Woodwing Studio Server Configuration Disclosure Scanner
This scanner detects the use of Woodwing Studio Server Git Config Configuration Disclosure in digital assets. It identifies exposed '.git/config' files, which can reveal sensitive configuration information.
Short Info
Level
Medium
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
1 week 6 hours
Scan only one
URL
Toolbox
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Woodwing Studio Server is widely used in publishing and media industries as a content management system that facilitates the creation, management, and distribution of digital content. It is often employed by editors and media professionals to streamline their production workflows. The server plays a critical role in ensuring efficient content handling and collaboration among teams. Its features support various digital formats, enabling seamless integration with other digital platforms. Organizations utilize this software to enhance productivity and maintain consistent content quality across multiple channels. Given its strategic importance, stringent security measures are essential in environments using Woodwing Studio Server.
The vulnerability detected relates to the exposure of the '.git/config' file, which can occur due to improper configuration settings. This file may contain sensitive information such as credentials or internal references that should not be publicly accessible. When such configuration files are left exposed, unauthorized individuals can potentially exploit the disclosed information to gain access to the server or manipulate its settings. The inherent risk associated with this vulnerability underscores the importance of ensuring appropriate access controls and configuration policies for servers handling critical business functions. Detecting such exposures promptly is vital for maintaining organizational security.
Technically, the vulnerability involves publicly accessible URLs where the '.git/config' file might be retrieved, leading to potential security breaches. For instance, specific HTTP paths might allow direct access to these critical configuration files. The template tests for HTTP response codes indicating access, combined with checks for the presence of sensitive keywords within the configuration files like '[credentials]' and '[core]'. The extraction processes aim to identify credential patterns and sensitive data within response bodies, highlighting the risk of unauthorized data disclosure. Addressing such weaknesses is imperative to avoid exploitation.
Exploiting this vulnerability could lead to several severe consequences, including unauthorized access to the server, data leaks, and potentially the manipulation of server configurations. Malicious actors might utilize the disclosed information to breach other parts of the network or systems. It could result in reputational damage, loss of sensitive data, and compliance violations if personal data is exposed. The financial and operational ramifications of such breaches could be substantial, necessitating comprehensive security measures to mitigate these risks.
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