CVE-2010-3556 in Java
Summary
by MITRE
Unspecified vulnerability in the 2D 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-2010-3556 represents a critical security flaw within the 2D graphics component of Oracle Java SE and Java for Business platforms. This issue affects multiple version ranges including Java 6 Update 21, Java 5.0 Update 25, and older versions 1.4.2_27 and 1.3.1_28, indicating a widespread impact across the Java ecosystem. The vulnerability is classified as unspecified, meaning the exact technical mechanism remains undisclosed in the initial CVE description, though it is categorized as affecting core security properties including confidentiality, integrity, and availability. This triad of compromised security aspects suggests a potentially severe vulnerability that could enable attackers to manipulate data, disrupt services, and potentially gain unauthorized access to sensitive information. The 2D component in question handles graphics rendering and manipulation within Java applications, making it a critical element in the execution of Java-based applications across various platforms.
The technical nature of this vulnerability places it within the domain of graphics rendering exploits that could leverage malformed graphics data or manipulation of 2D graphics APIs to execute arbitrary code or cause system instability. Such vulnerabilities typically arise from insufficient input validation or memory corruption issues within graphics processing libraries. The unspecified nature of the vector suggests that attackers could potentially exploit multiple pathways including buffer overflows, memory corruption, or improper handling of graphics data structures that are processed through the Java 2D API. The complexity of graphics rendering systems increases the attack surface, as these components often handle complex data formats and transformations that may not be adequately validated before processing. This vulnerability type aligns with common attack patterns documented in the attack tree framework where graphics processing components serve as potential entry points for privilege escalation and system compromise.
The operational impact of CVE-2010-3556 extends beyond simple denial of service scenarios to encompass full system compromise potential. When exploited, this vulnerability could enable attackers to execute arbitrary code with the privileges of the Java runtime environment, potentially leading to complete system takeover. The confidentiality aspect suggests that sensitive data processed through Java applications could be accessed or exfiltrated, while the integrity component indicates that data manipulation or corruption is possible. Availability concerns mean that attackers could cause service disruption or system crashes through carefully crafted graphics input that triggers memory corruption or resource exhaustion within the 2D rendering subsystem. Organizations running Java applications, particularly those with web-facing services or applications that process untrusted graphics data, face significant risk from this vulnerability. The widespread adoption of Java across enterprise environments means that exploitation could affect numerous systems simultaneously, potentially causing cascading failures across networked applications.
Mitigation strategies for CVE-2010-3556 must prioritize immediate patching and system hardening measures. Organizations should immediately apply the relevant Oracle security patches released for affected Java versions, as these patches typically address the underlying memory corruption or input validation issues within the 2D graphics component. System administrators should implement network segmentation and access controls to limit exposure of Java applications to untrusted inputs, particularly those involving graphics processing or file upload functionality. The implementation of Java security policies and sandboxing mechanisms can help contain potential exploitation attempts by restricting the capabilities available to untrusted code. Additionally, monitoring and logging of Java application behavior should be enhanced to detect anomalous graphics processing patterns that might indicate exploitation attempts. Security teams should also consider disabling unnecessary Java applet execution and restricting the use of Java in web browsers where possible, as these are common attack vectors for such vulnerabilities. The vulnerability's classification aligns with CWE-119 which addresses weaknesses in memory handling, and potential exploitation patterns may map to ATT&CK techniques involving privilege escalation and code injection. Organizations should also conduct comprehensive vulnerability assessments to identify all systems running affected Java versions and prioritize remediation efforts based on risk exposure and business criticality.