Multi-tasking intelligent terminal encryption method

Abstract

The invention discloses a multitask intelligent terminal encrypting system, comprising an intelligent terminal 100 and an encryptor 200 in communication with the intelligent terminal; the intelligent terminal 100 comprises a task module 102, a terminal encryption module 101 arranged in the task module 102, and a communication module 103 in communication with the encryptor 200; the task module 102 comprises a plurality of tasks executed by the intelligent terminal, the terminal encryption module 101 comprises a plurality of keys, and the communication module 103 comprises a plurality of communication channels; the encryptor 200 comprises an encryptor encryption module 201 and an operation module 202 operating for the encryptor encryption module, and the encryptor encryption module 201 comprises a plurality of keys; keys in the terminal encryption module 101 are in a one-to-one correspondence relationship with the keys in the encryptor encryption module 201. The invention also discloses a multitask intelligent terminal encrypting method. The multitask intelligent terminal encrypting system and method have the advantages that safety level of encrypted communication can be increased and the difficulty in decrypting can also be increased.

Description

technical field [0001] The invention relates to the field of data encryption, in particular to a multi-task intelligent terminal encryption system and encryption method capable of enhancing the security level of encrypted communication and simultaneously increasing the difficulty of being cracked. Background technique [0002] With the continuous development of the Internet and information technology, and the emergence of smart terminals such as robots and smart phones. While creating value for people, there are also many security problems hidden. In particular, software-based intelligent algorithms and image recognition algorithms based on intelligent terminal platforms are vulnerable to attacks and cracks. At present, many current technical solutions are generally based on IC encryption schemes. Different encryption ICs have different security levels; moreover, the same encryption IC uses different encryption schemes, resulting in different security levels. Most of the ...

AI Technical Summary

Problems solved by technology

The security level of different encryption ICs will be different; moreover, the same encryption IC, using different encryption schemes, will also cause different security levels

Most of the current IC-based encryption schemes are simple encrypted communication, and there is only one interface for encrypted communication, so it is easy to cause LIB library files to be maliciously tampered with, and bypass encrypted communication, and eventually cause encrypted IC to not work resulting in data being cracked or even property loss

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