AMD Auto-Update Bug: Critical RCE Vulnerability Explained

Learn about the AMD auto-update flaw potentially enabling RCE. Discover affected hardware like RX Vega and how to secure your system.

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Hook & Who This Is For (Intro)

A critical security flaw in the AMD software update tool remains unpatched for many users. Learn which systems are potentially affected and what this means for your device's security.

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Maintaining an up-to-date system is usually the first line of defense against digital threats, but a recently disclosed flaw in the AMD auto-update mechanism has reversed this dynamic. Reports indicate that the very tool designed to deliver security patches may actually serve as a primary vector for exploitation ^[3][9]. Because AMD has reportedly declined to patch this vulnerability for several hardware lines, many users may find their systems permanently exposed to certain risks ^[1][11].

This article is for:

• Users of AMD Radeon graphics hardware, including the RX Vega and Radeon PRO VII series ^[1].
• Owners of Radeon 7000 and Radeon Pro W7000 series cards concerned about high-severity exploits ^[8].
• System administrators and security-conscious individuals who utilize the AMD auto-update software ^[3][6].

We will cover the specific nature of the Remote Code Execution (RCE) vulnerability, why certain hardware will not receive a fix, and the official stance from AMD regarding "out of scope" security reports ^[10][11][14]. This guide does not cover manual driver installation processes or general GPU performance troubleshooting.

TL;DR / What This Means for You

• Critical Severity Levels: Multiple vulnerabilities affecting AMD hardware carry high-risk ratings, with CVSS scores ranging from 8.8 to 9.8 ^{[2][10][11][14]}. These flaws can potentially allow unauthorized access to host physical memory or lead to a total loss of system integrity ^[2][3].
• Selective Patching: While security mitigations have been released for EPYC and Ryzen product lines ^[15], AMD has officially stated it will not release a fix for CVE-2023-31306 on RX Vega and Radeon PRO VII hardware due to high risks of system instability ^[5].
• Required Updates: To mitigate known exploits, consumer users should update to AMD Software: Adrenalin Edition 24.10.1 or newer ^[4], while datacenter environments require ROCm version 6.4 or higher ^[1].
• Virtualization Risks: Specific vulnerabilities like CVE-2024-36312 (CVSS 8.8) are particularly dangerous for cloud or multi-tenant environments, as they may allow guest virtual machines to read and write to host memory ^[2].
• Unverified Threats: Industry reports suggest that newer 2026 vulnerabilities might enable "one-click" remote code execution (RCE) to steal encryption keys, though these specific claims currently lack official vendor verification ^[9].

Risk Note: Operating legacy hardware such as RX Vega series cards may involve inherent security trade-offs, as some critical vulnerabilities will remain unpatched to avoid hardware regressions ^[5]. Users should evaluate the risk of potential data exposure against the stability of their current driver environment.

Key Sources (Quick Links)

• AMD — AMD Graphics Vulnerabilities – August 2025 ^[1]
• Tom's Hardware — Security researcher says AMD auto-updater downloads software insecurely, enab... ^[2]
• WinBuzzer — AMD Won't Fix Critical RCE Vulnerability in its AutoUpdate Software ^[3]

Background / Basics

The AMD AutoUpdate utility is a software tool designed to automatically manage the installation and updating of drivers for AMD hardware ^[1][10]. Introduced around 2017, this tool simplifies system maintenance by checking for new software versions and downloading them directly to the user's PC ^[2][4]. It is a standard component for many users running AMD graphics cards and processors ^[1][10].

Technical audits have identified this auto-update mechanism as the primary vector for a critical security flaw ^[9][113]. The vulnerability centers on how the software communicates with external servers and handles the files it retrieves ^[3][5]. Experts suggest that the tool's design may lack modern security protocols required to protect users from intercepted data ^[7][10].

