The vulnerability is caused by a bug in the code where the `RedirectResponse` was not handled, which is not related to any specific configuration. It is a universal flaw in the affected versions of the extension.


The vulnerability arises from the WiX toolset's improper handling of the TEMP folder, specifically using the user's TEMP folder instead of the system TEMP folder when the bundle is not run as admin. This configuration choice allows for DLL redirection attacks.


The vulnerability is a cross-site scripting (XSS) issue in the content management feature of baserCMS, which is a flaw in the implementation of the feature itself rather than a configuration issue. It is present by default in all typical deployments of the affected versions.


The vulnerability is due to unsanitized HTML in ActionText::Attachable::ContentAttachment instances, which is a code-level issue rather than a configuration problem. It is present by default in all typical deployments of the affected versions and does not depend on any specific configuration.


The vulnerability arises because the /api/v1/settings endpoint is accessible without authentication, which is a configuration oversight. Proper security configuration would require authentication for accessing sensitive settings.


The vulnerability is inherent in the Gif decoder implementation within the ImageSharp library and does not depend on any specific configuration or arrangement. It is a flaw in the library itself that can be exploited by processing specially crafted files.


The vulnerability is due to an implementation flaw in the Cilium software where it does not follow the specified match precedence in the Gateway API specification. This flaw is inherent in the software's design and is not dependent on any specific configuration or arrangement.


The vulnerability arises because the Management API endpoints are not properly configured to suppress stack trace information when debug mode is disabled, which is a security requirement.


The vulnerability arises from an incorrect handling of input parameters in the synchronization configuration feature, allowing crafted requests to bypass permission checks.


The vulnerability is due to an improper implementation of a security measure in the code, specifically in the handling of .a extension files to prevent Zip Slip attacks. This flaw is inherent in the code and does not depend on any specific configuration or arrangement of the system.


The vulnerability is inherent in the @apollo/query-planner component's handling of complex queries, specifically when calculating the number of query plan permutations. It is not dependent on any specific configuration or arrangement of the system, but rather a flaw in the component's logic when processing certain types of queries.


The vulnerability arises when the sandbox is disabled globally and enabled via a sandboxed `include()` function, which is an improper configuration that fails to enforce necessary security checks.


The vulnerability is a path traversal issue in the `open_local_file` method, which is an inherent flaw in the code rather than a result of any specific configuration. It is present by default in all typical deployments and does not depend on any particular configuration setting.


The vulnerability is caused by storing passwords unencrypted in LocalStorage, which is a design flaw in the Open Source edition of OpenC3 COSMOS. This flaw is present by default in all typical deployments of the Open Source edition and does not depend on any specific configuration.


The vulnerability is due to an implementation flaw in the session expiration logic, which is present by default in all typical deployments of the affected versions. No specific configuration is required for the issue to manifest.