Cross-domain single-point registration system and method facing system integration

Abstract

The invention discloses a cross-domain single-point registration system and method facing system integration. The system comprises a terminal, access proxy servers and a single-point registration server. Each access proxy server is disposed in front of a subsystem, positioned in the same top level domain with the subsystem, and used to process and forward all requests to the subsystem in full authority; and the single-point registration server comprises a unified registration interface, an authorization code generation module, an authorization code management module and a simulated registration module. Under the condition that codes of the system are not invaded and system setting is not changed, cross-domain cross-development-platform single-point registration is realized, and the system is suitable for a high concurrent scene and supports a registration-free condition. When a user access the subsystem, the corresponding access proxy server redirects a request to a unified registration interface, and a unique authorization code is generated after that the user succeeds in registration. A simulated registration manner is used to send the authorization code and registration information to the subsystem. The user can use the authorization code to access the system or other systems directly needless of registration again.

Description

technical field [0001] The invention belongs to the field of computer applications. More precisely, the invention provides a cross-domain single sign-on system and method for system integration. Background technique [0002] During system integration, multiple independent subsystems need to be centrally managed, and the subsystems are developed independently. Each subsystem uses its own login function. Therefore, when users switch between multiple subsystems, they need to enter the user name and password multiple times, which is serious. It greatly affects the user experience, and also brings pressure to the user to manage numerous account passwords. [0003] The single sign-on technology is to solve the above-mentioned system integration problems that require multiple input of user names and passwords, and bring pressure to users to manage many account passwords, so that users can log in to any subsystem under the system platform, and then access When using other subsystem...

AI Technical Summary

Problems solved by technology

[0005] (1) Some systems already have a login function, while some systems do not have a login entry

[0006] (2) Different subsystems may be deployed in different domains

[0008] In addition, there is still a situation that the maintainer of the system is no longer maintaining, and the source code cannot be changed. Therefore, it is particularly important to research and develop a single sign-on method that supports cross-domain, cross-development platforms, is easy to use, and does not invade the original system.

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