CVE-2013-1387 in ColdFusion
Summary
by MITRE
Unspecified vulnerability in Adobe ColdFusion 9.0 before Update 10, 9.0.1 before Update 9, 9.0.2 before Update 4, and 10 before Update 9 allows attackers to impersonate users via unknown vectors.
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Analysis
by VulDB Data Team • 05/08/2021
Adobe ColdFusion represents a widely deployed enterprise web application platform that has historically served as a critical component in corporate digital infrastructures. The vulnerability identified as CVE-2013-1387 emerged within the authentication and session management mechanisms of ColdFusion versions prior to their respective update releases. This unspecified flaw created a significant security gap that could be exploited by malicious actors to assume the identity of legitimate users within the system. The vulnerability specifically affected ColdFusion 9.0 through Update 9, 9.0.1 through Update 8, 9.0.2 through Update 3, and version 10 through Update 8, indicating a broad impact across multiple release lines of the platform. The unspecified nature of the vulnerability vectors suggests that attackers could potentially leverage various attack surfaces within the ColdFusion authentication framework to achieve unauthorized user impersonation. This type of vulnerability directly impacts the principle of authentication integrity and can be categorized under CWE-287 which addresses improper authentication issues in software systems. The vulnerability aligns with attack patterns documented in the MITRE ATT&CK framework under the credential access tactics, specifically targeting the exploitation of authentication mechanisms to gain unauthorized access to user sessions. The security implications extend beyond simple privilege escalation as user impersonation can enable attackers to access sensitive data, modify system configurations, and potentially propagate attacks throughout the enterprise network.
The technical exploitation of this vulnerability likely involved manipulating session tokens, authentication cookies, or other credential-related mechanisms within the ColdFusion application server. Attackers could potentially leverage this flaw to gain access to user accounts without proper authentication, effectively bypassing the platform's security controls. The unspecified nature of the attack vectors indicates that the vulnerability may have existed in multiple components of the authentication system, making it particularly dangerous as defenders would struggle to identify all potential attack paths. This weakness in the authentication subsystem could have been exploited through various methods including session hijacking, credential replay attacks, or manipulation of authentication tokens. The impact on enterprise security operations was substantial as successful exploitation would allow attackers to operate with legitimate user privileges, potentially accessing confidential business data, administrative functions, or other restricted system resources. Organizations relying on ColdFusion for critical business applications faced significant risk exposure, as the vulnerability could be leveraged to perform actions that would normally require legitimate user credentials. The vulnerability's presence in multiple versions of ColdFusion demonstrated a systemic issue within the platform's authentication architecture, suggesting that the underlying design flaws affected core security components rather than isolated modules.
Organizations implementing ColdFusion systems needed to urgently address this vulnerability through immediate patching procedures and enhanced monitoring of authentication activities. The recommended mitigation strategy involved applying the appropriate Adobe ColdFusion updates that addressed the unspecified authentication flaw, which would have included fixes to the session management and credential validation processes. Security teams should have implemented additional controls including enhanced session token management, monitoring for suspicious authentication patterns, and regular vulnerability assessments of their ColdFusion deployments. The incident highlighted the importance of maintaining up-to-date software versions and implementing robust patch management processes across enterprise application platforms. Organizations that failed to apply the necessary updates faced potential data breaches, unauthorized access to sensitive systems, and compliance violations related to data protection regulations. The vulnerability also underscored the need for comprehensive security testing of authentication mechanisms, particularly in enterprise web application platforms where user impersonation could have cascading effects throughout the entire IT infrastructure. Incident response procedures should have been updated to include detection and response capabilities specifically targeting authentication-related attacks, ensuring that security teams could quickly identify and mitigate exploitation attempts. The vulnerability's classification as an unspecified authentication flaw emphasized the critical importance of thorough security analysis and the potential for seemingly minor authentication issues to create substantial security risks within enterprise environments.