Method for improving encrypted data security transmission level

Abstract

The invention provides a method for improving the security transmission level of encrypted data, which comprises the following steps that firstly, a decryption cylinder is inserted into a mounting cylinder and matching butt joint is completed, an output component and an input component are connected in a butt joint manner, and a decryption mechanism is over against an encryption switch; thereafter, the decryption mechanism is operated, a first sleeving cylinder in threaded connection fit with the decryption cylinder moves close to a second sleeving cylinder, a supporting arm supports a triggering arm and forces the triggering arm to be unfolded, the triggering arm penetrates through a through groove from a folded state to be switched into an unfolded state, meanwhile, the triggering arm slides through a channel to enter an inner cavity and pushes and presses an ejector rod, and an encryption switch is switched into an opened state from a disconnected state; and finally, the interior ofthe output component is conducted, the communication channel in the encryption socket is conducted, the data is transmitted to the memory by the computer through the output component and the input component in sequence to perform encryption transmission on the data. The significance is that only when all encryption switches are turned on, the communication channel can be conducted, the encryptionperformance is strong, and matching and butt joint are facilitated.

Description

Technical field [0001] The invention relates to the technical field of data transmission, in particular to a method for improving the level of safe transmission of encrypted data. Background technique [0002] Data leakage is mainly through two methods. One is the remote online transmission stage, such as transmission through QQ, WeChat, etc., and is leaked by the attacker; the second is the offline port transmission stage, such as receiving computer data through a mobile hard disk or U disk Transmission. In order to avoid data leakage during the off-line port transmission stage, it is necessary to provide a hidden switch data encryption transmission method with simple principle, safe and reliable encryption, which includes an encryption socket connected to the computer, a decryption plug connected to the memory, and the decryption plug is inserted The decryption communication channel is connected to the encryption socket, and the data will be transmitted from the computer to th...

AI Technical Summary

Problems solved by technology

In order to avoid data leakage during the offline port transmission stage, it is necessary to provide a hidden switch data encryption transmission method with simple principle, safe and reliable encryption, which includes an encryption socket connected to the computer, a decryption plug connected to the memory, and the decryption plug is inserted into the To realize the conduction of the decryption communication channel in the encryption socket, the data will be transmitted from the computer to the memory through the encryption socket and the decryption plug, so as to solve the problem that the data port (such as a USB port) in the prior art does not have encryption performance

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