Post quantum cryptographic

[paperpaper1]

How safe is the current encryption and account password at the era of quantum computer?

 

[paperpaper1]

How safe is the current encryption and account password at the era of quantum computer?

new algirithm to do the encryption coming soon

 

[paperpaper1]

How safe is the current encryption and account password at the era of quantum computer?

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[paperpaper1]

new algirithm to do the encryption coming soon

Current encryption methods, including those used for account passwords, may become vulnerable to quantum computers. New quantum-resistant algorithms are being developed to enhance security. Protiviti can help assess your current security posture and transition to quantum-safe solutions.

 

[paperpaper1]

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Current encryption and passwords may not be safe against quantum computers. Post-quantum cryptographic methods are needed to secure data. Imagine securing your online bank with a lock that can’t be picked, even by the fastest quantum thief.

 

[davidktw]

Post-Quantum Encryption / Key Encapsulation Algorithms (KEMs)

NIST Selected Standards (2022-2024):

1. CRYSTALS-Kyber
   • Type: Lattice-based (Module-LWE)
   • Use: Key encapsulation mechanism (KEM)
   • Status: Selected by NIST for standardization
2. Classic McEliece
   • Type: Code-based
   • Use: KEM
   • Status: Considered by NIST for inclusion due to long-term security confidence

Additional Candidates (NIST Round 4 ongoing):

• BIKE (Bit Flipping Key Encapsulation) – Code-based
• NTRU – Lattice-based
• SIKE – Superseded due to security vulnerability in 2022

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Post-Quantum Digital Signature Algorithms
NIST Selected Standards (2022):

1. CRYSTALS-Dilithium
   • Type: Lattice-based
   • Use: Digital signatures
   • Status: NIST standard (primary recommendation)
2. FALCON
   • Type: Lattice-based (NTRU)
   • Use: Digital signatures
   • Status: NIST standard for constrained environments
3. SPHINCS+
   • Type: Hash-based
   • Use: Stateless signature scheme
   • Status: NIST standard (fallback alternative)

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Quantum-Resistant Hash Functions

• SHA-3 (Keccak) – NIST standard, still quantum-resistant with increased output size
• BLAKE3 – Fast and secure, though not formally standardized for post-quantum use yet
• SPHINCS+ uses hash-based constructions, making it inherently post-quantum

Security is always a cat and mouse game. 矛盾