CVE-2023-29632 Scanner
CVE-2023-29632 Scanner - SQL Injection vulnerability in PrestaShop JmsPageBuilder Module
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
5 days 19 hours
Scan only one
URL
Toolbox
The PrestaShop JmsPageBuilder Module is used primarily in the e-commerce sector, integrated into PrestaShop platforms by online retailers to enhance the customization of store layouts and design. It assists users in building and modifying web pages within PrestaShop, a popular open-source e-commerce solution. With functionalities aimed at improving user experience and storefront success, this module is relied upon by many businesses for efficient design management. Developers and designers commonly use it to implement custom features and tailor online store appearances. It plays a crucial role in maintaining the aesthetic appeal and operational functionality of e-commerce sites. Due to its integrated nature and use within PrestaShop, its security is directly linked to the overall security of the online platforms using it.
The SQL Injection vulnerability present in the PrestaShop JmsPageBuilder Module has critical implications. It allows an attacker to interfere with the queries that an application makes to its database. Attackers can execute arbitrary SQL commands affecting the confidentiality, integrity, and availability of the data stored. This vulnerability is classified under CWE-89 and is considered critical due to its potential impact on sensitive data exposure and database integrity. Exploiting such vulnerabilities can lead to unauthorized data access and supplemental attack vectors. Given its severity, addressing and mitigating such security concerns are paramount to maintaining the secure operation of affected PrestaShop platforms.
The vulnerability in question is characterized by an exploitable blind SQL injection point within the module's use of the file ajax_jmspagebuilder.php. The SQL injection allows an attacker to manipulate and execute SQL code indirectly. It specifically targets database queries made by the module, without requiring user interaction or privileges. By leveraging this vulnerability, attackers can bypass authentication mechanisms and potentially access unauthorized data. The probable exploitation severity makes it a critical concern for module users. Remediation involves ensuring no untrusted input is allowed to modify the SQL queries generated by the module's operations.
When malicious actors exploit this SQL Injection vulnerability, they can cause significant harm. Possible effects include unauthorized access to sensitive customer data and manipulation or deletion of database contents, resulting in service disruption. The breach could lead to data theft, financial information exposure, and compromised user accounts, undermining both user trust and business operations. Additionally, attackers could introduce backdoors or further malware into the system. A compromised database could result in extensive data integrity issues and significantly damage the reputation and security posture of affected organizations.
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