emonCMS Panel Detection Scanner
This scanner detects the use of emonCMS in digital assets.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
10 days 7 hours
Scan only one
URL
Toolbox
emonCMS is an open-source energy monitoring web application developed by OpenEnergyMonitor. It is primarily used in homes and small businesses to track and monitor electricity, gas, and temperature. The software enables users to visualize and manage energy consumption effectively. It is utilized by individuals and organizations globally who are focused on optimizing energy usage and costs. This application supports the integration of various energy monitoring devices, making it versatile and comprehensive for energy management. As an open-source tool, it encourages collaboration and customization by its user community.
The scanner is designed to detect the presence of the emonCMS login panel on a web server. Exposing the login panel can reveal the presence of the application, which may be a target for further attacks. Detecting such panels is crucial for ensuring that unauthorized users do not gain access to potential sensitive entry points. This detection is vital for understanding and minimizing the attack surface of the deployed applications. It helps system administrators take necessary actions to restrict unauthorized access. Detecting login panels also aids in adhering to security best practices by identifying potentially exposed interfaces.
Technical details in this scanner focus on identifying specific characteristics associated with the emonCMS login panel. This involves checking for certain strings within the body and headers of the HTTP responses. Specifically, the scanner looks for the words "Emoncms - user login" within the body and the presence of "EMONCMS_SESSID" within headers. The HTTP status code 200 is also validated to confirm the proper functioning of the login page. These characteristics are essential in determining whether the login panel of emonCMS is publicly accessible. Such information is vital for assessing the exposure of the application online.
If the detected vulnerability is exploited by malicious individuals, it could lead to various issues. The presence of an exposed login panel can be a precursor to brute force attempts, where attackers repeatedly try to guess login credentials. It also indicates potential oversight in deploying the application securely, possibly leading to unauthorized data access. Exposed panels can serve as entry points for phishing attacks where attackers try to lure legitimate users into entering sensitive information. They highlight server misconfigurations that could be indicative of other underlying security weaknesses. Such exposure can damage the reputation of organizations if unauthorized access leads to data breaches.
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