Duplicate Post WordPress Plugin Information Disclosure Scanner
Detects 'Information Disclosure' vulnerability in Duplicate Post WordPress Plugin.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
22 days 8 hours
Scan only one
URL
Toolbox
Duplicate Post WordPress Plugin is widely used by WordPress website administrators to clone or duplicate pages and posts within a WordPress site. This plugin streamlines content management, making it easier for users to create similar content without starting from scratch. Generally utilized by bloggers, content creators, and website managers, the plugin helps maintain consistency across posts and pages. It plays a crucial role in website content organization, especially for businesses that require frequent content updates. Moreover, developers find this plugin beneficial for site testing and theme customization. Given its utility, it's often installed across a wide variety of WordPress-powered websites.
The Information Disclosure vulnerability in the Duplicate Post WordPress Plugin occurs due to improper access restrictions in the plugin's source files. This setup flaw allows unauthenticated users to gain access to sensitive server file paths. Such a vulnerability can lead to attackers exploiting the information to prepare for further attacks against the server. It represents a critical security risk as the details disclosed can provide an unintended roadmap into the server's structural layout. As a result, addressing this vulnerability is crucial for maintaining the integrity of the web environment. This type of exposure is particularly dangerous because it divulges about the server's file system to potential attackers who can misuse this information.
The vulnerability affects the endpoint '/wp-content/plugins/duplicate-post/duplicate-post.php', which improperly handles requests due to inadequate security controls. Attackers can trigger the vulnerability by sending a simple GET request to the vulnerable endpoint. Upon accessing this endpoint, the system may return an error message containing the full path of the file on the server. Such feedback occurs when certain conditions, such as function calls to nonexistent API endpoints, result in server errors. This flaw demonstrates a failure in securely managing error messages and restrictions in source file access.
When exploited, this vulnerability can lead to several dangerous consequences for website integrity and security. Malicious actors can leverage the disclosed path information to identify potential files and directories to target for further exploitation. With full path disclosure, attackers might craft targeted attacks, such as file inclusion or remote code execution, based on certain known file locations. This can undermine the confidentiality and security of the website, leading to unauthorized access, data theft, or server compromise. Additionally, this issue might facilitate subsequent exploits involving more severe attack vectors. The overall impact stresses the importance of practicing secure coding standards in WordPress plugin development.
REFERENCES