Expandable information safety service system and method

Abstract

The invention discloses an expandable information safety service system which comprises a network interface, a processing module, a management module and a plurality of pieces of information safety equipment, wherein the network interface is used for receiving an information safety service request from a service requesting end by a network; the processing module is used for analyzing the received request and sending data to be processed in the request and a corresponding processing command to the management module; the management module is used for using one piece of information safety equipment as target equipment according to working states of the pieces of information safety equipment and sending the data to be processed and the processing command to the target equipment; each information safety equipment is used for carrying out information safety processing on the data to be processed according to the processing command and returning the processed data to the management module; the processed data is sent to the service requesting end by the management module, the processing module and the network interface. The invention further discloses an expandable information safety service method. By the expandable information safety service system and the expandable information safety service method, required information safety processing is completed through a network service; fussiness of managing information safety equipment is avoided; the expandable information safety service system and the expandable information safety service method have high expandability.

Description

technical field [0001] The invention relates to the field of data security, in particular to an expandable information security service system and method. Background technique [0002] Encryption and decryption are usually involved in software protection, and even the routine operation logic of software often includes algorithmic processes involving encryption and decryption. If the encryption and decryption algorithm is fully implemented on the software side, there may be a risk of the key being stolen. Therefore, the usual method is to use hardware devices such as dongles to implement the encryption and decryption functions. [0003] Information security hardware devices such as encryption locks have brought a lot of convenience to people, and they are easy to carry and have relatively high security. However, its easy-to-carry feature also causes the problem of easy loss. Moreover, even if it is easy to carry, people may not always take it with them, so sometimes there i...

AI Technical Summary

Problems solved by technology

However, its portability also creates a problem of easy loss

Moreover, even if it is easy to carry, people may not always take it with them, so sometimes there is no encryption lock at hand when encryption and decryption operations are required.

In addition, when the same information security device is used for encryption and decryption of multiple clients, there will be a problem of cumbersome operations

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