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post-quantum-crypto

Explore cryptographic algorithms designed to resist attacks from quantum computers. Understand why current encryption is vulnerable and how new algorithms protect our digital future.

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Qu'est-ce que c'est ?

🎯 Conseils du simulateur

📚 Glossaire

PostQuantum
Cryptographie résistante aux attaques informatiques quantiques
Shor
Algorithme quantique qui brise RSA et ECC
Grover
Algorithme quantique qui accélère la recherche
Lattice
Grille régulière de points dans un espace de grande dimension
LWE
Apprendre avec des erreurs - problème de réseau difficile
KEM
Mécanisme d'encapsulation clé
MLKEM
Module d'apprentissage avec erreurs KEM (Kyber)
MLDSA
Module d'apprentissage avec erreurs Signature numérique (Dilithium)
Hybrid
Utiliser ensemble les algorithmes classiques et PQ
CryptoAgility
Possibilité d'échanger facilement des algorithmes cryptographiques

💬 Message aux apprenants

{'encouragement': "You're learning about the security infrastructure for the next 50 years. The algorithms being standardized today will protect communications long after quantum computers arrive.", 'reminder': "Post-quantum crypto is being adopted NOW - not waiting for quantum computers. 'Harvest now, decrypt later' attacks mean the transition is urgent.", 'action': 'Compare algorithm sizes in the simulator. See how lattice problems work. Understand why new approaches are needed.', 'dream': "A cryptographer from Kenya might discover new quantum-resistant algorithms. A security engineer from Nigeria might lead their country's migration. The world's digital security needs global expertise.", 'wiaVision': 'WIA Pin Code believes security education should reach everyone. Post-quantum cryptography will protect billions - everyone should understand this transition.'}

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