-based server infrastructures. Targeting high-assurance environments within the public sector, defense, critical infrastructure, and enterprise markets, the initiative provides scalable, practical migration pathways to protect data with extended confidentiality lifetimes. The joint framework focuses on establishing technology evaluation and deployment models to inject quantum-safe security capabilities into both newly procured and existing enterprise server ecosystems.

The integration combines EigenQ's full-stack quantum-safe trust infrastructure with the hardware-level security architecture of AMD EPYC server nodes. EigenQ’s platform addresses vulnerability mitigation from entropy to execution by coupling certified post-quantum cryptography (PQC) software with cryptographic-agility orchestration tooling and dedicated quantum entropy hardware. When deployed across AMD compute clusters, this integrated security layer hardens mission-critical applications, including secure workload isolation, encrypted data-center communications, identity and access management, and hardware attestation loops, ensuring seamless alignment with federal CNSA 2.0 timelines and mandates.

TD SYNNEX will spearhead the commercial scale-up by aligning partner enablement, distribution logistics, and dedicated public-sector procurement channels. This global distribution framework allows regulated industries and defense contractors to evaluate and procure enterprise-ready, hardware-anchored quantum security modules through trusted technology ecosystems without risking operational downtime. By providing a flexible, phased modernization path, the three-way collaboration bridges the operational gap between theoretical PQC standardization and real-world, non-disruptive infrastructure migration.

The official partnership and commercial go-to-market brief can be reviewed here.

June 16, 2026