CVE-2025-58443 Scanner

FOGProject is an open-source network computer cloning and management solution used by IT professionals and administrators in various organizations. It allows for centralized management of imaging, software deployment, and system recovery, streamlining the IT maintenance process. The tool is popular in educational institutions, businesses, and non-profit organizations worldwide. It serves the critical function of managing and deploying computer images across a network, reducing hands-on time for IT staff. Built with flexibility in mind, FOGProject supports a wide range of hardware configurations and operating systems, making it a preferred choice for diverse IT environments. Administrators utilize this tool to ensure efficient management of networked computers, contributing significantly to operational workflows.

The Unauthorized Admin Access vulnerability identified in FOGProject version 1.5.10.1673 poses a critical security risk. This vulnerability allows attackers to bypass authentication mechanisms, gaining unauthorized access to the management interface. Once inside, attackers can make unauthorized changes to system configurations and access sensitive host management data. The vulnerability's critical nature is underscored by its potential impact on system integrity, confidentiality, and operational availability. Exploiting this flaw could lead to significant data compromise or unauthorized use of network resources, placing affected systems at risk. Unauthorized access to such privileged areas can severely compromise the security posture of the impacted environment, highlighting the need for immediate remediation.

Technically, this vulnerability exploits weak authentication checks within the FOGProject system interface. An attacker can send crafted requests to specific endpoints, such as '/fog/management/index.php?node=about&sub=kernel', without encountering proper authentication barriers. Successful exploitation requires no prior authentication, making it particularly attractive and dangerous for potential attackers. Endpoints vulnerable to this flaw return status codes indicating successful access despite lacking valid credentials. The presence of specific body content and status responses confirms the vulnerability's activation, revealing sensitive configuration elements. Through this gap, attackers can navigate and manipulate management nodes without restrictions or alerts being triggered.

Exploiting this vulnerability may lead to severe organizational impacts, including unauthorized system modifications, data breaches, and potential escalation of network-based attacks. Critical data stored within the system could be accessed or altered, compromising confidentiality and data integrity. Consequently, attackers could deploy further exploitation techniques, such as inserting malware or modifying network configurations to establish persistent control. Systems may also face increased susceptibility to shutdowns or denial of service attacks, disrupting operations. Ultimately, unchecked exploitation of this vulnerability undermines trust in IT systems' security frameworks and could have legal and compliance repercussions.

REFERENCES

• https://github.com/casp3r0x0/CVE-2025-58443
• https://nvd.nist.gov/vuln/detail/CVE-2025-58443