NI Web-based Configuration & Monitoring Panel Detection Scanner

NI Web-based Configuration & Monitoring is utilized by network administrators for managing configurations and system settings via a web interface. It is deployed across various environments to streamline the monitoring and configuration tasks necessary for network operations. This software is commonly used in industries requiring robust network management capabilities. By providing an intuitive web-based interface, it simplifies complex configuration processes. The product is designed to aid in ensuring system performance and security. It is widely appreciated for its user-friendly setup and real-time monitoring features.

This vulnerability pertains to the detection of web-based panel interfaces, particularly those exposing sensitive configuration options. Such panels, if left unsecured, can lead to unauthorized access by adversaries. Detecting these panels is crucial to prevent potential exploitation. The vulnerability involves identifying existing web-based configuration points that might not be adequately protected. By locating these panels, users can take steps to enhance their security posture. This detection helps in safeguarding against unintended exposure of administrative functionalities.

The detection leverages HTTP-based methodology to ascertain the presence of web-based configuration panels. By scanning the body of the HTTP response, it seeks specific markers like page titles indicative of configuration interfaces. It looks for consistent HTTP status responses coupled with unique wording associated with such panels. The vulnerability detail emphasizes the need for precise matching of expected patterns in HTTP responses. The template employs dual conditions to robustly confirm the presence of a panel interface. Specific elements within the response are used to decisively categorize accessible interfaces.

When exploited, such vulnerabilities can enable adversaries to manipulate system configurations, leading to unauthorized access or denial of service. Attackers could gain comprehensive insights into system configurations, thereby identifying additional entry points. Exploitation may facilitate privilege escalation or the deployment of unauthorized configurations. Additionally, attackers could use such panels to disable security features or alter network settings. This can compromise the integrity and availability of network resources.