Mitel MiCollab Unified Communications Server Detection Scanner

Mitel MiCollab Unified Communications Server (UCS) is a comprehensive communication and collaboration platform used by enterprises for streamlining communication and increasing productivity. It is employed by organizations of various sizes to enable unified messaging, presence management, and mobile integration. IT administrators install Mitel MiCollab UCS to facilitate audio, video, and web conferencing among employees, contributing to more effective workflows. Businesses leverage this software to ensure consistent and reliable communication between teams, regardless of their geographic locations. The system is critical for businesses aiming for real-time communication without geographical constraints. It's also adopted for its robust enterprise communication features that integrate seamlessly into existing IT infrastructure.

This scanner is designed to detect the installation of Mitel MiCollab UCS by identifying version disclosure via the /ucs/micollab/version.json endpoint. Version disclosure vulnerabilities can aid attackers in discovering which software version is running, potentially revealing outdated versions susceptible to exploit. Version detection allows organizations to inventory and manage their software correctly, providing opportunities for timely patch management. The scanner checks the HTTP status code and content type to determine if the endpoint information is exposed. Upon successful detection, it extracts the version number from a JSON response in the server body. Having accurate software inventory data is crucial for maintaining IT security and compliance.

The scanner specifically focuses on detecting the response from the /ucs/micollab/version.json endpoint, which should return a 200 HTTP status code and include the version information in the body as JSON. The matcher criteria are precise, checking for presence of "version" string in a text/plain content type response body. Such details are vital in confirming successful detection without false positives. The endpoint serves as a vulnerable goal if improperly exposed, demanding immediate attention to restrict unauthorized access. Understanding these technical aspects allows IT teams to better defend against potential security breaches.

Exposing version information can lead to attackers targetting specific vulnerabilities known to exist in that version. It can facilitate targeted attacks, making unauthorized information disclosure a stepping stone for exploitation. Organizations failing to protect such endpoints risk attackers using the data to identify other weaknesses within the system. Properly managed, this information aids in proactive security measures, ensuring smooth operation without interruption. Failure could result in a breach, exposing sensitive organizational data and impacting business continuity.