TD SYNNEX to Support EigenQ’s Public-Sector Post-Quantum Readiness

EigenQ is collaborating with TD SYNNEX to bolster post-quantum security for servers utilizing AMD EPYC processors, addressing a critical need for organizations protecting data with long-term confidentiality requirements. The partnership will focus on enabling practical migration pathways for public-sector, defense, and critical infrastructure clients to evaluate and deploy quantum-resistant security capabilities within existing and new AMD EPYC infrastructure. EigenQ’s platform combines post-quantum cryptographic software, cryptographic-agility tooling, quantum entropy hardware, and integration capabilities for high-assurance computing. “Customers are asking for solutions that can strengthen resilience, support migration planning and protect existing infrastructure without disrupting mission operations,” says Dr. José R. Rosas-Bustos, Chief Executive Officer of EigenQ, as the collaboration aims to scale access to these solutions through established channel pathways.

EigenQ, TD SYNNEX, and AMD EPYC Collaboration for Post-Quantum Readiness

A projected shortfall of viable cryptographic options is driving rapid collaboration between technology firms, with EigenQ, TD SYNNEX, and AMD now working together to bolster post-quantum security for server infrastructure. The partnership aims to address a critical need for organizations to migrate away from currently vulnerable public-key cryptography, particularly those with long-term data confidentiality requirements. TD SYNNEX will specifically focus on supporting EigenQ’s go-to-market strategy within the public sector, a segment facing increasing pressure to prepare for quantum-enabled code breaking. This targeted approach acknowledges the unique challenges of government and defense agencies, where data longevity and security are paramount. José R. Rosas-Bustos, Chief Executive Officer of EigenQ, highlighted the urgency driving this collaboration, explaining that the focus extends beyond simply replacing algorithms to enabling a phased modernization that minimizes disruption and maximizes the value of existing AMD EPYC processor-based systems.

The collaboration is designed to help customers evaluate their post-quantum readiness for servers utilizing AMD EPYC processors, indicating a commitment to a specific hardware ecosystem. Derek Dicker, Corporate Vice President, Enterprise Business Group, AMD, explained, “Modern enterprises need infrastructure that delivers performance, efficiency and security while giving them the flexibility to prepare for what comes next.” Our collaboration with EigenQ and TD SYNNEX aims to help organizations evaluate practical, ecosystem-ready approaches for preparing AMD EPYC CPU-based environments for the post-quantum security transition. TD SYNNEX intends to support partner enablement and public-sector channel pathways, subject to necessary approvals, to facilitate wider adoption of these solutions.

Dennis Levenson, Vice President, Vendor Management, TD SYNNEX, stated, “As customers prepare for the post-quantum transition, they need practical solutions that can be evaluated, procured and deployed through trusted technology ecosystems.” Dr. Jesse Van Griensven Thé, Chairman, EigenQ, emphasized the shift from theoretical compliance to practical implementation, noting, “Post-quantum migration is no longer only a future compliance exercise; it is becoming an infrastructure planning issue for organizations that must protect sensitive data over long time horizons.” The companies aim to bridge the gap between developing standards and deployable security, focusing on platform integration, rollout flexibility, and operational continuity to support organizations preparing for CNSA 2.0 alignment and future quantum-era cybersecurity requirements.