CVE-2014-0326 in Open Port
Summary
by MITRE
The Pilot Below Deck Equipment (BDE) and OpenPort implementations on Iridium satellite terminals allow remote attackers to read hardcoded credentials via the web interface.
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Analysis
by VulDB Data Team • 08/18/2024
The vulnerability identified as CVE-2014-0326 represents a critical security flaw affecting Iridium satellite communication systems, specifically within the Pilot Below Deck Equipment and OpenPort implementations. This weakness exposes hardcoded authentication credentials through the web interface of affected terminals, creating an unprecedented attack surface for remote threat actors. The issue stems from poor security practices in the development lifecycle where sensitive authentication information was embedded directly into the firmware rather than being dynamically generated or securely stored. This design flaw fundamentally violates secure coding principles and represents a classic example of credential hardcoding that has been classified under CWE-798 as the use of hardcoded credentials. The vulnerability affects a wide range of Iridium satellite terminals that implement these specific software components, potentially compromising global maritime, aviation, and remote communication networks that rely on satellite connectivity for critical operations.
The technical exploitation of this vulnerability occurs through unauthenticated access to the web interface of Iridium terminals, where attackers can directly retrieve hardcoded username and password combinations without requiring any prior authentication or specialized tools. The implementation of these credentials within the web interface creates a persistent attack vector that remains viable regardless of network conditions or user authentication attempts. This flaw enables attackers to gain unauthorized access to terminal management functions, potentially allowing them to modify configurations, intercept communications, or even take control of the entire satellite communication system. The exposure of these credentials through the web interface represents a failure in the principle of least privilege and demonstrates a lack of proper access control implementation. According to ATT&CK framework category T1078, this vulnerability enables adversaries to gain access to valid accounts through the use of hardcoded credentials, which can then be leveraged for further compromise of network resources.
The operational impact of CVE-2014-0326 extends far beyond simple credential theft, as it creates a persistent backdoor for attackers to maintain long-term access to critical communication infrastructure. Maritime vessels, remote scientific research stations, and emergency response teams that depend on Iridium satellite terminals for life-critical communications face significant risk of operational disruption or complete system compromise. The vulnerability's persistence means that even if network administrators attempt to change passwords or implement additional security measures, the hardcoded credentials remain accessible and functional. This creates a scenario where attackers can maintain access even after security patches have been applied to other system components. The implications are particularly severe for industries operating in remote or isolated environments where traditional network security controls may be limited or non-existent. Organizations relying on these systems for emergency communications, navigation, or critical data transmission face potential loss of operational capability, data integrity compromise, and increased risk of physical harm or loss of life situations.
Mitigation strategies for this vulnerability must address both immediate remediation and long-term architectural improvements to prevent similar issues in future implementations. Organizations should immediately disable or remove access to the web interface on affected terminals when possible, and implement network segmentation to limit lateral movement capabilities of attackers who may gain initial access. The most effective immediate solution involves replacing or updating the firmware on affected devices to eliminate the hardcoded credentials, though this requires careful coordination with Iridium support and may involve operational downtime. Security teams should implement continuous monitoring of network traffic for suspicious access patterns and establish incident response procedures specifically designed for satellite communication system compromise. According to industry best practices and NIST guidelines for secure system development, this vulnerability highlights the critical importance of avoiding hardcoded credentials in production systems and implementing proper credential management processes. Organizations should also consider implementing multi-factor authentication mechanisms and regular security audits of embedded systems to identify similar vulnerabilities before they can be exploited by malicious actors.