Based on zero -segmentation and one -dense IP encryption method, system and storage medium

Abstract

The invention relates to the field of secure data communication. The invention discloses an IP encryption method, system and storage medium based on zero semantics and one-time pad, wherein the IP encryption method includes: randomizing the entire IP message to be encrypted and transmitted block encryption operation to form an unformatted randomized data block; divide the unformatted randomized data block according to the parity byte to form two randomized data blocks without semantics; respectively generate based on the local quantum true random number matrix Random key stream, implement one-time-one-pass XOR encryption operation on two non-semantic randomized data blocks and carry the synchronization information of quantum true random number matrix, after the link transmission packet encryption, the two block encrypted data The block is repackaged into a standard IPSec message; the IPSec message is transmitted to the destination IP encryption device via the public Internet, and the encrypted IP plaintext message is restored after decryption. The invention can establish a highly secure IP confidential communication network based on the public Internet.

Description

technical field [0001] The invention relates to the technical field of data security communication, in particular to an IP encryption method, system and storage medium based on zero semantics and one-time pad. Background technique [0002] At present, high-performance computing technologies such as quantum computing and neural network computing are developing rapidly, which will greatly enhance the computing power of cryptanalysis and deciphering technology. The integration of high-performance computing and cryptanalysis technology will pose a serious security challenge to the current secure communication methods. [0003] In the existing IP secure communication network, IP encryption uses keys manually preset or dynamically distributed by the key distribution protocol, and the same fixed key is used before the next key replacement, enabling high-speed secure communication During this period, the system will generate a large number of plain-ciphertext pairs with the same ke...

AI Technical Summary

Problems solved by technology

In addition, even if the block encryption method of one packet and one key is adopted, since there is a fixed correspondence between the plaintext-ciphertext and the key, there are also available conditions for deciphering based on plaintext-ciphertext analysis, and it is difficult to resist quantum Computational exhaustive attacks, deep neural network feature learning attacks, and ciphertext-only analysis attacks

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