CVE-2024-29889 Scanner

GLPI is a widely used IT and asset management software favored by organizations for managing and tracking assets, helpdesk functionalities, and licensing. It is often deployed by IT departments within enterprises to streamline processes related to IT service management. Organizations utilize GLPI to handle various IT activities, including asset inventory, software management, and technical support. With its open-source nature, GLPI provides customization capabilities which enhance its integration into diverse IT environments. Besides managing hardware and software, it also offers features for business process automation and resource coordination. Enterprises leverage GLPI to improve infrastructure efficiency and centralize IT administration.

The SQL Injection vulnerability in GLPI allows an attacker to manipulate database queries by injecting malicious SQL code. This vulnerability exists due to insufficient input validation in the application's data handling processes. An attacker can craft special input that tricks the database server into executing unintended queries. If successfully exploited, it grants the adversary unauthorized access to sensitive data and control over the application functionalities. The existence of such flaws can lead to severe security breaches as databases often store critical information. Correcting this vulnerability is crucial to ensuring data integrity and protecting user accounts within the application.

This vulnerability targets the 'saved searches' feature, where inadequate handling of user inputs leads to potential exploitation. By entering crafted SQL commands, attackers can affect the database queries executed by the application. Specifically, an authenticated user with access to this feature can modify SQL code to potentially gain enhanced access rights or alter other user accounts. The vulnerable endpoint accepts inputs that are not sanitized properly, allowing SQL commands to be injected directly. Parameters related to user preferences become the focal point for attackers to execute this injection. Addressing this flaw involves implementing strict input validation and employing parameterized queries to prevent malicious injections.

Exploiting this SQL Injection vulnerability can have severe implications for affected organizations. It can lead to unauthorized access and alteration of user account data, enabling attackers to impersonate other users or gain elevated privileges. Sensitive information stored in the application's database may be compromised, resulting in potential data breaches. The attacker might manipulate account-related settings, affecting the operations of legitimate users within the platform. Additionally, if leveraged sufficiently, this vulnerability could act as a gateway for further exploits or unauthorized access to underlying systems. Protecting against such manipulation is essential to maintaining organizational security and trust.

REFERENCES

• https://sensepost.com/blog/2024/from-a-glpi-patch-bypass-to-rce
• https://nvd.nist.gov/vuln/detail/CVE-2024-29889