DefectDojo Panel Detection Scanner

DefectDojo is an open-source application utilized by various organizations for vulnerability management and security testing purposes. It is designed to blend seamlessly into existing security workflows, enabling security teams to effectively manage their testing efforts and track results over time. Companies and individuals leverage DefectDojo to streamline the management of security testing across multiple environments. The software is popular in scenarios where comprehensive reporting and risk assessment are critical for ensuring application security. Through integration capabilities, DefectDojo helps teams improve tracking of penetration tests and vulnerability scans to safeguard their digital infrastructure. Additionally, it supports a myriad of third-party tools, enhancing the data intake and making security testing more efficient.

The vulnerability detected by this scanner involves the exposure of the DefectDojo login panel. Panel detection can provide potential attackers with a target, informing them of the presence of the DefectDojo application in the network. While the detection of a login panel isn't harmful by itself, it can potentially highlight a point of entry for unauthorized access. Attackers may utilize this information for crafting specific attacks or attempting unauthorized logins. It's, therefore, critical for administrators to be aware of such exposure to mitigate any potential security risks. Ensuring that login panels are not publicly accessible without necessity can help reduce the risk of targeted attacks against the application.

Technical details of this vulnerability revolve around the visibility of the DefectDojo login page. The scanner detects the presence of a unique identifier related to the DefectDojo interface, typically involving graphic elements like logos or specific URLs in the code. Such identifiers are embedded within the page source, served when an unauthenticated GET request is made to the DefectDojo login endpoint. If discovered, these elements confirm the presence of the software, implying the existence of the application within the infrastructure. Consequently, the endpoint exposes the application name and potentially the version if version-related identifiers are present, offering further insights to attackers.

The possible effects of exploiting this vulnerability can range from attackers being aware of the software in use to using this information for more sophisticated attacks. With the DefectDojo login panel detected, adversaries may attempt various intrusion methods, including brute force attacks, should they believe weaker authentication mechanisms are in place. They may also conduct reconnaissance to explore possible avenues of exploitation by understanding the context in which the software is used. Organizations might face increased attempts at unauthorized access, requiring additional monitoring and possibly increased server load from scanning or bot activity.

REFERENCES

• https://owasp.org/www-project-defectdojo/