Quantum-Protected Bitcoin Transactions

Secure your Bitcoin transactions against quantum computer attacks using post-quantum cryptography. Our hybrid protection system ensures your transactions remain secure even if quantum computers break ECDSA.

Wallet Control Center

Network Stats

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100.00%
0
Standard:0
Enhanced:0
Maximum:0
0.0 years

Create Protected Transaction

Quantum Security Estimation

We estimate protection time based on quantum computer development trends and the chosen Dilithium security level.

Transaction Summary

Learn About Quantum Protection

How It Works

When you create a quantum-protected transaction, we:

  1. Generate a hybrid wallet with both Bitcoin and Dilithium keys
  2. Create your Bitcoin transaction normally
  3. Add an extra Dilithium signature for quantum protection
  4. Store both signatures in the blockchain

Protection Levels

Standard (10 years)

Uses Dilithium2 parameters - Good for most transactions

Enhanced (20 years)

Uses Dilithium3 parameters - Better for large amounts

Maximum (30 years)

Uses Dilithium5 parameters - Best for critical transactions

Example Code

# Create a quantum-protected wallet
wallet = QuantumProtectedWallet()

# Protect a Bitcoin transaction
tx_hash = "4a5e1e4b..."
protected_tx = wallet.protect_transaction(tx_hash)

# Verify the protection
is_valid = wallet.verify_protected_transaction(
    protected_tx
)

This is a simplified version of how our quantum protection works behind the scenes.

Why Quantum Protection?

🔓 Quantum computers could break Bitcoin's current security

🔒 Dilithium signatures remain secure against quantum attacks

âš¡ Our hybrid approach protects your funds for the future

💪 Higher protection levels use stronger quantum parameters