CVE-2010-3576 in OpenSolaris
Summary
by MITRE
Unspecified vulnerability in Oracle Solaris 8, 9, and 10, and OpenSolaris, allows local users to affect integrity and availability, related to the SCSI enclosure services device driver.
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Analysis
by VulDB Data Team • 01/20/2025
The vulnerability identified as CVE-2010-3576 represents a critical security flaw within Oracle Solaris operating systems spanning versions 8, 9, and 10, as well as OpenSolaris platforms. This issue resides within the SCSI enclosure services device driver component, which manages storage enclosure hardware interfaces and provides monitoring capabilities for storage subsystems. The unspecified nature of the vulnerability indicates that the exact technical mechanism remains undisclosed, though its classification suggests significant impact on system integrity and availability. Such flaws in device drivers are particularly concerning because they operate at a low system level with elevated privileges, potentially allowing malicious actors to exploit weaknesses that could compromise entire storage infrastructures. The vulnerability affects systems where SCSI storage enclosures are present, making it relevant to enterprise environments that rely heavily on storage area networks and enterprise storage solutions.
The technical exploitation of this vulnerability demonstrates how device driver flaws can create pathways for privilege escalation and system compromise. The SCSI enclosure services driver typically operates with kernel-level privileges and maintains direct access to hardware components, making it a prime target for attackers seeking to manipulate storage subsystems. From a cybersecurity perspective, this vulnerability aligns with CWE-119, which addresses weaknesses in memory handling that can lead to buffer overflows or other memory corruption issues. The integrity and availability impacts suggest that local attackers could potentially modify storage configuration data, disrupt storage operations, or manipulate hardware states through crafted inputs or malformed commands. The device driver's role in managing enclosure services means it handles various hardware communication protocols and status reporting mechanisms that could be exploited to gain unauthorized control over storage hardware components.
The operational impact of CVE-2010-3576 extends beyond simple availability disruption to encompass potential data integrity compromise within storage environments. Local users with access to affected systems could leverage this vulnerability to manipulate storage enclosure monitoring data, potentially leading to false alerts, corrupted storage metadata, or even complete storage subsystem failures. This type of vulnerability is particularly dangerous in enterprise environments where storage reliability and data integrity are paramount, as it could affect backup operations, storage replication processes, and overall system stability. The impact on availability means that storage services could be rendered inaccessible or unreliable, potentially causing cascading failures throughout dependent applications and services that rely on consistent storage access. From an attack surface perspective, this vulnerability represents a persistent risk since device drivers typically run continuously with elevated privileges and may not be subject to frequent updates or patching cycles.
Mitigation strategies for CVE-2010-3576 should focus on both immediate defensive measures and long-term system hardening approaches. System administrators should prioritize applying Oracle's official security patches and updates that address the specific device driver vulnerability, while also implementing monitoring controls to detect anomalous behavior in storage enclosure services. The principle of least privilege should be enforced by limiting local user access to storage management functions and ensuring that only authorized personnel have the necessary permissions to interact with storage hardware components. Additionally, organizations should consider implementing network segmentation to isolate storage infrastructure from general network access, reducing the attack surface for local privilege escalation attempts. This vulnerability exemplifies the importance of maintaining up-to-date device drivers and firmware across all system components, as device driver vulnerabilities often provide attackers with persistent access paths that can be leveraged for further compromise. Security teams should also implement regular vulnerability assessments targeting device drivers and system components that operate with kernel-level privileges to identify and remediate similar issues before they can be exploited in production environments.