CVE-2024-38288 Scanner

TurboMeeting is a remote communication software used widely by businesses and institutions for teleconferencing, webinars, and collaboration. The application provides a comprehensive suite of features for real-time communication and file sharing, aiming to enhance productivity and connect teams regardless of their locations. It is commonly used by managers, IT professionals, and remote teams for virtual meetings and project management. The software supports a wide range of operating systems and aims to offer seamless integration into existing business processes. Its flexibility and support for high-quality audio and video communication make it a popular choice among professionals. TurboMeeting is trusted for its security and user-friendly interface, contributing to its extensive use in corporate environments.

In TurboMeeting, a command injection vulnerability exists in the Certificate Signing Request (CSR) feature of the admin portal. This vulnerability arises due to improper sanitization of user inputs, allowing malicious users to execute arbitrary commands. Exploitation is possible by authenticated admin users injecting harmful payloads during the CSR generation process. This type of vulnerability can be critical, as it provides attackers with the capability to manipulate server processes unjustly. By exploiting this flaw, attackers could bypass security audits and perform unauthorized actions on the server. The oversight in input validation significantly opens the door to potential devastating impacts if leveraged by skilled attackers.

The command injection vulnerability in TurboMeeting primarily targets the CSR generation feature, where user inputs are inadequately sanitized. Authenticated admins can exploit this vulnerability by crafting malicious payloads injected into the common_name parameter of the CSR request. The lack of input validation results in the potential execution of commands inserted into this parameter, affecting the server’s operation. The vulnerability lies in the application not enforcing stringent user input checks, allowing exploitation possibilities through command sequences. Attackers can manipulate the CSR feature to conduct unauthorized activities under the guise of legitimate admin users. This technical flaw requires immediate attention to protect sensitive command execution capabilities.

When exploited, the command injection vulnerability in TurboMeeting could lead to severe consequences. Malicious actors might execute arbitrary commands on affected servers, compromising confidential data or disrupting services. Successful exploitation could allow attackers to install malicious software, modify server configurations, or create persistent backdoor accesses. The vulnerability potentially grants attackers an elevated level of control over server functionalities, posing risks of data breaches and infrastructure damage. Organizations using TurboMeeting could experience significant operational disruptions if this vulnerability is exploited maliciously. Hence, the potential effects necessitate a proactive approach to patch and secure systems against command injection attacks.

REFERENCES

• https://github.com/google/security-research/security/advisories/GHSA-gx6g-8mvx-3q5c
• https://www.rhubcom.com/v5/manuals.html