CVE-2024-35286 Scanner

Mitel MiCollab is a comprehensive communication and collaboration solution designed for businesses to enhance productivity and streamline operations. It is utilized by enterprises to enable features such as video calling, messaging, and conferencing, ensuring seamless communication both internally and externally. Developed by Mitel, a leader in business communications, MiCollab is widely used across various sectors including corporate offices, call centers, and customer service departments. Due to its extensive deployment, ensuring its security against vulnerabilities is critical for maintaining operational integrity. Organizations rely on its secure setup to avoid disruptions in communication channels. Its integration capabilities allow it to support other organizational tools, making its security of paramount importance.

The SQL Injection vulnerability discovered in Mitel MiCollab can lead to unauthorized access to sensitive information. This type of vulnerability arises when an application allows unsafe user input to be included in SQL statements, leading to possible manipulation of the database. Attackers exploiting this vulnerability can bypass authentication, access and modify database entries, and potentially gain administrative privileges. This vulnerability is classified as critical due to the potential impact on data integrity and confidentiality. Organizations using Mitel MiCollab versions vulnerable to this flaw can face significant risks if not addressed promptly. It highlights the importance of input validation and sanitization in web applications.

The technical details of the SQL Injection vulnerability in Mitel MiCollab involve insufficient sanitization of user input particularly in the login process. The endpoint `/npm-pwg/..;/npm-admin/login.do` is identified as exploitable using a specially crafted POST request. Parameters such as `username` can be manipulated to execute arbitrary SQL commands through constructs like `test'||pg_sleep(6)--`. If the web application executes this input without proper sanitization, it results in delayed response times and potential data exposure. Attackers leverage this by injecting time-based SQL payloads to deduce database response behavior. Detection includes observing status codes including 500, and specific error messages indicative of unhandled exceptions.

Exploiting the SQL Injection vulnerability in Mitel MiCollab allows attackers to perform various malicious operations that could have severe consequences. Possible effects include unauthorized data access, allowing the attacker to retrieve sensitive information from the database. The database integrity can also be compromised, leading to inaccurate data or potential data loss. If administrative operations are executed, an attacker might alter settings or disable services, disrupting business communications significantly. Furthermore, it increases the risk of subsequent security breaches including data leaks, internal system access, or setting up further backdoors for long-term compromises. This vulnerability amplifies the threat landscape if left unaddressed.

REFERENCES

• https://www.mitel.com/support/security-advisories/mitel-product-security-advisory-24-0014
• https://labs.watchtowr.com/where-theres-smoke-theres-fire-mitel-micollab-cve-2024-35286-cve-2024-41713-and-an-0day/