ipTIME Router Panel Detection Scanner

ipTIME Routers are widely used networking devices primarily distributed in South Korea. These routers are utilized by both individual users and organizations to facilitate Internet connectivity and network management. Their deployment ranges from small office settings to larger residential environments, offering essential features such as DHCP, NAT, and web-based management interfaces. Users often choose ipTIME Routers for their reliability and comprehensive support for various network standards. Over the years, these devices have gained popularity due to their cost-effectiveness and ease of configuration. However, users must ensure that their devices are securely configured to prevent unauthorized access.

Panel detection refers to the identification of the administrative or login interface of a web application or device. For ipTIME Routers, this involves identifying the presence of login panels typically used for device configuration and management. Detecting such interfaces is crucial as it helps assess exposure to potential security risks. These panels, if left unsecured, can become susceptible to brute force attacks or unauthorized access. Proper identification allows network administrators to take appropriate steps to secure these access points. Ensuring the safety of these panels is pivotal to maintaining network security.

The vulnerability check for this template involves sending a GET request to the router's login session endpoint. This is done to verify the presence of a specific title pattern in the HTML response, which indicates the panel's existence. The response status code is also analyzed to ensure the successful detection of the login page. By using specific regex patterns, the scanner extracts information to confirm the ipTIME Router panel's detection. Such technical methods enable the early identification of potential exposure points. Regular scans with this template ensure that login panels are adequately monitored.

Exploiting this vulnerability could lead to significant consequences, including unauthorized access to the router's configuration settings. Attackers gaining access could alter network settings, redirect traffic, or install malicious firmware. Such actions can disrupt network services, cause data leakage, or create backdoors for further malicious activity. Regular monitoring and securing of the login panel mitigate these risks. Organizations must implement stringent access controls to prevent exploitation.

REFERENCES

• http://pierrekim.github.io/blog/2015-07-01-poc-with-RCE-against-127-iptime-router-models.html