Encryption system implementation method

Abstract

A one-time-pad is an unbreakable password system, which, however, is difficult to implement by means of technical means. Provided is a one-time-pad implementation method, which implements a one-time-pad by means of technical means.

Description

A method for implementing an encryption system Technical Field

[0001] Method and device for secure data processing. Background Art

[0002] One-time pad is the only cryptographic system that cannot be broken; however, it is difficult to implement using technical means. Technical issues

[0003] A large number of keys cannot be transmitted and stored securely. Technical Solutions

[0004] A method for implementing an encryption system; characterized in that:

[0005] The system consists of encryption operation, decryption operation, plaintext and ciphertext.

[0006] The method for implementing the encryption system according to claim 1, wherein:

[0007] Enter plain text, start encryption operation, and ciphertext will be automatically generated;

[0008] Enter the ciphertext, start the decryption operation, and the plaintext will be automatically generated.

[0009] The method for implementing the encryption system according to claims 1 and 2; further characterized in that:

[0010] For the same plaintext, one encryption operation generates one ciphertext.

[0011] The method for implementing the encryption system according to claims 1, 2 and 3; further characterized in that:

[0012] Contains system initialization operations.

[0013] The initialization operation depends on the purpose of the system; for example, whether the system is initialized as an information-only or information-sharing system. Beneficial effects

[0014] It solves a large number of key transmission and storage problems and realizes an automatic one-time pad system. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 Comparison of the existing encryption system and the encryption system of the present invention

[0016] The existing encryption system consists of encryption operation, decryption operation, plaintext frame, key, and ciphertext.

[0017] The encryption system of the present invention is composed of encryption operation, decryption operation, plaintext and ciphertext. Best Mode for Carrying Out the Invention

[0018] encryption

[0019] Enter or paste plain text into the plain text box

[0020] Click on "Encryption"

[0021] Ciphertext in ciphertext box

[0022] If the plaintext is long, it can be encrypted in batches, repeating the above steps.

[0023] Decryption

[0024] Enter or paste the ciphertext into the ciphertext box;

[0025] Click on "Decrypt"

[0026] Plain text in plain text box

[0027] If the ciphertext is long, it can be decrypted in batches by repeating the above steps. Modes for Carrying Out the Invention

[0028] Certification

[0029] Personal certification:

[0030] Used for information security storage, access, digital signature, identity authentication, etc.

[0031] Multi-person authentication: Each sharer must use the same password to run the authentication process.

[0032] Used for information security communication and sharing, etc. Industrial Applicability

[0033] Information transmission

[0034] One party encrypts the plaintext;

[0035] Send the ciphertext to the other party via any public channel such as WeChat, email, SMS, etc.

[0036] The other party decrypts the ciphertext.

[0037] Information Storage

[0038] Encrypt the plaintext;

[0039] Copy the ciphertext as a text file and save it on any storage medium. Sequence Listing Free Content

[0040] It can be widely used in various security fields.

Claims

1. A method for implementing an encryption system; Characterized in that: The encryption system consists of an encryption operation, a decryption operation, plaintext, and ciphertext.

2. The method for implementing the encryption system according to claim 1; further characterized in that: Input the plaintext, start the encryption operation, and the ciphertext is automatically generated; Input the ciphertext, start the decryption operation, and the plaintext is automatically generated.

3. The method for implementing the encryption system according to claims 1 and 2; Further characterized in that: For the same plaintext, each encryption operation generates a ciphertext.

4. The method for implementing the encryption system according to claims 1, 2, and 3; Further characterized in that: It includes a system initialization operation.

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