CVE-2008-6993 in Gigaset WLAN Camera
Summary
by MITRE
Siemens Gigaset WLAN Camera 1.27 has an insecure default password, which allows remote attackers to conduct unauthorized activities. NOTE: the provenance of this information is unknown; the details are obtained solely from third party information.
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Analysis
by VulDB Data Team • 12/16/2017
The Siemens Gigaset WLAN Camera model with firmware version 1.27 presents a critical security vulnerability through its use of insecure default credentials that fundamentally compromises the device's security posture. This vulnerability represents a classic example of poor security configuration practices where manufacturers fail to adequately address authentication mechanisms during the initial deployment phase. The camera's default password configuration creates a persistent attack surface that remains unaddressed throughout the device's operational lifecycle, allowing malicious actors to gain unauthorized access without requiring sophisticated exploitation techniques or advanced knowledge of the device's internal architecture.
This security flaw directly relates to CWE-798, which addresses the use of hard-coded credentials in software systems, and falls under the broader category of weak authentication mechanisms that have been consistently identified as one of the most prevalent security vulnerabilities across industrial and consumer IoT devices. The vulnerability enables remote attackers to conduct unauthorized activities including but not limited to viewing live camera feeds, accessing stored media files, modifying device configurations, and potentially using the camera as a pivot point for further network reconnaissance and lateral movement. The remote accessibility of this vulnerability means that attackers can exploit it from any location with internet connectivity, eliminating the need for physical access or local network presence.
The operational impact of this vulnerability extends beyond simple unauthorized access to encompass potential privacy violations, corporate espionage, and compromise of physical security systems. In industrial environments, such cameras often serve as part of broader security infrastructures where unauthorized access could lead to significant operational disruptions. The vulnerability's persistence across multiple firmware versions indicates a systemic issue in the manufacturer's security practices, suggesting that similar configurations may exist in other device models within the same product line. Attackers can leverage this weakness to establish persistent access points within networks, potentially using the compromised camera as a staging ground for more sophisticated attacks.
Mitigation strategies for this vulnerability must include immediate credential rotation to strong, unique passwords that are not based on default values or easily guessable combinations. Network segmentation and firewall rules should be implemented to restrict access to the camera's management interfaces to authorized personnel only. Regular security audits and vulnerability assessments should be conducted to identify and remediate similar issues in other networked devices. Organizations should also implement automated monitoring systems that can detect unauthorized access attempts and alert security personnel to potential exploitation of such vulnerabilities. The remediation process should follow established security frameworks such as those outlined in the NIST Cybersecurity Framework and ISO/IEC 27001 standards, emphasizing the importance of proper access control and authentication mechanisms in securing networked devices.