Quantum Key Generation (QKD) | Quantum-Secure Encryption

QKD-LEVEL SECURITY

No key distribution.

QKG & QKD.

Key transmission between endpoints is the greatest risk and challenge to achieving true quantum-secure encryption — removing it is essential and neutralizes “harvest now and decrypt later” attacks.

NON-OBSOLESCENT ENCRYPTION

Unbreakable by design.

Future-proof.

Even as computing power advances and cyber threats evolve, our quantum-secure encryption and ransomware protection service makes unauthorized data access a non-zero probability — unparalleled data protection that stands the test of time.

CRYPTO AGILE

QKG Overview

Information-theoretic security is mathematically unbreakable, even against unbounded adversaries. Computational security only protects against bounded adversaries.

CUSTOMIZABLE ENCRYPTION

Encryption Levels

Each dataset and AI model can utilize quantum-secure encryption or quantum-resistant encryption based on its confidentiality requirement.

QUANTUM-SECURE ENCRYPTION

Based on cryptography that is mathematically unbreakable — secure against quantum computers. Gold standard for future-proof security.

Security is mathematically unbreakable, regardless of an attacker’s time and power.

Does not utilize security dependent on encryption complexity.

Protects against any adversary with unlimited time and power.

Protects against any adversary with limited time and power.

Protects data from ransomware attacks and attenuates ransom claims.

Protects data from harvest now, decrypt later attacks.

QUANTUM-RESISTANT ENCRYPTION

Based on post-quantum cryptography with high computational difficulty — resists quantum attacks. Strong now but could have future vulnerabilities.

Does not utilize security that is mathematically unbreakable.

Encryption complexity increases difficulty for adversaries with limited time and power.

Encryption complexity is vulnerable to adversaries with unlimited resources.

Strong protection against adversaries with practical limits on time and power.

Provides varying protection dependent on implementation parameters.

Varying harvest now, decrypt later protection dependent on implementation parameters.

Protect every byte.