CVE-2024-39251 in Control Center
Summary
by MITRE • 07/01/2024
An issue in the component ControlCenter.sys/ControlCenter64.sys of ThundeRobot Control Center v2.0.0.10 allows attackers to access sensitive information, execute arbitrary code, or escalate privileges via sending crafted IOCTL requests.
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Analysis
by VulDB Data Team • 07/12/2024
The vulnerability identified as CVE-2024-39251 resides within the ThundeRobot Control Center v2.0.0.10 software suite, specifically affecting the kernel-mode drivers ControlCenter.sys and ControlCenter64.sys. This critical security flaw represents a privilege escalation vulnerability that arises from insufficient input validation and access control mechanisms within the device driver components. The affected drivers operate at the kernel level, making them particularly dangerous as they can potentially allow attackers to execute arbitrary code with system-level privileges. The vulnerability manifests through improper handling of IOCTL (Input/Output Control) requests, which are standard mechanisms used by user-mode applications to communicate with kernel-mode drivers. When crafted IOCTL requests are sent to these drivers, they fail to properly validate the input parameters, creating opportunities for malicious actors to exploit the system.
The technical nature of this vulnerability aligns with CWE-121, which describes conditions where data structures are not properly bounded or validated, leading to buffer overflows and privilege escalation. The flaw essentially allows an attacker to send specially crafted IOCTL commands that bypass normal access controls and validation checks. These driver components are designed to provide administrative functionality for the ThundeRobot Control Center software, but the lack of proper input sanitization creates a pathway for malicious code execution. The vulnerability can be exploited by any user with access to the system, as the drivers typically run with elevated privileges, making it particularly concerning for environments where user access is not strictly controlled.
From an operational standpoint, this vulnerability poses significant risks to organizations using ThundeRobot Control Center software, as it can lead to complete system compromise. Attackers can leverage this vulnerability to escalate privileges from standard user accounts to SYSTEM level access, enabling them to install persistent backdoors, exfiltrate sensitive data, or deploy additional malware. The impact extends beyond simple information disclosure, as the ability to execute arbitrary code at kernel level provides attackers with unprecedented control over the affected systems. This vulnerability can be particularly dangerous in enterprise environments where these control center systems might be used for industrial control or automation purposes, potentially leading to operational technology (OT) security breaches. The attack surface is broad as any application or user process that interacts with these drivers can potentially serve as an entry point for exploitation.
Mitigation strategies for CVE-2024-39251 should prioritize immediate patching of the ThundeRobot Control Center software to the latest version that addresses this vulnerability. Organizations should implement strict access controls to limit who can interact with the affected drivers and consider disabling unnecessary driver functionality where possible. Network segmentation and monitoring of IOCTL activity can help detect potential exploitation attempts. The vulnerability also highlights the importance of kernel-mode driver security and aligns with ATT&CK technique T1068, which covers privilege escalation through local exploitation. System administrators should also consider implementing application whitelisting policies to prevent unauthorized execution of code that might attempt to exploit this vulnerability. Regular security assessments of kernel-mode components and proper input validation practices should be enforced to prevent similar issues in the future, particularly given the persistent nature of such vulnerabilities in device drivers that often remain unpatched for extended periods.