CVE-2024-22729 Scanner

Netis MW5360 is a wireless router widely used in homes and small businesses to provide internet connectivity and networking solutions. It facilitates easy device connectivity and network management through an intuitive interface. The router is favored for its reliability and affordability, making it popular among users who require basic networking capabilities. With features like wireless settings, security configurations, and port forwarding, the Netis MW5360 caters to both technical and non-technical users. This device is predominantly utilized in environments where seamless network management and internet sharing are essential. Its application spans various setups, reinforcing its role as a standard network element in residential and small-scale commercial domains.

A command injection vulnerability in a system like the Netis MW5360 allows attackers to execute arbitrary commands on the host operating system. This type of vulnerability is critical as it directly grants unauthorized users the ability to manipulate system processes. The vulnerability stems from inadequate input validation, allowing malefactors to inject and execute commands through vulnerable parameters. Attackers exploiting this vulnerability can perform operations that might compromise the router’s integrity, such as installing malicious software or disrupting networking services. Due to its severity, command injection is often high on the priority list for security patches in affected hardware. Its detection is crucial for maintaining system security and operational stability.

The vulnerability in Netis MW5360 manifests through the password parameter on the login page, which is susceptible to command injection attacks. Affected systems improperly handle user-provided input, allowing attackers to exploit this flaw and execute arbitrary commands. The specific endpoint involved is the `/cgi-bin/skk_set.cgi` path, where the password parameter is located. By encoding command sequences in this parameter, an attacker can induce the system to execute them, circumventing security constraints. The technical nature of this vulnerability requires detailed knowledge of the router’s architecture, giving attackers a significant leverage point if exploited. Its presence is particularly critical due to the potential for widespread network exposure.

Exploiting this command injection vulnerability could lead to severe consequences for systems using the affected Netis MW5360 router. Attackers might gain unauthorized access to sensitive configuration and network data, leading to a breach of confidentiality. Additionally, malicious manipulation of system commands can result in service disruptions or unauthorized activities conducted via the exploited router. Long-term exploitation could involve the installation of persistent malware, allowing attackers to retain control over the network indefinitely. Given its remote exploitability, this vulnerability can be a gateway for further attacks on connected devices, heightening the potential damage.