A third-party application authorization authentication method based on multi-domain collaborative architecture

Abstract

The invention belongs to the technical field of computer applications, and discloses a third-party application authorization and authentication method based on multi-domain collaborative architecture. Multi-domain collaborative layered architecture is adopted, and consists of a plurality of layers of domains; each domain consists of an Internet of things platform, sensor equipment and a third-party application; permission management and partition are performed on each domain in a layered way; each target domain administrator audits authorization information; after pass of auditing, a plurality of domains through which auditing information passes can be taken as a resource group; and a developer finishes developing work according to an authorization result. Through adoption of the third-party application authorization and authentication method for use among a plurality of domains of the layered architecture, safe and reliable authorization access between a platform and a third-party application is ensured, and a rapid and convenient channel is provided for data interaction between the platform and the third-party application. Compared with a conventional third-party application permission authentication method, the method has the advantage that the authentication problem between a platform permission administrator, a third-party application developer and a platform user in the multi-domain collaborative architecture is solved.

Description

technical field [0001] The invention belongs to the technical field of computer applications, and in particular relates to a third-party application authorization authentication method based on a multi-domain collaborative architecture. Background technique [0002] In the current Internet era, facing the rapid development of the Internet of Things, more and more people have begun to pay attention to and develop this field. However, the current social development model is mainly based on a certain Internet platform, and vigorously develops third-party applications to provide users with fast and convenient services. In the face of massive data and a large number of users, a proper management structure is particularly important. The multi-domain collaborative layered architecture is dedicated to solving the problem of sensor device interaction between multiple domains, and it can play a role in controlling and managing the interaction of multi-domain data. However, in the fa...

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Problems solved by technology

[0003] To sum up, the problems existing in the existing technology are: with the development and wide application of IoT technology, the number of IoT platform domains will continue to increase, and developers will also develop a large number of third-party IoT applications based on the IoT platform. , in such a multi-domain scenario, there is a lack of a proper authority management framework to manage the data access authority of each application to ensure user data privacy

For an Internet of Things application, its data access rights in each domain are different. The point-to-point authorization authentication method can no longer solve the complex authorization authentication problem under the multi-domain architecture. An authorization authentication method suitable for multi-domain collaborative framework is urgently needed.

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