Software authorization method and system and storage medium

Abstract

The embodiment of the invention discloses a software authorization method and system and a storage medium. The method comprises the steps that a software authorization party generates an authorization file according to received equipment information and corresponding authorization information; the software authorization party returns the authorization file and the software version to an equipment manufacturer; The equipment manufacturer integrates the software version and the authorization file according to requirements; and after the equipment runs, the software loads an authentication module and performs authorization verification, the equipment runs normally if the authorization verification succeeds, and otherwise, the equipment stops running. The authorization file can be preset, a user does not need to manually input an activation code, and the method is more suitable for equipment without key input or interface; off-line authorization simplifies the server authorization link and reduces the development and maintenance cost of the server. Batch authorization can be performed on equipment models, manufacturers, software versions and the like, and independent authorization can also be performed on a chip ID, a network card address and the like of single equipment; multiple signature verification and multiple encryption algorithms are used in authorization and authentication, and cracking is not prone to occurring.

Description

technical field [0001] The embodiment of the present invention relates to the technical field of software authorization, and in particular to a software authorization method, system and storage medium. Background technique [0002] With the development of the times and the innovation of technology, the investment in software research and development is increasing day by day. However, unauthorized use of software without legal authorization after the software goes online has occurred from time to time, which has brought losses to software developers. In order to avoid this situation, It is particularly important to strengthen the management and control of software usage rights. At present, the traditional software authorization methods include software activation code, network registration, dongle, etc. However, the software activation code method can only authorize a single device, not only requires the user to manually enter the activation code (serial number), it is not su...

AI Technical Summary

Problems solved by technology

[0002] With the development of the times and the innovation of technology, the investment in software research and development is increasing day by day. However, unauthorized use of software without legal authorization after the software goes online has occurred from time to time, which has brought losses to software developers. In order to avoid this situation, It is particularly important to strengthen the management and control of software usage rights

At present, the traditional software authorization methods include software activation code, network registration, dongle, etc. However, the software activation code method can only authorize a single device, not only requires the user to manually enter the activation code (serial number), it is not suitable for wireless Devices with key input or interface, and the activation code is easy to leak, and the security is poor; the network registration method is ideal for authorization, but this method not only supports online authorization, but does not support offline authorization, and the development and continuous maintenance of the authorization server require high investment costs. ;The dongle method is more ideal than the software activation code method, but this method requires hardware support and is not friendly to most embedded devices

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