Full Encryption Pipeline
Complete encryption pipeline: generate keys, encrypt data, create integrity hash, and sign with HMAC.
Quando usar esta receita
Implement a proper encrypt-then-MAC pipeline for sensitive data like healthcare records, financial data, or PII. Follows NIST and OWASP best practices.
Etapas
RSA Key Generator
Experimente esta ferramenta →Generate asymmetric keys
Secret Generator
Experimente esta ferramenta →Create symmetric keys
AES Encryption
Experimente esta ferramenta →Encrypt the data
Hash Calculator
Experimente esta ferramenta →Create integrity hash
HMAC Generator
Experimente esta ferramenta →Sign the ciphertext
Perguntas frequentes
Why use both RSA and AES?
RSA encrypts the AES key (key exchange). AES encrypts the data (fast symmetric encryption). This hybrid approach combines RSA's key management with AES's speed.
What is encrypt-then-MAC?
Encrypt data first, then compute MAC over ciphertext. The receiver verifies MAC before decrypting, preventing padding oracle attacks. The recommended order per cryptographic standards.
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