GLPI Default Login Scanner

GLPI is an IT service management software that facilitates the management of IT resources and operations. It is designed to help organizations plan, track, and manage their IT changes efficiently. Many small to large scale enterprises use GLPI for managing assets, tracking issues, and ensuring compliance. This software is popular due to its open-source nature, allowing users to customize features according to their needs. Furthermore, GLPI is often utilized in environments that require a robust framework for handling IT services and resources. Users find it beneficial for understanding the total cost of their IT assets and managing them efficiently.

The vulnerability detected in this template relates to the usage of default login credentials in GLPI. Default credentials pose significant security risks if left unchanged. They provide unauthorized access to systems using factory settings, which hackers can exploit to gain control. Detecting such vulnerabilities is crucial because it highlights weak access controls in place. Default login vulnerabilities are prevalent due to improper configurations during system implementation. Detecting such issues helps organizations secure their systems by enforcing better credential management practices.

Default login vulnerabilities occur when systems are still using the manufacturer's default usernames and passwords. In this case, it targets the GLPI software, checking if the super admin account with the username and password "glpi" is activated. The endpoint "/front/login.php" is assessed through HTTP methods to see if the software accepts these credentials. An attacker can exploit this to access the administrative panel, gaining unauthorized access to sensitive areas of the system. The template employs payload injection to simulate login attempts using default credentials. If the login is successful, it implies that the default configuration is still in place.

If exploited, default login vulnerabilities can result in unauthorized access to critical IT resources. An attacker could manipulate settings, access sensitive data, and potentially compromise the entire IT infrastructure. This might lead to data breaches, alteration of system configurations, and even service disruptions. Such security weaknesses could severely damage an organization's reputation and result in significant financial losses. It also exposes the organization to compliance issues and potential legal repercussions. Therefore, rectifying these vulnerabilities is of utmost importance to maintain information security.

REFERENCES

• https://glpi-project.org/