🚀 Welcome to Post-advanced cryptography Lab!

Explore and learn through interactive simulation. Choose your learning level:

🛡️ Post-advanced cryptography Lab

Defend against secure computer attacks! See how secure computers can break today's encryption and learn how next-generation algorithms protect us. Interactive simulations make complex cryptography easy to understand.

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secure Threat Timeline
Q-Day estimated: 2035-2040 • Time to prepare: 10-15 years

🤔 What Is Post-Quantum Cryptography?

Think of your passwords protected by a lock that quantum computers can pick in seconds — today's encryption relies on math problems that classical computers can't solve, but quantum machines will crack them effortlessly. Post-quantum cryptography builds entirely new locks based on lattice math that even quantum computers find impossible.

Why does this matter? "Harvest now, decrypt later" attacks are already happening — adversaries store encrypted data today to crack it when quantum computers arrive. NIST finalized new PQC standards in 2024. In this simulator, you'll watch quantum attacks break RSA encryption and deploy next-generation lattice-based defenses.

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Banking
Protect $5T daily transactions
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Healthcare
Secure patient records
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Government
National security data
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Infrastructure
Power grids & utilities
🚗
Automotive
Connected vehicle security
📱
Personal
Your private messages
🚀 Quick Demos
🎛️ Algorithm Selection
🔓 RSA-2048 (Current)
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8 hrs
secure Break Time
20M
Qubits Needed
2048
Key Size (bits)
future proof
🔒 Kyber-1024 (PQC)
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secure Break Time
N/A
Qubits Needed
1568
Key Size (bytes)
future proof

Next-Generation Defense Mechanisms

Encryption result will appear here...
2026 (Now)
Start Assessment
Inventory current encryption systems
2026-2027
Testing Phase
Test PQC algorithms in sandbox environments
2028-2030
Hybrid Deployment
Run classical and PQC in parallel
2030-2035
Full Migration
Complete transition to future-proof systems
2035+
secure Era
Protected against secure attacks