EigenQ Announces Collaboration With TD SYNNEX to Advance Post-Quantum Security Readiness for AMD EPYC CPU-based Server Environments
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Insider Brief EigenQ, TD SYNNEX and AMD are collaborating to help public-sector, defense and enterprise organizations assess and prepare AMD EPYC processor-based server environments for the transition to post-quantum cybersecurity. The initiative is designed to support phased migration strategies by combining EigenQ’s post-quantum software, cryptographic-agility tools and quantum entropy technologies with AMD server platforms and TD SYNNEX’s distribution and channel capabilities. The collaboration targets organizations operating long-lived, mission-critical infrastructure that require practical pathways toward quantum-safe security standards such as CNSA 2.0 while maintaining operational continuity and protecting existing investments. PRESS RELEASE — EigenQ, Inc. today announced a collaboration with TD SYNNEX (NYSE: SNX) 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 with long confidentiality lifetimes while continuing to operate large installed bases of production systems. The collaboration is expected to support practical modernization paths that help customers evaluate post-quantum readiness, identify deployment models and add quantum-safe security capabilities to new and, where technically appropriate, already-deployed AMD EPYC processor-based infrastructure. EigenQ’s platform combines post-quantum cryptographic software, cryptographic-agility tooling, quantum entropy hardware and integration capabilities for high-assurance computing environments. When aligned with AMD EPYC CPU-based server platforms and ecosystem deployment models, the EigenQ approach is intended to support use cases including encrypted communications, secure workload protection, identity and access systems, key generation and lifecycle management, attestation, cryptographic agility and phased infrastructure modernization. “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.”- Derek Dicker, Corporate Vice President, Enterprise Business Group, AMD “EigenQ is honored to work with AMD and TD SYNNEX to help bring practical post-quantum security capabilities to AMD EPYC processor-based server environments. Customers are asking for solutions that can strengthen resilience, support migration planning and protect existing infrastructure without disrupting mission operations. By aligning technology integration with scalable channel pathways, we believe this collaboration can help organizations prepare for the next major transition in cybersecurity.”- Dr. José R. Rosas-Bustos, Chief Executive Officer, EigenQ TD SYNNEX is expected to support EigenQ’s ecosystem motion by helping align partner enablement, distribution readiness and public-sector channel pathways for customers seeking to evaluate post-quantum security solutions for AMD server environments, subject to applicable approvals, program requirements and customer requirements. “As customers prepare for the post-quantum transition, they need practical solutions that can be evaluated, procured and deployed through trusted technology ecosystems. TD SYNNEX is committed to helping partners and customers assess emerging security technologies and bring scalable, operationally practical solutions to market. We look forward to working with EigenQ as it advances post-quantum security readiness for enterprise and public-sector environments.”- Dennis Levenson, Vice President, Vendor Management, TD SYNNEX The collaboration is expected to be particularly relevant for organizations operating long-lived infrastructure in regulated, mission-critical or high-availability environments. These organizations often need a phased migration path that supports post-quantum readiness while preserving operational continuity, procurement flexibility and the economic value of existing systems. “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 market needs deployment models that meet customers where they are – across current systems, mixed environments and real-world mission constraints. This collaboration is designed to help address that need through technology readiness, platform alignment and practical ecosystem execution.”- Dr.
Jesse Van Griensven Thé, Chairman, EigenQ Together, the companies intend to help customers bridge the gap between post-quantum standards development and deployable security implementation. By focusing on platform-level integration, rollout flexibility, ecosystem enablement and operational continuity, the collaboration is designed to support practical migration planning for organizations preparing AMD compute-based server environments for CNSA 2.0 alignment and future quantum-era cybersecurity requirements.
Matt Swayne LinkedIn With a several-decades long background in journalism and communications, Matt Swayne has worked as a science communicator for an R1 university for more than 12 years, specializing in translating high tech and deep tech for the general audience. He has served as a writer, editor and analyst at The Quantum Insider since its inception. In addition to his service as a science communicator, Matt also develops courses to improve the media and communications skills of scientists and has taught courses. matt@thequantuminsider.com Share this article: