CVE-2010-3572 in Java
Summary
by MITRE
Unspecified vulnerability in the Sound component in Oracle Java SE and Java for Business 6 Update 21, 5.0 Update 25, 1.4.2_27, and 1.3.1_28 allows remote attackers to affect confidentiality, integrity, and availability via unknown vectors.
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Analysis
by VulDB Data Team • 09/27/2021
The vulnerability identified as CVE-2010-3572 resides within the Sound component of Oracle Java SE and Java for Business versions 6 Update 21, 5.0 Update 25, 1.4.2_27, and 1.3.1_28. This unspecified weakness represents a critical security flaw that affects the core audio processing functionality of these java runtime environments. 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. The affected versions span multiple major releases of java, suggesting this issue has persisted across several generations of the platform's sound subsystem implementation. Such broad version coverage typically indicates a fundamental architectural problem rather than a simple code defect, potentially affecting numerous applications that rely on java's audio capabilities for multimedia processing.
The impact of this vulnerability extends across all three fundamental principles of information security as defined by the CIA triad, encompassing confidentiality, integrity, and availability. Attackers leveraging this weakness can potentially compromise data confidentiality by accessing sensitive audio streams or system information that should remain protected. The integrity aspect becomes compromised when malicious actors can manipulate audio data or system state through the vulnerable sound component, potentially leading to data corruption or unauthorized modifications. Availability is threatened through potential denial-of-service scenarios where audio processing functionality becomes unavailable or crashes, affecting system stability and user access to multimedia applications. This multi-dimensional impact makes the vulnerability particularly dangerous as it can be exploited for various attack vectors including data exfiltration, system manipulation, and service disruption.
From an operational perspective, this vulnerability creates significant risks for organizations deploying java applications that utilize sound processing capabilities. The unspecified nature of the attack vectors means that attackers could potentially exploit this weakness through various means including web applets, desktop applications, or network-based audio services. The vulnerability affects both client-side and server-side java implementations, making it relevant for enterprise environments where java is used extensively for business applications. The attack surface expands when considering that java applications often integrate with multimedia systems, web browsers, and enterprise applications that may be exposed to untrusted network traffic. Organizations using affected java versions face potential exposure through web-based attacks, especially when applications incorporate java applets or other sound-related components that could be manipulated by remote attackers.
The technical flaw likely exists within the sound processing libraries or audio API implementations that handle multimedia data streams, possibly involving buffer overflows, memory corruption issues, or improper input validation in audio data handling routines. This vulnerability aligns with common attack patterns found in multimedia processing components, where audio data streams may not be properly sanitized before processing. The weakness could involve improper handling of malformed audio files, incorrect buffer management during audio processing, or insufficient validation of audio stream parameters. The vulnerability's presence in multiple java versions suggests it originates from core audio libraries rather than specific application code, making it more challenging to remediate without comprehensive system updates. Security researchers typically classify such issues under common weakness enumerations related to audio processing vulnerabilities, potentially falling within CWE categories that address multimedia processing flaws and data handling errors.
Organizations should implement immediate mitigation strategies including prompt deployment of security patches from Oracle, which would address the underlying sound component vulnerabilities. System administrators must prioritize patch management for all affected java versions, ensuring that both client and server environments are updated to prevent exploitation. Network segmentation and access controls should be strengthened around systems that may process audio data or host java applications, reducing potential attack surfaces. Regular security assessments should include verification of java installations to ensure no outdated versions remain in production environments. Additionally, organizations should consider implementing network monitoring solutions that can detect anomalous audio data processing activities that might indicate exploitation attempts. The vulnerability's broad impact across multiple java releases emphasizes the importance of comprehensive vulnerability management programs that continuously monitor and update all java-related components in enterprise environments.
This vulnerability demonstrates the critical importance of maintaining current java security patches, as the affected versions represent long-supported releases that may have been in production environments for extended periods. The unspecified nature of the attack vectors suggests that attackers may be actively exploiting this weakness, making immediate remediation essential. Organizations should also consider implementing application whitelisting policies to prevent execution of untrusted java applets or applications that may leverage this vulnerability. The security implications extend beyond immediate exploitation to include potential long-term data compromise, as attackers could use this vulnerability to establish persistent access or conduct extended surveillance operations through audio data processing capabilities. Regular vulnerability assessments and security audits should be conducted to identify other potential audio processing components that may share similar weaknesses with the vulnerable sound subsystem.