Network security communication methods with real-time dynamic risk assessment and verification identification

Abstract

This invention relates to a network security communication method with real-time dynamic risk assessment and verification, applied to a network security communication system. This network security communication system includes: a gateway, multiple front-end authentication servers, multiple information service servers, and a network monitoring server. This invention primarily utilizes multi-factor authentication procedures and identification code verification mechanisms for network security communication, thereby controlling information security risks caused by unauthorized users or terminal devices that have not completed operating system file or virus code updates logging into the system network.

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