ownCloud Config Exposure Scanner
This scanner detects the use of ownCloud Config Exposure in digital assets. It ensures that ownCloud configurations are not unintentionally exposed, potentially leading to security misconfigurations.
Short Info
Level
Informational
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
26 days 21 hours
Scan only one
URL
Toolbox
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ownCloud is a widely utilized open-source application for creating personal cloud storage services. It’s primarily used by individuals, businesses, and educators to access, sync, and share data easily. ownCloud ensures that users have complete control over their data without relying on third-party cloud providers. Its versatility allows for integration with multiple systems, making it a popular choice for data management tasks. The platform is often used by organizations that require secure, cloud-based data accessibility solutions. With ownCloud, users benefit from customizable cloud services tailored to their privacy and collaboration needs.
Config Exposure in the ownCloud context refers to the improper exposure of configuration files containing sensitive information. This kind of vulnerability can provide unintended actors with information that might help them in launching attacks or misusing the application. Configuration files typically contain crucial information about the application settings, database credentials, and other private data. If not protected adequately, these files can be exploited by attackers looking to compromise the system. Ensuring that such files are not publicly accessible is vital to maintaining the security integrity of the cloud service.
The vulnerability typically exploits endpoints where configuration details are exposed publicly. The 'owncloud/config/' path is a significant point of interest, with potential exposure if security measures are not enforced. Sensitive information can be disclosed through the endpoint if it responds positively to specific HTTP requests. Attackers can probe these endpoints to validate whether crucial configuration data is accessible. Utilization of specific HTTP status codes like 200 might further indicate exposure of these elements, compounded by the presence of expected keywords in the response body.
If such a Config Exposure vulnerability is exploited, attackers can extract details that enable various forms of attacks. Information from the configuration might allow an attacker to reconfigure system settings or gain unintended access to system resources. This exposure may lead to unauthorized data access, service disruption, or data manipulation. The fallout from such security breaches could compromise user data integrity and result in compliance violations for data protection standards. Therefore, mitigating this vulnerability is a critical security practice for maintaining system confidentiality, integrity, and availability.
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