Illustrates the detailed flow of an encryption process, from password and plaintext input to ciphertext output, including key derivation, encoding, and cip
graph LR;
pwd[Password]
salt[Salt]
kdf((KDF))
key[Key]
pt_str["Plaintext<br/>(string)"]
pt_bin["Plaintext<br/>(binary)"]
ct_str["Ciphertext<br/>(string)"]
ct_bin["Ciphertext<br/>(binary)"]
cipher((Cipher))
codec_1((Encoder/<br/>Decoder))
codec_2((Encoder/<br/>Decoder))
pwd---salt
pt_str---salt
linkStyle 0,1 stroke-width:0px
pwd-->kdf
pt_str-->codec_1
subgraph sub_1 ["EncryptionService.encrypt()"]
direction LR
codec_1-->pt_bin
pt_bin-->cipher
salt-->kdf
kdf-->key
key-->cipher
cipher-->ct_bin
ct_bin-->codec_2
end
codec_2-->ct_str
This diagram details the steps involved in an encryption service's 'encrypt()' function. It shows how a password and salt are used by a Key Derivation Function (KDF) to generate a cryptographic key. The plaintext string is encoded into a binary format, then encrypted by a cipher using the derived key, and finally the resulting ciphertext binary is encoded back into a string.
Use this diagram to explain the internal workings of a data encryption mechanism, to document cryptographic operations within an application, or to visualize secure data handling processes.
Adapt this diagram by specifying particular KDF algorithms (e.g., PBKDF2, scrypt), cipher types (e.g., AES, RSA), or encoding schemes. It can be extended to include decryption steps, key rotation, or integration with hardware security modules (HSMs).