Practical Cryptography for Developers
  • Welcome
  • Preface
  • Cryptography - Overview
  • Hash Functions
    • Crypto Hashes and Collisions
    • Hash Functions: Applications
    • Secure Hash Algorithms
    • Hash Functions - Examples
    • Exercises: Calculate Hashes
    • Proof-of-Work Hash Functions
  • MAC and Key Derivation
    • HMAC and Key Derivation
    • HMAC Calculation - Examples
    • Exercises: Calculate HMAC
    • KDF: Deriving Key from Password
    • PBKDF2
    • Modern Key Derivation Functions
    • Scrypt
    • Bcrypt
    • Linux crypt()
    • Argon2
    • Secure Password Storage
    • Exercises: Password Encryption
  • Secure Random Generators
    • Pseudo-Random Numbers - Examples
    • Secure Random Generators (CSPRNG)
    • Exercises: Pseudo-Random Generator
  • Key Exchange and DHKE
    • Diffie–Hellman Key Exchange
    • DHKE - Examples
    • Exercises: DHKE Key Exchange
  • Encryption: Symmetric and Asymmetric
  • Symmetric Key Ciphers
    • Cipher Block Modes
    • Popular Symmetric Algorithms
    • The AES Cipher - Concepts
    • AES Encrypt / Decrypt - Examples
    • Ethereum Wallet Encryption
    • Exercises: AES Encrypt / Decrypt
    • ChaCha20-Poly1305
    • Exercises: ChaCha20-Poly1305
  • Asymmetric Key Ciphers
    • The RSA Cryptosystem - Concepts
    • RSA Encrypt / Decrypt - Examples
    • Exercises: RSA Encrypt / Decrypt
    • Elliptic Curve Cryptography (ECC)
    • ECDH Key Exchange
    • ECDH Key Exchange - Examples
    • Exercises: ECDH Key Exchange
    • ECC Encryption / Decryption
    • ECIES Hybrid Encryption Scheme
    • ECIES Encryption - Example
    • Exercises: ECIES Encrypt / Decrypt
  • Digital Signatures
    • RSA Signatures
    • RSA: Sign / Verify - Examples
    • Exercises: RSA Sign and Verify
    • ECDSA: Elliptic Curve Signatures
    • ECDSA: Sign / Verify - Examples
    • Exercises: ECDSA Sign and Verify
    • EdDSA and Ed25519
    • EdDSA: Sign / Verify - Examples
    • Exercises: EdDSA Sign and Verify
  • Quantum-Safe Cryptography
    • Quantum-Safe Signatures - Example
    • Quantum-Safe Key Exchange - Example
    • Quantum-Safe Asymmetric Encryption - Example
  • More Cryptographic Concepts
    • Digital Certificates - Example
    • TLS - Example
    • One-Time Passwords (OTP) - Example
  • Crypto Libraries for Developers
    • JavaScript Crypto Libraries
    • Python Crypto Libraries
    • C# Crypto Libraries
    • Java Crypto Libraries
  • Conclusion
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  1. Quantum-Safe Cryptography

Quantum-Safe Asymmetric Encryption - Example

PreviousQuantum-Safe Key Exchange - ExampleNextMore Cryptographic Concepts

Last updated 5 years ago

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TODO: Explain about the McEliece cryptosystem:

TODO: Demonstrate McEliece asymmetric quantum-safe encryption it in Python:

https://en.wikipedia.org/wiki/McEliece_cryptosystem
https://github.com/jkrauze/mceliece