CNVD-2020-67113 Scanner

The H5S CONSOLE is commonly used by organizations for device management and control. It provides features for monitoring, managing, and configuring devices, and is typically utilized in environments where security and remote access capabilities are desired. The software is designed for easy integration with existing infrastructure and often handles a variety of networked devices. Its purpose is to streamline device management, reduce operational overhead, and enhance efficiency through centralized control. Given its role, ensuring secure access to its management interface is critical for protecting sensitive information. Vulnerabilities in such systems can lead to significant security risks if exploited.

The Unauthorized Admin Access vulnerability allows attackers to access the H5S CONSOLE's administrative functions without proper authentication. This can lead to unauthorized changes and potential data breaches. The vulnerability exists due to improper access control measures within the application's API endpoints. Attackers can exploit this weakness to obtain sensitive data or gain control over the system. This security flaw presents a significant threat, especially if leveraged by attackers looking to compromise networked devices typically managed by the console. Understanding and mitigating such vulnerabilities is crucial for maintaining the security and integrity of the systems utilizing this software.

The technical aspects of this vulnerability involve weak access control mechanisms at specified API endpoints. Attackers can access these endpoints without proper authentication by crafting specific requests. Endpoint examples include paths like '/api/v1/GetSrc' and '/api/v1/GetDevice'. These paths may reveal sensitive information such as user credentials ('strUser', 'strPasswd') if exploited. Additionally, key headers returning 'application/json' with a 200 HTTP status indicate the likelihood of successful exploitation. It is crucial that the software validates all requests rigorously to prevent unauthorized access and potential misuse of the vulnerabilities.

If exploited, the vulnerability can result in unauthorized users making changes to the system, potentially compromising device management operations. Sensitive data could be exposed, leading to privacy violations and information leaks. The organization's network security could be undermined, allowing for further exploitation and attacks. Administrative access obtained by unauthorized individuals can lead to misconfiguration of devices, loss of data integrity, and potential service disruptions. Mitigating this vulnerability is vital to prevent such security breaches and to protect organizational resources.

REFERENCES

• https://vul.wangan.com/a/CNVD-2020-67113