CVE-2025-22502 in Super PageMash Plugin
Summary
by MITRE • 01/07/2025
Improper Neutralization of Special Elements used in an SQL Command ('SQL Injection') vulnerability in Mindvalley MindValley Super PageMash allows SQL Injection.This issue affects MindValley Super PageMash: from n/a through 1.1.
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Analysis
by VulDB Data Team • 01/07/2025
This vulnerability represents a critical sql injection flaw within the mindvalley super pagemash application that enables remote attackers to manipulate database queries through improperly sanitized input parameters. The vulnerability stems from inadequate validation and sanitization of user-supplied data before incorporating it into sql commands, creating an attack surface where malicious actors can execute arbitrary sql statements against the underlying database system. The affected version range spans from the initial release through version 1.1, indicating this weakness has persisted across multiple iterations of the software. According to the common weakness enumeration framework, this vulnerability maps directly to cwe-89 which specifically addresses improper neutralization of special elements used in sql commands. The attack vector typically involves manipulation of input fields such as search parameters, form inputs, or api endpoints that directly influence sql query construction. When exploited, this vulnerability allows attackers to bypass authentication mechanisms, extract sensitive data, modify database contents, or even escalate privileges within the application's database environment. The operational impact extends beyond simple data theft as it can enable complete database compromise and potential lateral movement within the affected infrastructure. From an att&ck framework perspective, this vulnerability aligns with technique t1190 - exploit public-facing application, and t1071.004 - application layer protocol, specifically targeting the database communication layer. The lack of proper input validation and parameterized query usage creates a fundamental security gap that directly violates established security practices for database interaction. Organizations utilizing this software face significant risk of data breaches and system compromise, particularly if the database contains sensitive user information or critical business data. The vulnerability's persistence across multiple versions suggests inadequate security review processes during development cycles, highlighting the importance of regular security assessments and code reviews. This weakness can be exploited through various means including direct parameter manipulation, http parameter pollution, or through api endpoints that accept user input without proper sanitization. The database access level achieved through successful exploitation can vary based on the application's database user permissions but typically includes read, write, and execute capabilities. Remediation requires implementation of proper parameterized queries, input validation, and sanitization techniques to prevent malicious sql code from being executed. Regular security testing and vulnerability scanning should be implemented to identify similar weaknesses in other application components. The vulnerability underscores the critical importance of following secure coding practices and adhering to established security frameworks to prevent sql injection attacks. Organizations should prioritize immediate patching or mitigation of this vulnerability to protect against potential exploitation attempts. The impact of this vulnerability extends beyond immediate data compromise to include potential regulatory compliance violations and reputational damage from security incidents. Security teams should implement monitoring solutions to detect potential exploitation attempts and establish incident response procedures to address successful attacks. Regular security training for development teams can help prevent similar vulnerabilities from being introduced in future releases through improved awareness of secure coding practices.