CVE-2018-25371 in mooSocial Store Plugin
Summary
by MITRE • 05/26/2026
mooSocial Store Plugin 2.6 contains a blind SQL injection vulnerability that allows unauthenticated attackers to manipulate database queries through the product parameter in URL rewrite functionality. Attackers can inject SQL code using boolean-based blind, time-based blind, or stacked query techniques in the product URI parameter to extract sensitive database information.
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Analysis
by VulDB Data Team • 05/26/2026
The mooSocial Store Plugin version 2.6 presents a critical blind sql injection vulnerability that fundamentally compromises the security posture of affected systems. This vulnerability exists within the plugin's url rewrite functionality where the product parameter is processed without adequate input validation or sanitization. The flaw allows unauthenticated attackers to manipulate database queries through carefully crafted malicious inputs in the product URI parameter, creating a direct pathway for database exploitation. The vulnerability's impact extends beyond simple data theft as it enables attackers to perform comprehensive database reconnaissance and potentially gain full system control. The plugin's architecture fails to implement proper parameter binding or input filtering mechanisms, leaving the underlying database susceptible to malicious sql injection attempts. This weakness represents a significant failure in secure coding practices and demonstrates inadequate defense-in-depth measures within the application's data processing pipeline.
The technical exploitation of this vulnerability leverages multiple blind sql injection techniques including boolean-based blind, time-based blind, and stacked query approaches. Boolean-based blind injection allows attackers to infer database structure and content through yes/no responses generated by conditional sql queries. Time-based blind techniques exploit database timeouts to extract information through timing variations in response delays, while stacked queries enable the execution of multiple sql commands simultaneously. These methods work because the product parameter in the url rewrite functionality does not properly escape or sanitize user input before incorporating it into database queries. The vulnerability's presence in the url rewrite functionality suggests that the plugin's routing mechanism fails to properly validate or sanitize parameters at multiple levels of the application stack. Attackers can construct malicious payloads that bypass standard security controls and directly manipulate the sql execution flow, potentially leading to unauthorized data access, modification, or deletion.
The operational impact of this vulnerability extends far beyond immediate data compromise, creating cascading security risks for organizations using the affected plugin. Unauthenticated access to database information enables attackers to extract sensitive user data, system configurations, and business-critical information without requiring legitimate credentials. The vulnerability's exploitation can lead to complete database compromise, allowing attackers to modify or delete critical information, potentially resulting in service disruption, financial loss, and regulatory compliance violations. Organizations may face significant reputational damage and legal consequences if sensitive data is exposed through this vulnerability. The blind nature of the injection technique means that attackers can operate stealthily, making detection more difficult and allowing prolonged unauthorized access to system resources. This vulnerability also increases the risk of privilege escalation attacks, as successful exploitation can provide attackers with elevated database privileges that may enable further system compromise.
Mitigation strategies for this vulnerability must address both immediate remediation and long-term security improvements within the plugin's architecture. The most effective immediate solution involves implementing proper input validation and parameter binding techniques to prevent sql injection attacks. Organizations should apply the latest plugin updates from the vendor as soon as they become available, while also implementing web application firewalls to detect and block malicious sql injection attempts. Database access controls should be reviewed and strengthened to limit the potential impact of successful exploitation attempts. Security monitoring should be enhanced to detect unusual database query patterns that may indicate sql injection activity. The vulnerability highlights the importance of following secure coding practices and implementing proper input sanitization at all levels of application development. Organizations should also conduct thorough security assessments of their web applications to identify similar vulnerabilities in other components. This incident underscores the critical need for regular security testing and vulnerability management programs to prevent exploitation of known weaknesses in third-party software components. The vulnerability serves as a reminder of the importance of maintaining up-to-date security patches and implementing comprehensive security controls to protect against sql injection threats. According to cwe standards, this vulnerability aligns with cwe-89 sql injection and cwe-94 code injection categories, while the attack vector and exploitation techniques correspond to att&ck tactics including command and control through database access and credential access via data manipulation.