A Key Encryption System Using Multidimensional Technology

Abstract

The invention discloses a key encryption system constructed by means of multidirectional technology. The key encryption system comprises the components of a data space module which is used for constructing and ordering to-be-encrypted data, the geometric structure of a data space lock and association among components; a component association module which utilizes interaction dimensions for managing operation and feedback among the components; a physical material module which manages the material and physical attribute of the component by means of the material physical dimension; and a decryption reduction module which starts a data decryption process when operation of the key satisfies an active state critical point rule of the data space lock, thereby rearranging the sequence of spatial data and realizing purposes of decryption and reducing original data. Compared with the prior art, the key encryption system which is constructed by means of the multidirectional technology has advantages of high safety degree, simple key memorization, convenient user operation, supporting user / manufacturer customizing of the encryption method, high encryption grade, cracking incapability, convenient use, high practicability and easy popularization.

Description

technical field [0001] The invention relates to the field of information security, in particular to a key encryption system constructed using multi-dimensional technology. Background technique [0002] With the continuous development of computer hardware technology, especially the rise of quantum computer technology, the traditional AES / RSA encryption algorithm has been unable to meet the security requirements of Internet data transmission. Especially after the Snowden-related incidents, the reliability of the relevant encryption algorithms has been widely questioned by the industry, and the current common encryption algorithms in the world have become unreliable. However, it is very difficult to implement a new encryption algorithm based on traditional mathematical methods, and its reliability also requires long-term verification, which cannot solve the practical problems faced by the industry in a short period of time. [0003] Moreover, the key system formed by using tra...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of computer hardware technology, especially the rise of quantum computer technology, the traditional AES / RSA encryption algorithm has been unable to meet the security requirements of Internet data transmission

Especially after the Snowden-related incidents, the reliability of the relevant encryption algorithms has been widely questioned by the industry. Currently, the common encryption algorithms in the world have become unreliable

However, it is very difficult to implement a new encryption algorithm based on traditional mathematical methods, and its reliability needs long-term verification, which cannot solve the practical problems faced by the industry in the short term.

[0003] Moreover, the key system formed by using traditional mathematical algorithms has a fixed algorithm mode, and different users and manufacturers must follow the same algorithm definition. Once the algorithm has a security risk or is cracked, regardless of the key No matter how high the security level is, its security can no longer be guaranteed

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