Huawei Campus Security Device-Network Security Collaboration Solution

Abstract

In campus security networks, a large number of cameras are deployed, typically using MAC  authentication or even no authentication to access the network. However, this simplified deployment approach lacks effective security mechanisms and is vulnerable to network spoofing attacks. Once cameras are illegally spoofed or compromised, it can result in serious security issues such as data breaches and service interruptions. Therefore, in campuses with clear security protection requirements, such as those in government, education, and finance sectors, it is mandatory for cameras to perform secure access authentication processes.

Currently, 802.1X EAP-TLS certificate authentication is widely recognized as a secure access method for  endpoints in the industry. This method employs digital certificates for mutual authentication, requiring cameras to apply for and import digital certificates issued by the network side to enhance the security of their network access. However, in practical applications, since each camera must manually import its digital certificate, deployment and onboarding efficiency are significantly reduced, making this approach unsuitable for large-scale deployment scenarios.

Considering the need for secure and simplified access, the Huawei Campus Security Device-Network Security Collaboration Solution enables secure camera access, camera plug-and-play, endpoint  management, anti-spoofing, and fault recovery capabilities.

Huawei commissioned Tolly to evaluate the Huawei Campus Security Device-Network Security Collaboration Solution.