CVE-2013-1485 in Java
Summary
by MITRE
Unspecified vulnerability in the Java Runtime Environment (JRE) component in Oracle Java SE 7 Update 13 and earlier allows remote attackers to affect integrity via unknown vectors related to Libraries.
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Analysis
by VulDB Data Team • 05/05/2021
The vulnerability identified as CVE-2013-1485 resides within Oracle Java SE 7 Update 13 and earlier versions of the Java Runtime Environment, representing a critical security flaw that impacts the core libraries of the Java platform. This unspecified vulnerability specifically targets the JRE component and operates within the broader context of Java's security architecture where multiple attack vectors can potentially compromise system integrity. The vulnerability's classification as unspecified indicates that the exact technical mechanism remains undisclosed, which is common in early vulnerability disclosures where full analysis has not yet been completed by researchers or vendors. The affected libraries within the Java environment serve as fundamental building blocks for application execution and system operations, making their compromise particularly dangerous for enterprise environments that rely heavily on Java-based applications.
The technical nature of this vulnerability suggests that attackers can exploit it to compromise the integrity of systems running affected Java versions, potentially allowing unauthorized modifications to critical system components or application data. This type of integrity compromise aligns with common attack patterns where malicious actors seek to manipulate underlying system libraries to gain persistent access or execute arbitrary code. The vulnerability's relationship to the Libraries component indicates that it likely affects how Java loads and processes native libraries or system resources, potentially enabling attackers to manipulate library loading sequences or corrupt library files. The unspecified nature of the vulnerability's exact mechanism makes it particularly concerning for security professionals who must develop defensive strategies without complete technical information about the underlying flaw.
From an operational impact perspective, systems running affected Java versions face significant risks including potential data corruption, unauthorized privilege escalation, and system compromise that could affect entire enterprise networks. Organizations utilizing Java-based applications, web servers, and desktop applications are particularly vulnerable since these environments often rely on the underlying Java libraries for core functionality. The vulnerability's remote exploit capability means that attackers do not require local access to compromise systems, making it a particularly dangerous threat for networked environments. Security teams must consider the broad scope of potential impacts since compromised libraries could affect multiple applications running on the same system, creating cascading effects that extend beyond the initial attack vector. The vulnerability's presence in Java SE 7 Update 13 and earlier versions indicates that organizations running legacy Java installations face elevated risk levels, particularly in environments where patch management processes are delayed or incomplete.
Mitigation strategies for CVE-2013-1485 should prioritize immediate patching of affected Java installations to the latest available versions that contain security fixes for this vulnerability. Organizations must implement comprehensive patch management processes that ensure all Java installations across their infrastructure are updated promptly, particularly in environments where Java applications are widely deployed. Network segmentation and access controls should be enhanced to limit exposure of systems running affected Java versions, while application whitelisting policies can help prevent unauthorized Java-based attacks. Security monitoring should be enhanced to detect unusual library loading patterns or system modifications that might indicate exploitation attempts, as the unspecified nature of the vulnerability makes traditional signature-based detection challenging. Organizations should also consider implementing Java sandboxing mechanisms and restricting Java applet execution in web browsers to reduce attack surface, following principles outlined in the CWE (Common Weakness Enumeration) framework for Java security vulnerabilities. The ATT&CK framework's approach to Java-based attacks suggests that defensive measures should focus on preventing privilege escalation and maintaining system integrity through proper access controls and monitoring. Regular security assessments and vulnerability scanning should be conducted to identify remaining instances of affected Java versions, while incident response procedures should be updated to address potential exploitation of this vulnerability.