There are two main technical failures cited by security researchers regarding this tool. First, the software reportedly uses unencrypted HTTP connections instead of secure HTTPS to download updates ^[7][10]. Second, the utility appears to skip code signature validation, which is a process that confirms a file is authentic and has not been tamaged or altered by a third party ^[3][5].

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Understanding the Risks

The combination of insecure connections and lack of verification creates a risk for Man-in-the-Middle (MitM) attacks ^[2][14]. In such a scenario, an attacker could potentially intercept the download process and replace a legitimate AMD driver with malicious software ^[14][15]. Because the updater often runs with high-level system permissions, this can lead to Remote Code Execution (RCE), allowing unauthorized access to the entire computer ^[3][15].

Feature	Reported Status	Potential Security Impact
Connection Type	Unencrypted HTTP [7][10]	Traffic can be intercepted or modified
File Verification	No signature validation [5]	Malicious files may be seen as "trusted"
Privilege Level	System Privileges [15]	Risk of total system compromise

Warning: Security researchers discovered this specific RCE flaw on January 27, 2026, and it was publicly disclosed on February 6, 2026 ^[8][11]. Reports indicate that AMD has classified these types of interception attacks as "out of scope" for their current security bug bounty program ^[2][14].

Problem Explanation (What's Going On?)

Recent reports indicate that the AMD auto-updater mechanism downloads software updates through insecure channels ^[1]. Security researchers suggest this flaw could enable Man-in-the-Middle (MiTM) attacks, allowing attackers to intercept the connection and execute arbitrary code on a user's system ^[1]. While researchers highlight this as a critical vulnerability, company representatives reportedly stated that MiTM attacks are "out of scope" for their security model ^[1].

This situation is complicated by several high-severity vulnerabilities affecting various AMD product lines. These flaws often involve improper input validation or type confusion within the hardware's security processors ^[6][7]. The practical impact ranges from unauthorized data access to complete system compromise ^[2][12].

Current Vulnerability Landscape

The following table summarizes the key security flaws identified in recent technical analyses:

CVE Identifier	CVSS Score	Primary Impact	Affected Products
CVE-2023-31322	9.3 [7]	Loss of confidentiality/integrity	Radeon 7000 & Pro W7000 [7]
CVE-2024-36312	8.8 [3]	Arbitrary read/write to host memory	VCN-JPEG HW space [3]
CVE-2026-25253	8.8 [13]	Potential "one-click" RCE	Various (Unverified) [2]
CVE-2026-24936	N/A	Unauthorized data writing	ADM 5.0.0 to 5.1.1.RCI1 [11][12]

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Reach and Potential Impact

The scope of these security risks is significant, potentially affecting millions of devices worldwide ^[1]. Industry analysts estimate that AMD processors manufactured as far back as 2006 may be vulnerable to certain exploits ^[15]. Unverified incident reports have suggested that millions of machines could be compromised within short windows of time if these vulnerabilities are actively exploited ^[8].

Beyond individual consumer hardware, these flaws impact datacenter and virtualized environments. For instance, CVE-2024-36312 allows guest virtual machines to bypass security boundaries and gain read/write access to the physical memory of the host system ^[3]. Major service providers, such as Amazon, have classified these risks as "Important" due to their potential to disrupt secure operations ^[10].

Limitations in Manufacturer Response

There are clear limits to the mitigations currently being offered. AMD has stated it will not release a fix for CVE-2023-31306 on RX Vega and Radeon PRO VII hardware ^[14]. The company indicated that attempting to patch these specific models posed a high risk of system instability and performance regressions ^[14].

Furthermore, while some mitigations were released in late 2024 and early 2025, they require users to manually update to specific software versions, such as Adrenalin Edition 24.10.1 or ROCm 6.4 ^[4][5]. This leaves users who rely on the automated update tool in a potentially vulnerable state if the underlying download mechanism remains insecure ^[1].

Root Causes / Analysis (Why Is This Happening?)

