S4E

CVE-2023-29630 Scanner

CVE-2023-29630 Scanner - SQL Injection vulnerability in PrestaShop Jms Vertical MegaMenu

Short Info


Level

Critical

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

5 days 1 hour

Scan only one

URL

Toolbox

PrestaShop Jms Vertical MegaMenu is an essential module for e-commerce platforms, particularly those using Joommasters PrestaShop themes. It offers various configurations for displaying vertical mega menus, enhancing user experience and site navigation. Predominantly used by site administrators and developers, this module is integrated into numerous e-commerce sites built on PrestaShop. Its versatility makes it a popular choice for customizing online store layouts. The integration is straightforward, empowering users to enhance functionality effectively. Overall, it's a powerful tool that supports site aesthetics and user navigation.

The identified vulnerability is a critical Blind SQL Injection found in the Jms Vertical MegaMenu module. This flaw can allow attackers to manipulate database queries, which are executed on the server-side. Unauthenticated remote users could exploit the vulnerability, resulting in the exposure of sensitive data or allowing the execution of dangerous operations. Attack vectors revolve around malicious input sent via specially crafted requests, taking advantage of weak security controls within the affected versions. The vulnerability poses significant security risks due to potential unauthorized data access and alterations.

The vulnerability is specifically located in the script handling ajax requests, known as ajax_jmsmegamenu.php. By injecting malicious SQL queries through this endpoint, attackers can bypass authentication or escalate privileges. It's exploited through crafted URL paths or request parameters, designed to deceive the SQL parser. Version parsing errors may exacerbate this vulnerability, as seen in versions before 2.0.9. Mitigating this issue entails input validation and implementing stringent access controls to prevent unauthorized SQL query execution. This highlights the necessity for secure coding practices.

Exploiting this SQL Injection vulnerability can have severe consequences for affected systems. Attackers might gain unauthorized access to confidential information, disrupt database integrity, or even manipulate site content. The exploitation could lead to data leaks, privilege escalation, and potentially shutting down services, damaging the online reputation of affected e-commerce platforms. Patch deployment and continuous monitoring are crucial to preclude exploitation attempts. Regular audits could assist in uncovering similar flaws, ensuring a secure operational environment.

REFERENCES

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