Special socket component for improving data encryption level

Abstract

The invention provides a special socket component for improving a data encryption level. The special socket component comprises a mounting cylinder, an output component and a plurality of encryption switches, wherein the output component and the encryption switches are both mounted in the mounting cylinder; the encryption switches are connected to the output component in series, and the multiple encryption switches are turned on at the same time to turn on the output component; the encryption switches are turned off in an initial state; the mounting cylinder is composed of a mounting cylinderI and a mounting cylinder II which are coaxially and fixedly connected; one end of the mounting cylinder I is a fixed end, and the other end of the mounting cylinder I is a connection end; one end ofthe mounting cylinder II is a fixed end, and the other end of the mounting cylinder II is connected with a connection end; the connection end of the mounting cylinder I is coaxially and fixedly connected with the connection end of the mounting cylinder II; the output component is mounted at the fixed end of the mounting cylinder I; and the encryption switches are mounted at the fixed end of the mounting cylinder II. The beneficial effects are that the structure is compact, the principle is simple and reliable, on-off of communication channels in the encryption socket is controlled through theplurality of switches, only when all switches are turned on, the communication channels can be turned on, and the encryption performance is high.

Description

technical field [0001] The invention relates to the technical field of data transmission, in particular to a special socket component for improving data encryption level. Background technique [0002] With the rapid development of networking and digitization, the storage and preservation methods of data files have undergone earth-shaking changes. Generally, computers, U disks, or mobile hard disks are used to save or back up files. In the current era of big data, data confidentiality is particularly important, especially when it involves important information such as business secrets, financial data, military secrets, and customer information. Once there is a mistake in the confidentiality of these materials, the data will be leaked, and economic losses that are difficult to lose will occur, or even more serious consequences. There are two main ways of data leakage. One is the stage of remote online transmission, such as through QQ, WeChat and other channels, which are leak...

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 data transmission encryption socket component with simple principle and 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 encryption port. The decrypted communication channel is turned on in the socket, and the data will be transmitted from the computer to the memory through the encrypted socket and the decrypted 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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