en.Wedoany.com Reported - EigenQ and TD SYNNEX have announced a partnership aimed at enhancing post-quantum security protection for servers powered by AMD EPYC processors. This collaboration primarily targets customers in the public sector, defense, and critical infrastructure sectors, where organizations have stringent requirements for long-term data confidentiality. The partners will provide practical migration pathways to help customers assess and deploy quantum-resistant security capabilities within existing and new AMD EPYC infrastructures. The EigenQ platform integrates post-quantum cryptography software, cryptographic agility tools, quantum entropy hardware, and high-assurance computing integration technologies. Dr. José R. Rosas-Bustos, CEO of EigenQ, noted that customers require solutions that enhance resilience, support migration planning, and protect existing infrastructure without disrupting mission operations. This partnership aims to expand access to these security solutions through established channel pathways.
An anticipated shortage of viable cryptographic options is driving technology companies to accelerate collaboration. EigenQ, TD SYNNEX, and AMD are currently working together to harden server infrastructure against post-quantum threats, addressing the critical need for organizations—especially those with long-term data confidentiality requirements—to migrate from currently vulnerable public-key cryptography. TD SYNNEX will focus on supporting EigenQ's go-to-market strategy in the public sector, which faces pressure to prepare for the quantum computing threat. This targeted approach acknowledges the unique challenges faced by government and defense agencies, where data persistence and security are paramount. Dr. Rosas-Bustos, CEO of EigenQ, emphasized the urgency of the collaboration, stating that the core objective is not merely algorithm replacement, but achieving phased modernization to minimize operational disruption and maximize the value of existing AMD EPYC processor systems.
The partnership is dedicated to helping customers assess the post-quantum readiness of servers using AMD EPYC processors, reflecting a commitment to a specific hardware ecosystem. Derek Dicker, Corporate Vice President of the Enterprise Business Group at AMD, stated that modern enterprises require infrastructure that delivers performance, efficiency, and security while also providing flexibility for future development. The collaboration with EigenQ and TD SYNNEX aims to help organizations evaluate practical and ecosystem-ready approaches to prepare their AMD EPYC CPU-based environments for the post-quantum security transition. TD SYNNEX plans to drive broader adoption of these solutions through partner enablement and public sector channel pathways, pending necessary approvals.
Dennis Levenson, Vice President of Vendor Management at TD SYNNEX, noted that as customers prepare for the post-quantum transition, they need practical solutions that can be assessed, procured, and deployed through trusted technology ecosystems. Dr. Jesse Van Griensven Thé, Chairman of EigenQ, emphasized the shift from theoretical compliance to practical implementation, pointing out that post-quantum migration is no longer just a future compliance exercise; for organizations needing to protect sensitive data over extended timeframes, it has become a core issue in infrastructure planning. These companies are working to bridge the gap between standard-setting and deployable security, focusing on platform integration, deployment flexibility, and operational continuity to support organizations in preparing for CNSA 2.0 alignment and future quantum-era cybersecurity requirements.
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