HYPERPLANNING Panel Detection Scanner
This scanner detects the use of HYPERPLANNING in digital assets. It identifies instances where the login panel of HYPERPLANNING is exposed.
Short Info
Level
Medium
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
26 days 19 hours
Scan only one
URL
Toolbox
-
The HYPERPLANNING software is extensively used in educational and training institutions. It facilitates the management of schedules, resources, and students. The software is typically employed by administration staff and educators to streamline planning activities. Its purpose is to enhance organizational efficiency and optimize the allocation of resources. The detected panel refers to the login interface of this software, indicating its deployment in a web environment. Identifying whether HYPERPLANNING products are used aids in maintaining up-to-date security measures.
This detection tool identifies instances where the HYPERPLANNING login panel is available on web assets. Recognition of this panel allows IT administrators to be aware of its digital footprint. Detecting such panels helps organizations ensure their exposure does not pose a security risk. The tool searches for specific web content and status codes that reveal the presence of HYPERPLANNING. Discovering the login panel helps manage access control to the administrative part of the software. Such detections are instrumental in risk assessment processes.
Technically, this detection scanner sends HTTP GET requests to the specified URL. It checks for redirection and scrutinizes the returned header and body for mentions of "HYPERPLANNING". The scanner confirms the presence of the panel if the HTTP status code is 200 and the web page content contains specific identifiers. Extraction methods include regex patterns targeting the server header to detect HYPERPLANNING version information. The results provide crucial insights into the exposed administrative interfaces.
If the HYPERPLANNING login panel is exposed, malicious actors could potentially attempt unauthorized access. Such exposure may lead to brute force attacks on the login credentials. The panel might reveal sensitive software version information aiding attackers in exploiting known vulnerabilities. Publicly available login panels can also become targets for denial-of-service attacks. Organizations risk data breaches if access control is compromised through the panel.
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