VMware Workspace ONE UEM Airwatch Self-Service Portal Panel Detection Scanner

This scanner detects the use of VMware Workspace ONE UEM Airwatch Self-Service Portal Panel in digital assets.

Short Info


Level

Medium

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

1 week 18 hours

Scan only one

URL

Toolbox

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VMware Workspace ONE UEM is a comprehensive management solution for mobile devices used by enterprises, educational institutions, and large organizations. It offers end-to-end security and facilitates the management of mobile apps, content, and email for a variety of platforms. The self-service portal (SSP) allows end users to manage their own devices, thereby reducing the IT administrative workload. The solution is favored for its robust security features and ease of integration with other VMware products. It can be deployed via cloud or on-premise, providing flexibility for various organizational needs. Users benefit from its intuitive interface and seamless experience, making it an ideal choice for managing digital workspaces.

The vulnerability detected in the VMware Workspace ONE UEM Airwatch Self-Service Portal pertains to panel detection. Panel detection vulnerabilities can lead to unnecessary exposure of web interfaces, making a system more prone to attacks. Identifying such portals is often the initial step for attackers in mounting further, more invasive attacks. The presence of easily detectable panels intensifies the risk of unauthorized access. Detecting these portals helps in securing them and preventing potential exploitations. By identifying the portal, organizations can take the necessary steps to secure their systems against potential threats.

Technical details on the vulnerability indicate that the SSP login panel is detectable via specific keywords found in its login page. The exposed endpoint is the login URL that includes "/MyDevice/Login". The portal can be detected through the presence of keywords like "Self-Service Portal" and "AirWatch" in the returned HTML content. The detection involves a word-matching mechanism that searches the page body for these identifiers. The combination of certain HTML elements provides a reliable method to detect the portal's presence. Ensuring the non-exposure of such detection points is crucial for maintaining system security.

When exploited, this vulnerability can allow attackers to discover unauthorized entry points into the network. Malicious actors could potentially perform reconnaissance to gather further information about the system. Unauthorized access to these portals may lead to data exposure and further compromise of connected systems. The exploitation also opens up possibilities for brute force attempts on login interfaces. In severe cases, attackers might achieve access to sensitive data or alter important configurations. Early detection and securing of exposed panels are instrumental in averting potential breaches.

REFERENCES

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