Abstract: Owing to the structural characteristics of electric edge device authentication, remote monitoring and security control, there is a lack of control of private programs and data. Fortunately, trusted computing can enhance the computing system from the architecture. We propose a remote attestation and monitoring scheme for electric edge devices based on the non-interactive attestation protocol. The solution completed the remote installation of edge devices based on registration protocol, and the attestation server ensured the trusted status between the edge device registration and the running integrity monitoring protocol through remote authentication protocol. In addition, with the support of the non-interactive integrity monitoring protocol, it not only ensured the credibility of edge devices, but also greatly improved the attestation efficiency. Compared with the general integrity monitoring protocol, the proof computing efficiency is increased by 71%, and can prevent DDoS attacks.