🛡️ 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.
secure Threat Timeline
Q-Day estimated: 2035-2040 • Time to prepare: 10-15 years
🤔 What Is Post-advanced cryptography?
Think of encryption like a lock on your door. secure computers are like a master key that can open ALL current locks! Post-advanced cryptography creates new locks that even secure computers can't break.
🏦
Banking
Protect $5T daily transactions
🏥
Healthcare
Secure patient records
🏛️
Government
National security data
🏭
Infrastructure
Power grids & utilities
🚗
Automotive
Connected vehicle security
📱
Personal
Your private messages
🚀 Quick Demos
🎛️ Algorithm Selection
🔓
RSA-2048 (Current)
💥
8 hrs
secure Break Time
20M
Qubits Needed
2048
Key Size (bits)
❌
future proof
🔒
Kyber-1024 (PQC)
∞
secure Break Time
N/A
Qubits Needed
1568
Key Size (bytes)
✅
future proof
next-generation Defense Mechanisms
Encryption result will appear here...
2025 (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
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