MiTAC Computing follows the principles of
Coordinated Vulnerability Disclosure (CVD).
We encourage researchers to disclose newly discovered vulnerabilities in MiTAC hardware, software, or services as soon as they are discovered. We will coordinate with reporters throughout the vulnerability investigation and provide updates on the progress.
Report through Our Vulnerability Disclosure Form
To report a security vulnerability in one of MiTAC's products or services, please submit a vulnerability report through our Vulnerability Disclosure Form.
Unauthorized Access to AMD Secure Processor’s Crypto-Co-Processor, Jun 10, 2025
Description: A security researcher has reported to AMD a potential vulnerability which could allow a privileged attacker to access the Crypto Co-Processor (CCP) registers from the x86 architecture.
AMD-SB-7039
CVE-2023-20599
Affected Platforms and BIOS version numbers that contain the fix Details
2025-06-10
TPM Reference Implementation, Jun 10, 2025
Description: The Trusted Computing Group (TCG) Vulnerability Response Team (VRT) has reported a potential out of bounds (OOB) read vulnerability in the Trusted Platform Module (TPM) 2.0 reference implementation code. This vulnerability can be triggered from user-mode applications by sending malicious commands to a TPM 2.0 whose firmware is based on an affected TCG reference implementation. If successfully exploited, the vulnerability could allow an attacker to read data stored in the TPM or potentially impact TPM availability.
AMD has analyzed the TCG’s report and believes the AMD Firmware TPM (fTPM) is impacted by this vulnerability.
AMD-SB-4011
CVE-2025-2884
2025-06-10
AMD SEV Confidential Computing Vulnerability, Jun 10, 2025
Description: Researchers from Google® have provided AMD with information on a potential vulnerability that, if successfully exploited, could lead to the loss of SEV-based protection of a confidential guest.
AMD has made available a mitigation for this issue which requires updating microcode on all impacted platforms to help prevent an attacker from loading malicious microcode. Additionally, an SEV firmware update is required for some platforms to support SEV-SNP attestation. Updating the system BIOS image and rebooting the platform will enable attestation of the mitigation. A confidential guest can verify the mitigation has been enabled on the target platform through the SEV-SNP attestation report.
AMD-SB-3019
CVE-2024-56161
Affected Platforms and BIOS version numbers that contain the fix Details
2025-06-03
Versal™ Adaptive SoC – Improper Configuration of the Secure Stream Switch during Post-Boot Cryptographic Operations, Jun 3, 2025
Description: In Versal™ Adaptive SoC devices, the Platform Loader and Manager (PLM) implements runtime (post-boot) software services that allows a remote processor to command the PLM to execute cryptographic operations – including AES, SHA3, RSA, ECDSA – on behalf of the remote processor. These operations require the Secure Stream Switch (SSS) to be configured such that the Direct Memory Access (DMA) hardware can send data to and read from these cryptographic engines.
A potential vulnerability exists with the configuration of the SSS because the PLM does not clear the SSS configuration after a cryptographic operation completes. This allows an improper SSS configuration when setting up the SSS for any following cryptographic command.
AMD-SB-8011
CVE-2025-0036
2025-06-03
Versal™ Adaptive SoC – Overwriting Protected Memory Regions through PLM Firmware, Jun 3, 2025
Description: In Versal™ Adaptive SoC devices, the Platform Loader and Manager (PLM) implements runtime (post-boot) software services that can allow a remote processor to command the PLM to execute cryptographic operations – including AES, SHA3, RSA, ECDSA – using the hardened cryptographic accelerators, eFUSE and BBRAM reads and writes, reloading PDIs, and reading back the FPGA on behalf of the remote processor.
A potential vulnerability exists with commanding these runtime services, in that the memory passed with the command to execute the services is not checked by the PLM to verify that the requesting processor has access to the memory space.
AMD-SB-8010
CVE-2025-0037
2025-06-03
AMD CPU Microcode Signature Verification Vulnerability, Jun 3, 2025
Description: Researchers from Google® have provided AMD with a report titled “AMD Microcode Signature Verification Vulnerability.” This vulnerability may allow an attacker with system administrative privilege to load malicious CPU microcode patches. In the report, the researchers describe how they were able to load patches that were not signed by AMD. The researchers also demonstrate how they falsified signatures for arbitrary microcode patches.
AMD has not received any reports of this attack occurring in any system.
AMD believes this issue is caused by a weakness in signature verification algorithm that could allow an administrator privileged attacker to load arbitrary microcode patches. AMD plans to issue mitigations to fix this issue.
AMD-SB-7033
CVE-2024-36347
Affected Platforms and BIOS version numbers that contain the fix Details
2025-06-03
Cache-based Side-Channel Attack Against SEV, Jun 3, 2025
Description: AMD has received a report from researchers at National Taiwan University detailing cache-based side-channel attacks against Secure Encrypted Virtualization (SEV).
AMD-SB-3010
2025-05-22
IOLeak - CPU Side Channel Attacks , May 22, 2025
Description: Researchers have provided AMD with a summary of relevant remarks and findings detailed in a paper titled "IOLeak Side-Channel Attack Exploiting CPU Frequency Scaling and I/O Latency."
AMD reviewed the summary and believes this attack is similar to previously disclosed side-channel attacks such as "Hertzbleed" and that existing mitigation recommendations for such attacks remain applicable to mitigate the techniques described in the researchers' summary.
AMD-SB-7042
2025-05-13
Privilege Desynchronization: Cross-Privilege Spectre Attacks with Branch Privilege Injection, May 13, 2025
Description: Vulnerabilities were reported in various AMD Manageability Tools.
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