CVE-2024-11320 Scanner

Pandora FMS is a comprehensive monitoring tool used by IT professionals globally to monitor and manage heterogeneous systems, including networks, servers, and applications. Organizations utilize Pandora FMS to ensure operational efficiency, reduce downtime, and maintain a high level of service across their IT infrastructure. The software runs on various platforms and allows deep customization, fitting into complex IT environments. Administrators leverage its capabilities to monitor key performance indicators and get alerts for potential issues. It supports a wide array of modules and extensions, making it suitable for businesses of all sizes. Security within the application is critical due to its wide data access and control capabilities.

The vulnerability detected in Pandora FMS is a Remote Code Execution (RCE) flaw, particularly impactful in the LDAP authentication mechanism. This vulnerability can allow an attacker to execute arbitrary commands on the server without proper authorization. Exploiting this vulnerability might provide the attacker with full access to the internal workings of the system. The potential risk is significant as it could lead to unauthorized data disclosure, modification, and could disrupt operations by executing harmful commands. Ensuring robust authentication and constant security assessment helps in mitigating these types of threats. It underscores the importance of securing authentication processes within software applications.

The Remote Code Execution flaw in Pandora FMS lies within the LDAP authentication integration, where input commands are not properly sanitized. This allows injection of malicious commands in the 'ldap_admin_login' parameter that can lead to unauthorized code execution. Attackers typically craft inputs that manipulate the server’s processing logic, rendering it vulnerable to command injection. The endpoint '/index.php?sec=general&sec2=godmode/setup/setup§ion=auth' is particularly susceptible, as unauthorized adjustments to authentication configurations can bypass expected access controls. It involves manipulating the command structure through unsanitary input, affecting the logic on both primary and secondary LDAP server parameters. Such technical loopholes demand thorough auditing and patching to prevent exploitability.

Successful exploitation of this vulnerability allows a malicious actor to gain remote control over an organization’s IT assets. They could pivot to other systems or databases, increasing the risk of data breaches or system compromise. Malicious users could potentially alter monitoring configurations, leading to false negatives during security audits or critical alerts being unattended. Moreover, it could result in significant downtime and operational disruptions if the server executes unintended commands. Exploitation impacts not just security, but can also damage the organization’s reputation and lead to compliance violations.

REFERENCES

• https://github.com/mhaskar/CVE-2024-11320