Adobe Experience Manager Sling Panel Detection Scanner

Adobe Experience Manager is a comprehensive content management solution for building websites, mobile apps, and forms. It is widely used by enterprises to manage their digital assets and content seamlessly. Organizations across various industries, including retail, media, and financial services, leverage Adobe Experience Manager for its robust capabilities in content personalization, workflow management, and scalability. With its intuitive user interface, marketing and IT teams can easily collaborate to deliver personalized digital experiences. Adobe Experience Manager integrates with other Adobe products, offering an end-to-end digital marketing solution. By improving content velocity and optimizing customer experiences, Adobe Experience Manager plays a critical role in an organization's digital transformation journey.

The vulnerability detected in Adobe Experience Manager is the Panel Detection vulnerability. This type of vulnerability indicates the presence of an identifiable user login panel, which can be leveraged by attackers to gain unauthorized access. Identifying such access points is critical since it serves as an entry point for potential brute force attacks. Ensuring these panels are not publicly accessible or properly secured is essential to prevent unauthorized access. Panel Detection vulnerabilities are particularly concerning in environments where sensitive information is accessed or stored. Organizations must routinely audit these access points to ensure they meet security protocols.

The vulnerability in Adobe Experience Manager is specifically related to the Sling User Login interface. The scanner looks for known URL paths and checks for HTML elements indicative of a login form, such as "j_username" and "j_password". It also evaluates HTTP headers and status codes to confirm the presence of a valid login page. Technical details such as these help in pinpointing the specific modules or components that require attention. The detection involves inspecting both the response body and headers to validate the existence of the login panel. An HTTP status of 200 confirms the page is accessible and potentially exploitable if not secured.

Exploiting this vulnerability allows attackers to conduct reconnaissance on accessible user login panels. Malicious actors can attempt brute force attacks or phishing to gain unauthorized access. Successfully compromising login credentials can lead to a broad range of security risks, including data theft, service disruption, or further internal network infiltration. As a result, such vulnerabilities pose significant risks to organizational security and data integrity. Addressing the detection of these panels is important to prevent unauthorized access and potential breaches.

REFERENCES

• https://raw.githubusercontent.com/danielmiessler/SecLists/master/Discovery/Web-Content/aem2.txt