User real information security certification system and method

Abstract

The invention discloses a user real information security certification system and method, and the system mainly consists of an infrastructure layer, a control layer, and an application layer. The system comprises a user host, a wireless router, a switcher, and a server. The infrastructure layer comprises the wireless router and the switcher. The control layer comprises a user information certification module and an information storage system in the server. The application layer comprises a web application. According to the invention, the method comprises the steps: verifying the validity of an IP address of the user host, and preventing the IP address of the user host from being forged; transmitting a user data package sent by the user host to the server for certification under the condition that the IP address of the user host is verified to be valid; notifying the switcher to allow the flow of the user host transmitting the user data package after the certification is successful, or else notifying the switcher to prevent the flow of the user host transmitting the user data package. The system and method can completely guarantee the authenticity of a user, and simplify the operation of user certification while improving the expandability of the certification system.

Description

technical field [0001] The invention relates to computer network technology, in particular to a system and method for user real information security authentication. Background technique [0002] At present, according to relevant media reports, college students’ paid substitute sign-in has developed into an industrial chain, and public courses have become the hardest hit area for class substitutes, and they can also substitute classes around the clock, and can deal with all kinds of tricky teachers. Most of the substitutes are students. With the increase of demand, substitutes have gradually developed into a gray industrial chain on campus. [0003] Now the widely used sign-in methods mainly include class point-in sign-in, fingerprint sign-in, and punch-in sign-in. It is time-consuming and energy-intensive to sign in at class, and the efficiency is the lowest, and it cannot solve the problem of signing on behalf of others. The efficiency of check-in has been improved to a c...

AI Technical Summary

Problems solved by technology

However, its disadvantages are also obvious. The scalability is too poor. On the one hand, students must go to the designated place to complete the sign-in. On the other hand, the fingerprints need to be clean.

Other sign-in methods, such as rainbow sign-in and face recognition sign-in, are too expensive and not applicable

[0004] With the emergence of smart phones, there are some mobile attendance methods. These attendance methods cannot realize the authentication of user identity information, and it is difficult to avoid the situation of clocking in and shifting.

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