CVE-2009-0380 in SOBI2
Summary
by MITRE
** DISPUTED ** SQL injection vulnerability in the Sigsiu Online Business Index 2 (SOBI2, com_sobi2) RC 2.8.2 component for Joomla! and Mambo allows remote attackers to execute arbitrary SQL commands via the bid parameter in a showbiz action to index.php, a different vector than CVE-2008-0607. NOTE: CVE disputes this issue, since neither "showbiz" nor "bid" appears in the source code for SOBI2.
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Analysis
by VulDB Data Team • 11/22/2024
The vulnerability described in CVE-2009-0380 relates to a potential SQL injection flaw within the Sigsiu Online Business Index 2 component for Joomla! and Mambo platforms. This component, known as SOBI2 with version RC 2.8.2, was identified as potentially susceptible to remote code execution through malicious SQL commands. The attack vector specifically involves manipulation of the bid parameter within a showbiz action directed at the index.php file. This represents a distinct attack pathway compared to previously documented vulnerabilities such as CVE-2008-0607, which highlights the complexity of identifying unique exploitation methods within web application frameworks. The vulnerability falls under the broader category of CWE-89 SQL Injection, which is classified as a critical weakness in software security architectures.
Security researchers and vulnerability analysts have noted that the reported vulnerability presents a challenging case due to the disputed nature of the issue. The CVE entry itself indicates that the problem is disputed because the specific parameter names "showbiz" and "bid" do not appear in the actual source code of SOBI2 component versions that were under scrutiny. This discrepancy between reported attack vectors and actual source code implementation raises questions about the validity of the vulnerability assessment. Such situations are common in vulnerability research where initial reports may contain inaccuracies or where the attack surface analysis requires further verification against actual code repositories.
The operational impact of this vulnerability, assuming its validity, would be significant for organizations running affected Joomla! or Mambo platforms with the SOBI2 component installed. Remote attackers could potentially execute arbitrary SQL commands against the underlying database, leading to data theft, database corruption, or complete system compromise. The attack requires no authentication and could be executed from any remote location, making it particularly dangerous for web applications that handle sensitive business data. This type of vulnerability directly violates the principle of least privilege and could enable attackers to escalate their access within the system infrastructure.
Organizations should implement multiple layers of defense to protect against SQL injection vulnerabilities like this one. Input validation and parameterized queries represent the most effective mitigation strategies, aligning with the recommendations found in the OWASP Top Ten and NIST cybersecurity guidelines. The principle of defense in depth suggests that organizations should not rely solely on input validation but should also implement database access controls, web application firewalls, and regular security assessments. Additionally, the vulnerability underscores the importance of maintaining current security patches and conducting regular code reviews to identify and remediate potential injection points within web applications.
The disputed nature of this CVE entry highlights the challenges faced by security professionals in accurately assessing vulnerability reports. The discrepancy between reported parameters and actual source code demonstrates the need for thorough verification processes before classifying security issues. This situation also reflects the broader security community's struggle with maintaining accurate vulnerability databases and ensuring that reported issues are properly validated against actual code implementations. The case serves as a reminder that security researchers must exercise caution when reporting vulnerabilities and that the security community must maintain rigorous validation processes to prevent false positives from creating unnecessary panic or misallocation of security resources.