S4E

CVE-2024-32709 Scanner

CVE-2024-32709 Scanner - SQL Injection vulnerability in WP-Recall

Short Info


Level

Critical

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

26 days 10 hours

Scan only one

Domain, IPv4

Toolbox

-

WP-Recall is a widely used plugin for WordPress that offers functionality for registration, profile management, commerce, and more. It is employed by WordPress site owners to enhance user interaction and enable commerce-related capabilities on their platforms. The plugin is known for providing a suite of tools that drive user engagement by offering customization and management features. Businesses, bloggers, and community site creators often rely on WP-Recall to manage user profiles and interactions effectively. Due to its extensive use and the significant user data it handles, maintaining its security is crucial for site stability and user trust. Overall, WP-Recall serves as a key component in expanding WordPress capabilities, particularly for sites requiring robust user management solutions.

SQL Injection is a critical vulnerability that allows attackers to manipulate SQL queries executed by a web application. This specific vulnerability in WP-Recall up to version 16.26.5 stems from improper escaping and preparation of user inputs in SQL queries. Unauthenticated attackers can exploit this by appending malicious SQL code to existing queries. Such vulnerability can lead to unauthorized access or theft of sensitive information from the database, impacting the site's integrity and security. It occurs when input data is not adequately sanitized, allowing attackers to interfere with the application's queries. Consequently, it poses a significant security risk that needs addressing to protect user data and maintain site functionality.

The technical details of this SQL Injection vulnerability involve exploiting insufficient escaping on user-supplied parameters. Attackers can send crafted requests that include SQL commands directly into user input fields. Such commands are then improperly processed by the application's database queries. This method exploits the database's acceptance of unexpected code execution paths, enabling attackers to retrieve, manipulate, or destroy data. The vulnerable endpoint in this case involves user profile handling, where attackers can exploit the flawed query handling mechanism. The lack of parameterized queries and prepared statements further exacerbates the vulnerability by leaving SQL execution logic vulnerable to external injection. Understanding these details is crucial to implementing effective security patches and protections.

The exploitation of this SQL Injection vulnerability can have severe consequences. Attackers could compromise the confidentiality, integrity, and availability of data stored within the WordPress database. This might include unauthorized data viewing, data manipulation or destruction, or even accessing and controlling the underlying host. The subsequent data breaches could expose sensitive user information, leading to privacy violations and reputational damage to the site. In severe cases, it could also facilitate full system compromise, giving attackers further foothold into the network. Therefore, it is vital for users to remediate the issue promptly to mitigate these potential impacts.

REFERENCES

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