CVE-2012-2048 in ColdFusion
Summary
by MITRE
Unspecified vulnerability in Adobe ColdFusion 10 and earlier allows attackers to cause a denial of service via unknown vectors.
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Analysis
by VulDB Data Team • 04/12/2021
Adobe ColdFusion represents a widely deployed enterprise web application platform that has historically served as a critical component in corporate web infrastructure. The vulnerability identified as CVE-2012-2048 falls under the category of unspecified denial of service conditions affecting versions 10 and earlier of the ColdFusion runtime environment. This particular weakness manifests as a security flaw that enables malicious actors to disrupt service availability without necessarily compromising data integrity or system confidentiality. The unspecified nature of the vulnerability vectors suggests that the flaw could potentially be exploited through multiple attack pathways, making it particularly concerning for security professionals who must account for various potential exploitation techniques.
The technical implementation of this vulnerability demonstrates how a flaw in the ColdFusion processing engine can lead to system instability and service disruption. When exploited, the vulnerability allows attackers to consume system resources or trigger application crashes that result in complete service unavailability. The attack surface likely encompasses various processing operations within the ColdFusion runtime environment, potentially including request handling, resource allocation, or memory management functions. This type of denial of service condition aligns with common attack patterns documented in the attack mitigation framework, where attackers seek to exhaust system resources or force application failures to deny legitimate users access to services. The vulnerability's classification as unspecified indicates that the precise technical mechanism remains unclear, which complicates both exploitation and defense strategies.
The operational impact of CVE-2012-2048 extends significantly beyond simple service disruption, as ColdFusion servers typically host critical business applications and web services that organizations depend upon for daily operations. When such systems become unavailable due to denial of service attacks, the consequences can include substantial financial losses, operational downtime, and damage to customer relationships. Organizations running vulnerable ColdFusion installations face the risk of sustained service interruptions that can last from minutes to hours, depending on the specific attack vector and system recovery procedures. The vulnerability particularly affects enterprise environments where ColdFusion serves as a foundational platform for numerous web applications, making the potential impact on business continuity severe. This type of vulnerability also represents a significant concern for compliance and regulatory requirements, as service availability is often mandated by industry standards and governance frameworks.
Security professionals should implement layered defense strategies to address this vulnerability, beginning with immediate patching of affected systems to the latest available versions of Adobe ColdFusion. The mitigation approach should include network-level controls such as intrusion detection systems and rate limiting to detect and prevent exploitation attempts. Additionally, organizations should consider implementing application firewalls and monitoring solutions that can identify anomalous request patterns indicative of denial of service attacks. The vulnerability's nature suggests that defensive measures should focus on resource management and application stability monitoring rather than traditional network-based protections. Organizations should also review their incident response procedures to ensure rapid identification and containment of denial of service events. According to industry best practices and attack framework documentation, this type of vulnerability requires both preventive measures through proper patch management and reactive controls through continuous monitoring and alerting systems. The remediation process should involve comprehensive testing of patched systems to ensure that security updates do not introduce compatibility issues with existing applications.