Core Chuangtian Cloud Desktop System Remote Code Execution Scanner

Core Chuangtian Cloud Desktop System is a cloud-based platform often used by businesses and organizations to manage virtual desktops and applications. It enables users to access their work environments remotely, offering flexibility and efficiency. The system is popular in sectors requiring high agility in deploying and managing technical resources, such as IT services, financial institutions, and educational platforms. Admins use this system to streamline operations and reduce physical hardware dependency. It facilitates a smooth transition to digital workspaces and enhances collaborative work. The platform aims to provide secure, reliable access to applications and data.

The Remote Code Execution (RCE) vulnerability allows attackers to execute arbitrary code on a remote host. This type of vulnerability is critical as it can enable complete system compromise, unauthorized data access, or further propagation of malware. RCE vulnerabilities are particularly dangerous when combined with administrative access, potentially leading to total control over the targeted system. Attackers typically exploit these vulnerabilities by injecting malicious scripts through specially crafted requests. Organizations need to address these vulnerabilities swiftly to prevent damage and maintain system integrity. Overall, RCE poses significant threats and requires robust mitigation strategies.

In the context of Core Chuangtian Cloud Desktop System, the RCE vulnerability stems from improper handling of user inputs in file upload functionalities. The vulnerable endpoint is the file upload script located at "/Upload/upload_file.php". Attackers can exploit this by uploading a crafted PHP file, allowing the execution of arbitrary commands. The vulnerability arises from the lack of proper validation and sanitization of uploaded file contents. Successful exploitation depends on crafting requests that bypass existing security measures, aiming for execution in the server environment. Avoiding this vulnerability requires stringent input validation and employing security best practices to limit code execution capabilities.

If this RCE vulnerability is exploited, malicious actors could gain unauthorized access to critical systems, potentially resulting in data breaches and service interruptions. Attackers could deploy additional payloads, escalating privileges or creating backdoors for persistent access. The impact may include data leaks, tampering with sensitive information, and unauthorized system modifications. In more severe cases, this might lead to complete system control, allowing attackers to disrupt operations and exploit resources. The financial and reputational damage due to such malicious activities can be significant, emphasizing the need for robust security measures.

REFERENCES

• https://mp.weixin.qq.com/s/wH5luLISE_G381W2ssv93g