Analyzing the root causes of these security vulnerabilities requires looking at both hardware limitations and software validation processes. Security researchers and official reports suggest that the persistence of these risks often stems from a combination of architectural design and the technical complexity of modern driver updates.

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Confirmed Technical Factors

The following factors have been verified through official documentation and incident reports from manufacturers and security databases:

• Risk of System Regressions: In specific cases, manufacturers may choose not to release a mitigation for a known vulnerability. For example, AMD stated it would not release a fix for CVE-2023-31306 on RX Vega and Radeon PRO VII hardware because the patch posed a significant risk of system instability and performance regressions ^[3].
• Improper Input Validation: Several vulnerabilities are categorized as CWE-20 (Improper Input Validation) ^[13]. This occurs when the software does not properly verify data before processing it, potentially allowing malicious actors to bypass security controls. Versions of software like ADM 4.1.0 through 4.3.3.ROF1 have been specifically identified as affected by these validation failures ^[9].
• Secure Processor Vulnerabilities: Critical flaws can emerge from the AMD Secure Processor (ASP). For instance, CVE-2023-31322—which carries a CVSS 4.0 score of 9.3—resulted from type confusion within the ASP, affecting Radeon 7000 and Pro W7000 series cards ^[7].
• Hardware Memory Control Flaws: Vulnerabilities like CVE-2024-36312 (CVSS 8.8) exist because of how the VCN-JPEG hardware memory space control register is managed ^[5]. This allows guest virtual machines to potentially gain unauthorized read/write access to the host's physical memory ^[5].

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Hypotheses and Industry Analysis

While not all causes are officially confirmed for every incident, industry analysts and unverified reports point toward several likely contributors:

• Compromised Update Infrastructure: Rumors suggest that hackers may gain access to software updates by exploiting vulnerabilities in shared hosting providers used by software vendors ^[10]. While some providers have confirmed server compromises, the specific entry methods often remain unverified ^[10].
• Rapid Exploitation Cycles: Unverified data from the CVE-2024-YIKES incident suggests that an estimated 4.2 million machines can be compromised in as little as 73 hours during an active exploit window ^[11][14]. This indicates that the speed of modern attacks may outpace the standard testing and release cycle of driver updates.
• One-Click Exploitation Potential: External analysis of CVE-2026-25253 suggests that some vulnerabilities may allow for a "one-click RCE" (Remote Code Execution), potentially enabling the theft of encryption keys and sensitive data ^[15]. This remains an unverified risk but highlights the potential severity of unpatched update mechanisms.

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Summary of Vulnerability Landscape

Vulnerability	Status	Primary Cause
CVE-2023-31306	Won't Patch (Legacy)	Regression/Instability Risk [3]
CVE-2024-36312	Mitigation Released	Memory Register Control [5]
CVE-2026-24936	Confirmed	Improper Input Validation [13]
CVE-2024-YIKES	Incident Reported	Infrastructure Failure (Unverified) [1][14]

Official mitigation roadmaps indicate that specific software versions, such as ROCm version 6.4 released in April 2025, are required to address vulnerabilities in professional datacenter products like the Instinct series ^[2]. For consumer products, updates like AMD Software: Adrenalin Edition 24.10.1 were historically released to address various driver exploits ^[4].

Evidence & Reality Check

Official documentation and independent security research confirm a complex landscape of addressed and unaddressed vulnerabilities within the AMD ecosystem. While the manufacturer frequently releases updates to mitigate high-severity risks, certain architectural issues and legacy hardware limitations have resulted in permanent security gaps.

Data from official security bulletins highlights several critical vulnerabilities and their respective mitigation paths:

Vulnerability	CVSS Score	Affected Hardware	Status
CVE-2023-31322	9.3	Radeon 7000 / Pro W7000	Mitigated via Secure Processor (ASP) updates [8].
CVE-2024-36312	8.8	VCN-JPEG HW	Allows guest VMs to access host physical memory [3].
CVE-2023-31306	N/A	RX Vega / Radeon PRO VII	No mitigation planned due to instability risks [4].

