Blockchain-Based Public Key Encryption for Secure Authentication Transmission

The patent introduces encryption technology as an intermediary between the authentication number and the transmission channel. The authentication number is encrypted before transmission, creating a secure intermediary layer that prevents direct interception. The encrypted form cannot be understood by unauthorized users during transmission, while the legitimate user can decrypt it using their private key.

The patent changes the parameter of the authentication number from plaintext to ciphertext form during transmission. By applying encryption transformation, the authentication number's state changes from readable to unreadable, preventing interception while maintaining its functional value for authentication after decryption by the authorized user.

The patent implements a self-service authentication system where users generate their own key pairs (public and private keys) and manage their own encryption/decryption processes. The mobile device automatically performs encryption with the public key and decryption with the private key without requiring complex centralized key management infrastructure, reducing overall system complexity.

The patent performs key pair generation and registration in advance before the actual authentication process. Users generate their public-private key pairs beforehand, and the public keys are registered in advance in a public directory or blockchain. This preliminary setup eliminates the need for complex real-time key distribution and management during authentication operations.