EPYC™ Processors — Vulnerabilities & Security Advisories 13

This page catalogs known vulnerabilities affecting EPYC™ Processors, covering general weakness classifications and specific Common Weakness Enumerations. It aggregates security issues identified in AMD’s high-performance server and workstation silicon, providing a centralized view of the risks associated with these complex microarchitectures. The content collected here spans a wide range of vulnerability types, including side-channel attacks, memory corruption flaws, privilege escalation errors, and hardware-level design weaknesses that may impact system integrity. The data covers advisories and disclosures from the earliest publicly reported issues up to the present day, ensuring a comprehensive historical record. This collection includes vulnerabilities related to speculative execution, cache coherence protocols, and interface security, reflecting the diverse attack surfaces present in modern processor designs. By reviewing this aggregation, users can track AMD’s advisory history to understand how the vendor responds to emerging threats. Readers can analyze specific weakness classes to grasp the technical nature of the flaws and their potential impact on deployed systems. Additionally, the page allows for a detailed look up of a product’s vulnerability history, helping administrators assess the security posture of their EPYC-based infrastructure over time. This resource serves as a reference for security professionals, system architects, and researchers aiming to evaluate and mitigate risks inherent to AMD processor technologies without relying on fragmented or incomplete information sources.