Official reports confirm that AMD Software: Adrenalin Edition 24.10.1 was released on November 26, 2024, to address various consumer driver exploits ^[2]. For datacenter environments, ROCm version 6.4, released on April 11, 2025, is required to secure Instinct series graphics products against known vulnerabilities ^[1].

Independent researchers have focused specifically on the security of the AMD auto-updater. Observations indicate that the updater fetches the primary update list (the Devlpment link) via an encrypted HTTPS connection ^[11]. However, reports suggest that a company representative may have categorized man-in-the-middle (MitM) attacks as "out of scope," leading to claims that the update process remains insecurely handled ^[7][11].

Unconfirmed reports and technical rumors suggest the potential for significant impact, though these claims vary in reliability:

• Rumors suggest the auto-update vulnerability could potentially affect millions of devices worldwide based on current market share ^[7].
• External analysis of CVE-2026-25253 (unverified) suggests it may allow a "one-click RCE" to steal data and encryption keys ^[13].
• CVE-2026-24936 is categorized as CWE-20 (Improper Input Validation), indicating weaknesses in how the software processes external data ^[14].
• Some incident reports, such as CVE-2024-YIKES, claim millions of compromises but are currently considered part of a fictional or satirical narrative and lack official verification ^[5][9].

Notably, as of the week of January 5, 2026, AMD was not listed as a vendor with confirmed auto-update vulnerabilities in official CISA bulletins ^[10]. This indicates a discrepancy between researcher claims and official government-level vulnerability tracking. Industry analysts suggest that while the technical vectors for MitM attacks exist, the practical implementation of such an exploit requires specific network conditions.

Self-Check / Diagnosis

Identifying whether a system is vulnerable to these specific AMD security risks involves verifying hardware models, driver versions, and specific software configurations.

Follow these steps to diagnose your current risk level:

1. Identify Your Graphics Hardware

Specific vulnerabilities are tied to particular hardware generations. You can check your model in the Windows Device Manager under Display Adapters or use the AMD Software: Adrenalin Edition dashboard.

• High-Risk Series: Owners of Radeon 7000 and Radeon Pro W7000 series cards are affected by CVE-2023-31322, a high-severity type confusion vulnerability ^[2].
• End-of-Patch Series: Users with RX Vega or Radeon PRO VII hardware should be aware that CVE-2023-31306 will not be mitigated for these products due to stability risks ^[3].
• Datacenter Series: Ensure Instinct series products are identified for specific ROCm requirements ^[1].

2. Verify Your Driver and Software Versions

The version of your driver determines if you have received the latest security mitigations.

Software/Driver	Required Version for Mitigation	Release Date
AMD Software: Adrenalin Edition	24.10.1 or higher [7]	November 26, 2024
ROCm (Instinct Series)	6.4 or higher [1]	April 11, 2025
ASUSTOR Data Master (ADM)	Higher than 5.1.1.RCI1 [5]	Various

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3. Audit Your Auto-Updater Usage

Reports from security researchers suggest that the AMD auto-updater may download software insecurely, potentially enabling man-in-the-middle (MitM) attacks ^[8]. To assess this risk:

• Check if "Always keep AMD Software up-to-date" is enabled in your software settings.
• Note that unconfirmed reports suggest this vulnerability could potentially affect millions of devices worldwide ^[8].

4. Check for Management Software Conflicts

Third-party tools used alongside AMD drivers can sometimes obscure the status of your software or cause performance profiles to fail. MSI Afterburner and RivaTuner are known to occasionally conflict with AMD Adrenalin profiling features ^[14]. Ensure these tools are disabled while performing a version check to guarantee accurate data.

