Uptime Kuma Panel Detection Scanner
This scanner detects the use of Uptime Kuma Panel in digital assets.
Short Info
Level
Medium
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
24 days 15 hours
Scan only one
URL
Toolbox
-
Uptime Kuma is an open-source software used for real-time website and application monitoring. It is particularly used by system administrators and IT professionals to ensure uptime and reliability of various digital services. This tool helps in monitoring the availability of websites and applications and provides alerts when downtime is detected. Uptime Kuma is versatile and can be integrated with various notification and alert systems for comprehensive monitoring solutions. Users can deploy Uptime Kuma on their servers to constantly check the status of multiple endpoints. The main purpose is to enhance uptime and provide insights into service performance and response times.
The vulnerability detected is the ability to discover the presence of an Uptime Kuma panel. A panel detection vulnerability indicates that the administrative interface of the software is publicly accessible. This could potentially lead to exposure of sensitive information or unauthorized actions if further security weaknesses are present. Usually, such panels should be secured behind authentication or other security mechanisms. The detection does not immediately imply a critical issue but highlights a potential attack surface. Understanding and mitigating panel access is crucial to minimizing potential risks. It is a common practice to limit the exposure of administrative interfaces.
Technical details involve checking the availability of the Uptime Kuma dashboard endpoint. This endpoint, generally accessible at "/dashboard", responds with a 200 HTTP status indicating that the page is available. Furthermore, the page title is matched to '<title>Uptime Kuma</title>', confirming the identity of the application. These specific markers allow for the identification of an Uptime Kuma instance. Properly configured, this information should be inaccessible to unauthorized users to mitigate security issues. Proper security measures should be implemented to obscure these technical details from potential threat actors.
The potential effects of exploiting this vulnerability include unauthorized access to the Uptime Kuma administration panel. Such access can be used to alter monitoring parameters, disable alerts, or extract information about the monitored services. In extreme cases, it could also become a pivot point for further network intrusion if other vulnerabilities are present. Moreover, exposing configuration details of the monitoring setup can assist attackers in crafting more effective campaigns against the monitored assets. Ensuring the security of this panel is integral to protect the surrounding digital estate. Limiting exposure and implementing authentication measures are essential mitigations.
REFERENCES