GROWI Web Installer Scanner
This scanner detects the use of GROWI Installer installation page exposure in digital assets. It identifies when GROWI installation pages are accessible, which can lead to significant security risks if not addressed immediately.
Short Info
Level
High
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
8 days 23 hours
Scan only one
URL
Toolbox
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GROWI is a versatile wiki software that is extensively used by organizations for collaborating and organizing information. Developed by WESEEK, it can be implemented in various environments like corporate intranets, academic institutions, or any group requiring collective project management. Its primary purpose is to facilitate documentation and knowledge sharing in a structured manner. Due to its open-source nature, it can be customized and extended to fit specific needs. GROWI is particularly notable for its user-friendly interface that welcomes contributions from team members of different tech-savviness levels. However, when improperly configured, it might pose a risk through its installer page exposure.
Installation Page Exposure occurs when GROWI's installation interface is accessible over the internet. This condition could allow unauthorized users to access sensitive configuration settings. As a high-severity security concern, it needs immediate attention to prevent misuse. An exposed installer could lead to initial access attempts and eventual compromise of the whole system. Proper security measures should be applied during the installation to mitigate such issues. Understanding this vulnerability is critical for maintaining the integrity of systems using the software.
The vulnerability typically manifests in the application's GET requests for the installer path. Security checks should verify the presence of an exposed installer page by matching for certain keywords and status codes that indicate accessibility. The vulnerability is particularly dangerous because it might not only reveal critical installation details but also allow for manipulation of the installation process. Ensuring that the installer is not accessible after setup is vital to defend against unauthorized exploitation. Detailed scrutiny and regular audits are necessary for identifying and mitigating exposure-related risks.
If malicious actors exploit the exposed installer page, they could use collected data to gain unauthorized access to the system. Exploit attempts might lead to unauthorized administrative access or fraudulent instance deployment. Successful exploitation could result in unauthorized data access, data loss, or manipulation within the organization. Furthermore, the compromised system could be pivoted to launch other attacks within the network, severely impacting operational integrity and privacy.
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