Fuel CMS Panel Detection Scanner

Fuel CMS is a popular content management system utilized by web developers and administrators for creating and managing website content. Its user-friendly interface and flexible features make it an ideal solution for small to medium-sized business websites and personal blogs. Developed by Daylight Studio, Fuel CMS supports a variety of website structures and is designed for seamless content integration. This software is implemented by businesses aiming to enhance their online presence through dynamic and manageable web pages. Additionally, it is widely used by freelance web developers seeking a robust and customizable platform for client projects. With its open-source nature, Fuel CMS is continually improved and expanded upon by a community of developers.

The vulnerability detected in Fuel CMS is a Panel Detection vulnerability, specifically identifying the access point for the login panel. This type of vulnerability flags potential weak points in the website's security architecture. By detecting the presence of the login panel, cybersecurity professionals can enact measures to safeguard against unauthorized access. Generally non-exploitative in nature, the detection provides critical insights into security misconfigurations. Identifying the login panel can prevent potential brute force attacks and other unauthorized attempts to infiltrate the CMS. Overall, this vulnerability detection aids in reinforcing the security posture of digital assets using Fuel CMS.

Technical details of the vulnerability show that the detection targets the endpoint "/fuel/login" to identify the Fuel CMS login panel's presence. The scanner utilizes HTTP methods to send GET requests and analyze the returned status for indicators of the Fuel CMS panel. Specifically, it looks for specific words such as "<title>FUEL CMS</title>" in the HTTP response body to confirm the panel's presence. The status code 200 indicates successful connection and further corroborates the existence of the login page. These technical nuances enable precise and accurate detection for security analysis.

The possible effects of exploiting this vulnerability include unauthorized access to the CMS, leading to data breaches or defacement of the hosted website. Attackers gaining entry could potentially alter website content, steal sensitive information, or even disrupt the website's availability. Moreover, if the login panel is left unprotected, it could serve as an entry point for attacks such as brute force or phishing attempts, which could severely compromise a company's digital infrastructure. Identifying and securing the login panel is crucial in defending against these malicious endeavors.

REFERENCES

• https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2023-20058