5. Evaluate System Permissions

Determine if your daily user account operates with administrative or kernel-level access. Many critical flaws, including the "Sinkclose" vulnerability, typically require kernel-level access for a successful exploit ^[11]. If your system environment restricts these permissions, the practical risk of exploitation may be reduced.

6. Review NAS Firmware (If Applicable)

If you utilize AMD-based network-attached storage (NAS) devices, specifically those running ASUSTOR Data Master (ADM), check your version in the settings menu. Affected versions include ADM 4.1.0 through 4.3.3.ROF1 and 5.0.0 through 5.1.1.RCI1 ^[5][10].

Solutions / What to Do

Addressing security risks in hardware and software environments requires a structured approach, especially when official support for legacy products is discontinued. Because AMD has declined to patch certain vulnerabilities in legacy or End-of-Life (EOL) software versions ^[12], users must determine if their specific hardware is eligible for updates or if replacement is necessary.

Short-term Measures: Immediate Updates

The first step in mitigating known vulnerabilities is applying the latest available software and firmware patches. While some legacy components will not receive fixes, many active product lines have received critical updates.

• Update GPU Drivers: For consumer Radeon products, ensure that AMD Software: Adrenalin Edition is updated to version 24.10.1 or newer ^[3]. This release specifically addresses various driver exploits identified in late 2024 ^[3].
• Update Datacenter Software: Systems utilizing Instinct series accelerators require ROCm version 6.4, released on April 11, 2025, to mitigate several datacenter-specific graphics vulnerabilities ^[1].
• Apply CPU Mitigations: Owners of Ryzen 3000 series processors and newer should check for available security mitigations ^[10]. Official security bulletins indicate that patches have been released for most EPYC and Ryzen product lines to address the Sinkclose flaw ^[9].
• OS-Level Patches: For users on specialized platforms like Amazon Linux 2, updating to kernel-4.14.355-280.713.amzn2 is necessary to resolve specific package-related issues ^[11].

Long-term Strategies: Hardware and Lifecycle Management

When a manufacturer identifies a vulnerability but refuses to patch it due to the risk of system instability, users are often left with hardware replacement as the only definitive solution.

Hardware Series	Vulnerability Status	Recommended Action
Radeon 7000	Mitigations available for CVE-2023-31322 [5].	Update to latest Adrenalin driver [3].
RX Vega / Radeon PRO VII	No mitigation planned for CVE-2023-31306 [2].	Consider hardware replacement for high-security environments [12].
Legacy / EOL Software	No further security patches expected [12].	Upgrade to currently supported hardware/software versions [12].

For hardware that will not receive a patch, such as the RX Vega and Radeon PRO VII series, researchers suggest that fixing the issues would pose a significant risk of regression and instability ^[2]. In these cases, analysts generally recommend migrating to newer hardware architectures that receive active security support.

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Advanced Mitigation for Deep Infections

In scenarios where a system is suspected of being compromised by high-level flaws like Sinkclose, standard software-based disinfection or reinstalling the operating system may be insufficient ^[14].

Warning: Remediating deep-seated firmware infections may require specialized hardware tools.

Evidence suggests that clearing a Sinkclose infection might require an SPI Flash programmer hardware tool to manually rewrite the firmware ^[14]. This is typically considered an advanced procedure and carries the risk of permanently disabling the hardware if performed incorrectly.

Risks & Limitations

While the steps above significantly minimize risks, they do not provide a guarantee against all potential exploits. Users should be aware of the following limitations:

• Performance Impact: Applying security patches to older architectures can sometimes lead to reduced performance or system instability ^[2].
• No Manual Workarounds: For certain vulnerabilities, such as those found in some third-party components like vProxy, no manual workarounds or corrective actions currently exist outside of official updates ^[4].
• Hardware Vulnerability: If the hardware is physically incapable of supporting a secure boot or a patched instruction set, software updates may only offer partial protection.

