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CVE-2025-3472 Scanner

CVE-2025-3472 Scanner - Code Injection vulnerability in Ocean Extra

Short Info


Level

Medium

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

12 days 21 hours

Scan only one

Domain, Subdomain, IPv4

Toolbox

The Ocean Extra plugin is widely used in enhancing the functionality of WordPress sites. It is often utilized by small to medium-sized business owners and web developers to enhance website aesthetics and features. When used alongside WooCommerce, it is particularly popular for creating dynamic e-commerce sites. The plugin allows users to customize features and offers a broad range of functionalities that can be expanded with various shortcodes. Despite its popularity, maintaining updated versions is crucial due to potential security vulnerabilities. Constant vigilance is required to avoid security pitfalls associated with such plugins.

The vulnerability identified in the Ocean Extra plugin involves arbitrary shortcode execution. This occurs when external users can input arbitrary shortcodes through the 'content_rech_data' parameter, which are then executed by the site. This is particularly a risk when WooCommerce is installed and activated. Such vulnerabilities can lead to unauthorized access and operations on WordPress sites. The primary concern is the potential for shortcodes to disclose sensitive information or escalate privileges. Fixing these vulnerabilities promptly is key to maintaining site security.

Technically, the vulnerability is located in the endpoint that handles AJAX requests within the WordPress environment. An unauthenticated attacker can make a POST request to the '/wp-admin/admin-ajax.php' file, injecting arbitrary shortcodes. If processed, this allows for various actions dictated by the shortcodes, which could lead to serious security breaches. The specific weakness lies in the execution of user-supplied data without thorough validation. This lack of input sanitization renders the execution vulnerable to malicious intents.

Exploiting this vulnerability can have significant adverse effects on a WordPress site. It could lead to unauthorized disclosure of user information, unauthorized modification of site content, or even total site compromise. Attackers could escalate their privileges, potentially gaining administrative control over the system. Moreover, there is a significant risk of users' personal data being leaked, which could severely impact site reputation and user trust. Immediate patching and following secure coding practices are essential to prevent such exploitations.

REFERENCES

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