SecPod

Learn Search

Search across all Learn content

← Back to Security Research
CVE-2024-38812: VMWare Patches Critical RCE Flaw In vCenter Server

CVE-2024-38812: VMWare Patches Critical RCE Flaw In vCenter Server

Broadcom has released security updates addressing CVE-2024-38812, a heap-overflow vulnerability in VMWare vCenter Server. With a CVSS score of 9.8, this critical vulnerability is present in implementing the DCE/RPC protocol and could lead to RCE. An attacker with network access to the vCenter Server...

Oct 22, 2024By Meghana Raatni2 min read

Broadcom has released security updates addressing CVE-2024-38812, a heap-overflow vulnerability in VMWare vCenter Server. With a CVSS score of 9.8, this critical vulnerability is present in implementing the DCE/RPC protocol and could lead to RCE. An attacker with network access to the vCenter Server could exploit this vulnerability by sending a specially crafted network packet.

Earlier this year, Zbl and srs of team TZL reported the bug at the Matrix Cup cybersecurity competition in China. VMWare initially patched it in September 2024 but later realized that the patches were ineffective and released new updates to correct them.

No public proof-of-concept has been released, and there are no records of active exploitation. Users are, however, urged to patch their instances immediately since threat actors have been known to exploit VMWare vulnerabilities in the past.

A patch management software can instantly bring down your risks by 3x by foreseeing upcoming vulns and remediating them.

Affected Products by CVE-2024-38812 and Solutions

The following products are affected by this flaw. There are currently no known mitigations, but the patched versions are mentioned below.

  • vCenter Server 8.0 (Fixed in 8.0 U3b)
  • vCenter Server 7.0 (Fixed in 7.0 U3s)
  • VMware Cloud Foundation 5.x (Fixed in 8.0 U3b as an asynchronous patch)
  • VMware Cloud Foundation 4.x (Fixed in 7.0 U3s as an asynchronous patch)

Instantly Fix Risks with SanerNow Patch Management

SanerNow patch management is a continuous, automated, and integrated software that instantly fixes risks exploited in the wild. The software supports major operating systems like Windows, Linux, and macOS, as well as 550+ third-party applications.

It also allows you to set up a safe testing area to test patches before deploying them in a primary production environment. SanerNow patch management additionally supports a patch rollback feature in case of patch failure or a system malfunction.

Experience the fastest and most accurate patching software here.

Featured Posts

Open Cisco FMC Zero-Day Under Active Attack: UAT-12197, UAT-11823 and Qilin-Linked UAT-11988 Exploit Firewall Flaws
Cisco FMC Zero-Day Under Active Attack: UAT-12197, UAT-11823 and Qilin-Linked UAT-11988 Exploit Firewall Flaws

CVE Research

Cisco FMC Zero-Day Under Active Attack: UAT-12197, UAT-11823 and Qilin-Linked UAT-11988 Exploit Firewall Flaws

Sep 11, 2026

Open CVE-2026-87491: Google Patches Seventh Actively Exploited Chrome Zero-Day of 2026
CVE-2026-87491: Google Fixes 7th Exploited Chrome Zero-Day of 2026

CVE Research

CVE-2026-87491: Google Patches Seventh Actively Exploited Chrome Zero-Day of 2026

Sep 10, 2026

Open Microsoft's September 2026 Patch Tuesday: 973 Vulnerabilities, Two Exploited Zero-Days and a Record Security Release
Microsoft's September 2026 Patch Tuesday: 973 Vulnerabilities, Two Exploited Zero-Days and a Record Security Release

CVE Research

Microsoft's September 2026 Patch Tuesday: 973 Vulnerabilities, Two Exploited Zero-Days and a Record Security Release

Microsoft's September 2026 Patch Tuesday addresses 973 vulnerabilities across Windows, Office, infrastructure services, virtualization components and other Microsoft products.

Sep 9, 2026

Open MikroTik RouterOS Under Attack: Critical SSH Vulnerabilities Enable Router Takeover
MikroTik RouterOS Under Attack: Critical SSH Vulnerabilities Enable Router Takeover

CVE Research

MikroTik RouterOS Under Attack: Critical SSH Vulnerabilities Enable Router Takeover

Sep 8, 2026