Risks, Limits, and When to Stop

Attempting to secure a system against hardware-level vulnerabilities involves inherent trade-offs between system safety and operational stability. Understanding where these boundaries lie is essential for maintaining a functional workstation or gaming PC.

Stability vs. Security Risks

One of the primary risks in applying security mitigations is the potential for system instability or performance regressions. AMD has explicitly stated that for certain legacy hardware, such as the RX Vega and Radeon PRO VII series, fixing specific vulnerabilities like CVE-2023-31306 posed too high a risk of causing software regressions ^[1]. In these instances, the manufacturer may prioritize a stable user experience over patching known security gaps ^[1][4].

Additionally, while some vulnerabilities carry high severity scores—such as the CVSS 9.3 rating for CVE-2023-31322—exploitation often requires significant prerequisites ^[3]. Many of these flaws require kernel-level access or local administrator (Ring 0) privileges to execute ^[10][13]. This means that while the risk is severe, the likelihood of an attack may be lower for users who maintain strict control over local software installations.

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When to Stop and Seek Professional Assistance

Manual intervention in driver files or registry settings can lead to "bricked" operating systems or data loss. You should stop your DIY efforts and consult a professional technician if you encounter the following scenarios:

• Persistent Boot Failures: If your system fails to boot after attempting a manual driver installation or BIOS update to mitigate exploits like those found in the Radeon 7000 series ^[3].
• Virtualization Errors: Vulnerabilities such as CVE-2024-36312 involve complex interactions between guest VMs and host physical memory ^[7]. If you notice memory errors or host crashes while running virtual machines, the issue may be deeper than a standard driver update can resolve.
• Hardware EOL Status: If your hardware is officially classified as End of Life (EOL), AMD has declined to provide patches for the auto-update security risk ^[4]. In these cases, software-only fixes may not exist, and continuing to use the device on an insecure network may pose an unmitigated risk ^[11].

Warning: Man-in-the-middle (MitM) attacks on the AMD auto-updater have been reported as "out of scope" by some official channels, meaning typical software updates may not fully protect against this specific vector ^[11].

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Limitations of DIY Fixes

It is important to recognize that a software update cannot always compensate for fundamental hardware design flaws. While Adrenalin Edition 24.10.1 and ROCm version 6.4 address numerous exploits for consumer and datacenter products, they do not provide "100% safe" protection ^[2][5].

Industry analysts suggest that for legacy systems where patches are refused, the only way to minimize risks significantly is to upgrade to supported hardware or transition to manual driver management to avoid insecure auto-update mechanisms ^[4][11]. If you are uncomfortable navigating BIOS flashes or manual driver clean-up utilities, seeking expert help is usually a safer path than risking a permanent system failure.

FAQ

Which AMD software versions and hardware models are affected by these risks?

The critical vulnerability in the AutoUpdate software, publicly disclosed on February 6, 2026, impacts users running ADM versions 4.1.0 through 4.3.3.ROF1 ^[11][15]. Regarding graphics hardware, AMD has confirmed it will not provide a mitigation for CVE-2023-31306 on RX Vega and Radeon PRO VII series cards ^[1]. Additionally, the Radeon 7000 and Radeon Pro W7000 series are known to be affected by CVE-2023-31322 ^[6].

Why is AMD refusing to patch vulnerabilities for certain older graphics cards?

For the RX Vega and Radeon PRO VII series, AMD stated that implementing a fix for CVE-2023-31306 posed a significant risk of regression and system instability ^[1]. Because a mitigation could potentially cause the hardware to become unreliable or crash, the manufacturer decided against releasing a patch for these specific models ^[1].

What are the technical risks of leaving these vulnerabilities unpatched?

The risks depend on the specific vulnerability. For example, CVE-2024-36312 (CVSS 8.8) allows guest virtual machines to gain arbitrary read/write access to the host’s physical memory ^[2]. Another critical issue, CVE-2023-31322 (CVSS 9.3), involves type confusion in the AMD Secure Processor (ASP), which may lead to a loss of data confidentiality and integrity ^[6].

