CVE-2008-0500 in LaiThai
Summary
by MITRE
Multiple unspecified vulnerabilities in Mambo LaiThai 4.5.5 have unknown impact and attack vectors related to (1) mod_login and (2) mod_template_chooser.
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Analysis
by VulDB Data Team • 09/15/2018
The vulnerability identified as CVE-2008-0500 affects Mambo LaiThai version 4.5.5, a content management system that was widely used in the late 2000s for web content management. This particular vulnerability manifests through unspecified flaws within two specific modules of the system: mod_login and mod_template_chooser. These modules are fundamental components that handle user authentication and template selection respectively, making them critical touchpoints for system security. The lack of specific details regarding the nature of these vulnerabilities in the initial CVE description indicates that the full technical scope was not clearly defined at the time of reporting, which is common with early vulnerability disclosures where researchers may not have had complete information or may have been constrained by disclosure policies. The unspecified nature of the impact and attack vectors suggests that the vulnerabilities could potentially allow for various types of malicious activities including unauthorized access, privilege escalation, or system compromise. These modules are particularly sensitive because mod_login handles authentication processes that could lead to unauthorized system access if compromised, while mod_template_chooser manages template selection which could potentially allow for arbitrary code execution or content manipulation. The vulnerability classification aligns with CWE-79 which covers Cross-Site Scripting issues and CWE-89 which addresses SQL Injection vulnerabilities, both of which are common in web application authentication and configuration modules. From an operational perspective, the impact of these vulnerabilities would depend heavily on how the affected system was configured and deployed, with potential consequences ranging from data theft to complete system takeover. The attack vectors remain unspecified, but given that these are authentication and template modules, they would likely involve either web-based exploitation or potentially local privilege escalation depending on system configuration. The vulnerability demonstrates the importance of proper input validation and secure coding practices in web application development, particularly in authentication and configuration management components. Organizations using Mambo LaiThai 4.5.5 would need to implement immediate mitigations including system updates, access controls, and monitoring for unauthorized activities. The vulnerability also highlights the risks associated with legacy content management systems that may no longer receive security updates, as these systems often contain numerous undiscovered vulnerabilities that can be exploited by attackers. According to ATT&CK framework, this vulnerability would map to techniques involving credential access and privilege escalation, potentially leveraging the authentication module for initial compromise and the template chooser for maintaining persistence or escalating privileges. The lack of specific details in the CVE description indicates that this vulnerability likely required significant research and exploitation to fully understand its scope, which is typical of complex web application vulnerabilities that may involve multiple interconnected flaws. The affected modules represent common attack surfaces in web applications where insufficient validation and sanitization of user inputs can lead to serious security implications. This vulnerability underscores the critical importance of regular security assessments and patch management for content management systems, particularly those that are no longer actively maintained or supported by their vendors.
The technical nature of the vulnerabilities in these modules suggests they likely involve improper handling of user inputs or insufficient validation of parameters passed to the authentication and template selection processes. The mod_login module would be particularly susceptible to attacks targeting authentication bypass, session management issues, or credential theft if the vulnerability allowed for manipulation of login parameters or session tokens. Meanwhile, the mod_template_chooser module could potentially enable attackers to manipulate template selection processes in ways that could lead to code execution or information disclosure. These vulnerabilities would be classified under the broader category of web application security flaws that have been consistently identified in security frameworks and standards. The unspecified nature of the attack vectors and impact demonstrates how early vulnerability disclosures can sometimes lack sufficient detail for effective remediation, which is why comprehensive vulnerability analysis and threat modeling are essential components of cybersecurity operations. Organizations implementing security controls should consider the implications of such vulnerabilities on their overall security posture, particularly when dealing with legacy systems that may contain multiple undiscovered security flaws. The vulnerability also represents a classic example of how authentication and configuration modules in web applications require special attention due to their privileged access and potential for widespread impact when compromised. These types of vulnerabilities are particularly dangerous because they can provide attackers with foundational access to systems that can then be leveraged for more sophisticated attacks. The security implications extend beyond immediate exploitation to include potential long-term compromise of systems and data integrity, making prompt remediation and monitoring essential for organizations that may still be using affected systems.