Zoraxy Panel Detection Scanner

Zoraxy is an easily deployable reverse proxy server primarily utilized by businesses and organizations to manage and secure web traffic effectively. It helps in load balancing, implementing TLS/SSL termination, and providing user authentication mechanisms. The software is typically used in production environments to ensure smooth traffic flow and secure external and internal communications. Zoraxy's management interface allows easy configuration and access, making it a preferred choice for organizations prioritizing network security. The platform is adaptable for various environments, from small scale to large enterprises, due to its robust and flexible architecture.

The scanner detects the presence of the Zoraxy Login Panel in digital environments. Identifying such configurations is crucial, as it aids in enumerating exposed login panels to prevent unauthorized access. The detection process involves querying web resources for specific signatures associated with the Zoraxy panel. Understanding where these panels exist can help in bolstering security and reducing potential attack surfaces. The information gathered through detection assists in taking appropriate actions to secure login interfaces.

This detection leverages HTTP requests to identify Zoraxy installations by seeking well-known endpoints such as '/web/login.html'. It checks for unique identifiers in the returned HTML, like the presence of "zoraxy</title>" or "zoraxy.csrf.token". These elements indicate the deployment of Zoraxy, assisting in identifying its use in the current digital asset. The scanner evaluates specific HTTP response properties indicating a successful identification when it receives a '200 OK' status and expected content. This granular inspection ensures precise detection of Zoraxy panels.

Failure to properly secure Zoraxy login panels could result in unauthorized access, data breaches, or system compromise. Attackers can exploit open or misconfigured panels to gain unauthorized access to internal resources or sensitive information. The accessibility of such panels could lead to escalation of privileges if administrative interfaces are exposed. Unauthorized access to these panels may also allow attackers to manipulate configurations, impacting the integrity and availability of network traffic. Thus, identifying and securing Zoraxy login panels is crucial in maintaining a strong security posture.

REFERENCES

• https://github.com/tobychui/zoraxy
• https://zoraxy.aroz.org/