LabKey Server Panel Detection Scanner

LabKey Server is a software platform used widely in the biomedical research community for managing and analyzing experimental data. It is commonly deployed by research institutions, universities, and laboratories to facilitate data integration and collaboration. The server provides tools for data capture, integration, and analysis, enhancing research productivity. LabKey Server is known for its customizable analysis applications that empower researchers to visualize and interpret their data effectively. The platform supports secure data sharing and collaborative workflows among teams. Overall, LabKey Server is an essential tool for organizations aiming to manage complex datasets in research settings.

The vulnerability detected relates to the exposure of the LabKey Server login panel. Detecting the login panel is an information disclosure that can potentially be exploited further by malicious actors. Login panels often expose sensitive paths and backend information that can be used in subsequent attacks. While this vulnerability does not cause direct harm on its own, it can open doors for additional exploits. The presence of the login panel without proper access controls indicates a security misconfiguration. Identifying the login panel is crucial to ensure that unauthorized access isn’t granted inadvertently. Understanding where these panels are exposed is the first step in securing them effectively.

The technical details of this detection involve checking for specific keywords and HTTP headers that indicate the presence of a LabKey Server login panel. The detection looks for identifiers like "TCTU LabKey Server: /home" and "Powered by LabKey" within the body of the response. Additionally, the scanner verifies that the response has a "text/html" content type and a 200 status code, confirming the successful load of the login page. These markers confirm the presence of a LabKey login panel that might not be adequately protected. The scanner also employs conditions that ensure any of these parameters are detected to confirm the panel's presence conclusively.

Exploiting this vulnerability could lead to unauthorized users accessing sensitive login endpoints of LabKey Server. This could potentially result in brute-force attacks or exploitation of weak credentials if special protections are not in place. Attackers gathering this information may use it to plan more sophisticated intrusion attempts against the system. Moreover, it increases the risk of phishing attacks if attackers attempt to mimic the login panel layout. Protecting these exposed panels from public access can help mitigate these risks. Overall, potential impacts highlight the importance of strategic security configurations to evade unauthorized discovery.

REFERENCES

• http://www.labkey.org