Method for achieving multi-tenant model through enterprise mobile cloud application

Abstract

A method for achieving a multi-tenant model through an enterprise mobile cloud application is characterized by comprising a tenant terminal, a tenant server side, a user terminal and a user server side, wherein the tenant terminal directly performs information interaction with the tenant server side and sends data to the tenant server side, and the tenant server side processes the data sent by the tenant terminal and performs corresponding processing; the user terminal directly performs information interaction with the user server side and sends data to the user server side, and the user server side processes the data sent by the user terminal and performs corresponding processing; a user APP (application) scans a tenant two-dimensional code and communicates with the tenant terminal for tenant binding. The method has the beneficial effects that a two-dimensional code technique is adopted, the two-dimensional code serves as an inlet of the enterprise mobile cloud APP, log-in and registration steps are simplified, and the interaction experience is improved; meanwhile, the tenant model is introduced to the field of enterprise mobile cloud APPs from a traditional enterprise WEB application, tenant data can be effectively isolated and the data safety is guaranteed.

Description

technical field [0001] The invention relates to the field of mobile Internet, in particular to a method for realizing a multi-tenant model of an enterprise mobile cloud application. Background technique [0002] Based on the application of the multi-tenant model, there are generally two methods in the prior art. (1) In addition to the user name and password, the login interface adds a tenant selection or tenant code entry box to generate an independent link and an independent login interface for the tenant; ( 2) For enterprise applications based on the social model, after users register in the system, they create groups and invite members to join the groups. Some of these groups are enterprises. Most domestic mobile OA applications are based on the latter solution. Method (1) was born to solve specific problems, lacking versatility and flexibility. Although it can solve deployment problems within a certain scale, it is difficult to achieve large-scale and fast deployment; m...

AI Technical Summary

Problems solved by technology

Method (1) was born to solve specific problems, lacking versatility and flexibility. Although it can solve deployment problems within a certain scale, it is difficult to achieve large-scale and fast deployment; method (2) can solve user experience problems, but the model Too broad, difficult to apply in enterprises, tenants cannot control users, and data security cannot be guaranteed

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