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This partnership addresses a critical intersection where classical AI/ML workloads running on AMD EPYC servers require protection against future quantum decryption capabilities. By integrating post-quantum cryptography into enterprise infrastructure, the initiative ensures that data confidentiality remains intact even as large-scale fault-tolerant quantum computers emerge. This move is essential for maintaining security standards in high-assurance sectors like defense and critical infrastructure where AI systems process sensitive information.

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

Quantum Computing ReportJune 16, 20262 min read

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 [...] The post EigenQ and TD SYNNEX Partner to Secure AMD EPYC Server Environments Against Post-Quantum Threats appeared first on Quantum Computing Report.

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