Uniform identity security authentication method capable of supporting multiple systems

Abstract

The invention discloses a uniform identity security authentication method capable of supporting multiple systems. The method carries out security authentication control on multiple processes / procedures in various verification ways such as an access token, a mobile phone OTP token and an MAC address so as to ensure that an identity authentication process is perfectly secure and guarantee the security of accounts and information of the systems. Furthermore, based on the authentication method disclosed by the invention, simultaneous arrangement and application of the multiple systems are supported through a technological interface and a platform, so that secure system authentication is enhanced, and the system accounts are managed and standardized in a unified manner; the management efficiency is improved, and waste of resources is avoided. The invention provides a uniform identity authentication method which is secure and reliable, convenient to operate and use and capable of supporting the multiple systems to various types of systems and websites, particularly e-commerce type platforms relating to transaction, payment and settlement, so that the method has very practical significance and value for the security of the system accounts and construction and management of an account member system.

Description

Technical field [0001] The invention relates to the safety authentication and management of accounts, in particular to a unified identity safety authentication method supporting multiple systems. Background technique [0002] At present, there are many types of website platforms and systems, and the methods of system user authentication are also different. However, most of the current mainstream system account authentication methods rely on a single user name and password (password) for system login, which will lead to After the password is stolen or cracked, the user's identity cannot be confirmed before the information is transmitted, and there are certain risks and security risks. [0003] At the same time, most of the systems that have an association relationship tend to be independent, lacking a unified user identity authentication function between multiple systems and multiple accounts, resulting in different security authentication systems and levels before each system, and ...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many kinds of website platforms and various systems, and the methods of system user authentication are also different. However, most of the current mainstream system account authentication methods rely on a single user name and password (password) for system login, which will lead to After the password is stolen or cracked, the identity of the user cannot be confirmed before the information is transmitted, and there are certain risks and potential safety hazards

[0003] At the same time, among the various systems that have a relationship, most systems tend to work independently, lacking a unified user identity authentication function between multiple systems and multiple accounts, resulting in different security authentication systems and levels for each system, and management is relatively messy , the use of multiple identity authentications often leads to repeated waste of resources

[0004] In addition, there are also some systems that use mobile phone token authentication. This authentication method also has the risk and loopholes of being forged by hackers and causing the token to be forged.

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