QuantumSecure

Security Guaranteed byPhysics, Not Algorithms

Protect your data against quantum computers with quantum-safe cryptography. QKD for unconditional security. PQC for practical deployment.

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100%
Eavesdrop Detection
256-bit
Key Length Support
NIST
PQC Standards
1,200km
QKD Distance (Micius)

The Quantum Threat is Real

Today: Adversaries are harvesting encrypted data, waiting for quantum computers to decrypt it.

Soon: Cryptographically relevant quantum computers will break RSA and ECC encryption.

Solution: Quantum-safe cryptography protects your data now and in the future.

NOW
"Harvest now, decrypt later" attacks active
2030
Recommended migration deadline
2035
NIST deprecates RSA/ECC

Classical vs Quantum Security

Classical Encryption (RSA/ECC)
Security based on computational hardness. Quantum computers will break it.
Quantum Key Distribution
Security based on physics. No-cloning theorem prevents eavesdropping.
Post-Quantum Cryptography
Math problems resistant to quantum attacks. NIST standardized.

QuantumSecure Modules

Comprehensive quantum-safe security for enterprise applications.

Quantum Key Distribution

BB84 protocol for unconditionally secure key exchange using quantum mechanics.

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Quantum Teleportation

Transfer quantum states using entanglement and classical communication. Compress + teleport for secure messaging.

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Post-Quantum Cryptography

NIST-approved ML-KEM and ML-DSA algorithms resistant to quantum attacks.

Coming Soon

Quantum Random Numbers

True randomness from quantum mechanics for cryptographic key generation.

Coming Soon

Simple API Integration

Add quantum-safe security to your applications with just a few lines of code. Full SDK support for Python, JavaScript, and REST API.

  • QKD key exchange for ultimate security
  • NIST PQC algorithms (ML-KEM, ML-DSA)
  • Quantum random number generation
  • Hybrid classical-quantum modes
from quantumflow import QuantumSecure

# Initialize QKD session
qkd = QuantumSecure.QKD()
session = qkd.create_session(
    protocol="bb84",
    key_length=256
)

# Exchange key with recipient
shared_key = session.exchange(
    recipient="[email protected]"
)

# Use key for encryption
cipher = QuantumSecure.encrypt(
    message=data,
    key=shared_key
)

Ready to Go Quantum-Safe?

Start with our free tier. No quantum computer required - our cloud handles the quantum operations.

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