Are there any official updates available for other AMD products?

Yes, updates have been released for newer or different product lines. AMD Software: Adrenalin Edition 24.10.1 was released on November 26, 2024, to address several GPU driver exploits ^[5]. For datacenter hardware, ROCm version 6.4 (released April 11, 2025) is required to mitigate various vulnerabilities affecting the Instinct series ^[4].

How can users protect their systems from the AutoUpdate security risk?

Since reports indicate AMD may not fix the critical Remote Code Execution (RCE) vulnerability in the AutoUpdate software ^[3][15], users may need to consider alternative driver management strategies. This often includes manually downloading drivers from the official AMD website and verifying if their current ADM version falls within the affected range of 4.1.0 to 4.3.3.ROF1 ^[11]. It is generally advisable to disable automated update tools if they are known to contain unpatched security flaws.

Summary / Key Takeaways

• Patch Availability: AMD has released several critical updates to address security vulnerabilities, including ROCm version 6.4 for datacenter products ^[1] and AMD Software: Adrenalin Edition 24.10.1 for consumer Radeon hardware ^[3].
• High-Severity Vulnerabilities: Significant risks such as CVE-2023-31322 (CVSS 9.3) and CVE-2024-36312 (CVSS 8.8) can potentially lead to the loss of data integrity or allow guest VMs to access host physical memory ^[2][5].
• Legacy Hardware Risks: Support for older products may vary, as AMD has stated it will not release mitigations for certain flaws like CVE-2023-31306 on RX Vega and Radeon PRO VII hardware due to the high risk of system instability ^[6].
• Wider Product Impact: Broad security flaws like "Sinkclose" have required firmware-level mitigations across both EPYC and Ryzen product lines to prevent deep system infections ^[8].
• Unverified Reports: While documentation exists regarding potential security risks in auto-update features ^[11], official listings in certain national vulnerability summaries may not currently reflect these specific vendor issues ^[4].

If you’re unsure, it’s usually cheaper to ask someone once than to fix a mistake later.

Quellen

^[1] AMD: AMD Graphics Vulnerabilities – August 2025

^[2] Tom's Hardware: Security researcher says AMD auto-updater downloads software insecurely, enab...

^[3] WinBuzzer: AMD Won't Fix Critical RCE Vulnerability in its AutoUpdate Software

^[4] WIRED: ‘Sinkclose’ Flaw in Hundreds of Millions of AMD Chips Allows Deep, Virtually ...

^[5] PCWorld: Millions of AMD CPUs vulnerable to hacks, and some won’t get patched

^[6] The Verge: AMD ‘Zenbleed’ bug can be exploited to leak passwords from Ryzen CPUs

^[7] Framework Community: New AMD vulnerability (CVE-2024-56161) - Framework Laptop 13

^[8] heise online: CPU security leak Sinkclose: Firmware update also for AMD's Ryzen 3000

^[9] AMD Security & Technical Reporting: AMD Refuses to Patch Critical Security Risk in Auto-Update

^[10] Cisco Talos: Knife Cutting the Edge: Disclosing a China-nexus gateway-monitoring AitM fram...

^[11] AMD: AMD Reports Fourth Quarter and Full Year 2025 Financial Results

^[12] Office of the Chair of the International AI Safety Report: 2026 International AI Safety Report Charts Rapid Changes and Emerging Risks

^[13] PR Newswire / InfoBase Publishers, Inc.: Bridging Uncertainty with Confidence: CrossSight Due Diligence Platform Now G...

^[14] PR Newswire: As Enterprise AI Use Deepens, New Research Highlights the Urgent Need for Dat...

^[15] PR Newswire: Gomboc.AI Redefines AI Code Security Assistants with Deterministic Fixes at S...

^[113] PDF Source Document: AMD Refuses to Patch Critical Security Risk in Auto-Update