CVE-2025-1878 in i11
Summary
by MITRE • 03/03/2025
A vulnerability has been found in i-Drive i11 and i12 up to 20250227 and classified as problematic. This vulnerability affects unknown code of the component WiFi. The manipulation leads to use of default password. Access to the local network is required for this attack to succeed. The complexity of an attack is rather high. The exploitation appears to be difficult. It was not possible to identify the current maintainer of the product. It must be assumed that the product is end-of-life.
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Analysis
by VulDB Data Team • 07/18/2026
This vulnerability resides within the i-Drive i11 and i12 network storage devices, specifically affecting the WiFi component functionality. The issue manifests as a default credential exposure problem where the device fails to properly enforce authentication mechanisms, allowing unauthorized access when proper credentials are not configured. The vulnerability classification as problematic indicates a significant security risk that requires immediate attention from system administrators and security teams responsible for these devices.
The technical flaw stems from inadequate implementation of secure default configurations within the WiFi subsystem of these storage devices. When devices are deployed without proper configuration changes to replace default passwords, attackers can exploit this weakness to gain unauthorized access to the local network resources. This represents a fundamental failure in secure-by-design principles and demonstrates poor security hygiene in the product's initial deployment state.
The operational impact of this vulnerability extends beyond simple unauthorized access as it provides potential attackers with entry points into local network environments where these devices operate. Network compromise through default credential exploitation can lead to data exfiltration, lateral movement within the network, and potentially more severe consequences depending on the network architecture and connected systems. The requirement for local network access limits the attack surface but does not eliminate the risk entirely.
The attack complexity is rated as high due to the necessity of physical or network proximity to the affected devices, requiring attackers to first locate the devices and then perform the credential exploitation. This difficulty factor helps reduce the likelihood of widespread automated attacks but does not prevent targeted attacks from sophisticated adversaries. The exploitation challenge suggests that while this vulnerability may not be easily exploited at scale, it remains a serious threat when attackers can access the local network environment.
The current maintenance status of these devices presents additional concerns as the inability to identify the product maintainer and assumption of end-of-life status indicates that security updates and patches are unlikely to be forthcoming. This leaves users vulnerable to continued exploitation without proper mitigation measures. Organizations should consider immediate replacement or decommissioning of affected devices given the lack of ongoing support.
Security professionals should implement network segmentation strategies to limit access to these devices, particularly when they cannot be immediately updated or replaced. The vulnerability aligns with common weakness enumeration cw000001 and maps to attack techniques in the attack tree framework where default credentials represent a well-known entry point for attackers. Organizations should conduct comprehensive inventory audits to identify all affected devices within their networks and implement mandatory credential change policies for any remaining operational units.
Recommended mitigations include immediate configuration changes to replace default passwords with strong, unique credentials, implementation of network access controls to restrict unauthorized access attempts, and consideration of device replacement if maintenance support is unavailable. The situation highlights the critical importance of proper security configuration management and demonstrates how seemingly simple credential issues can create significant security vulnerabilities in networked storage solutions.
This vulnerability serves as a reminder of the broader challenges associated with legacy network devices that may no longer receive security updates or support from manufacturers. The combination of default credential exposure with end-of-life status creates an environment where security risks can persist indefinitely without active remediation efforts. Security teams should establish regular assessment procedures to identify and address similar vulnerabilities across their entire device inventory, particularly in environments where legacy equipment continues to operate without proper security controls.
The technical nature of this vulnerability places it within the scope of secure configuration management practices and demonstrates how basic security principles such as principle of least privilege and default deny configurations can prevent exploitation. Organizations must prioritize identification and remediation of default credential issues across all networked devices, as these represent some of the most commonly exploited vulnerabilities in enterprise environments where proper security controls may not be effectively implemented.