Quantum Safe Optical Encryptor

Quantum Safe Optical Encryptor

Secure Optical Communications

Secure Optical Communications

Sensitive data traversing optical networks can be intercepted and stored for future decryption. The Quantum Safe Optical Encryptor protects high-speed optical communications at the transmission layer, reducing opportunities for Harvest Now, Decrypt Later (HNDL) attacks.

It transforms digital payloads into spectrally distributed optical noise so unauthorised receivers cannot obtain a readable signal. Complementing with hybrid Post-Quantum Cryptography (PQC) and third-party Quantum Key Distribution (QKD) integration, this physics-based approach adds a distinct layer of protection while integrating with existing optical infrastructure.

Key Features

Photonic Signal Transformation

Transforms digital payloads into spectrally distributed optical noise.

Quantum-Safe Interoperability

Complements PQC and QKD, with optional ML-KEM support.

Flexible Optical Deployment

Supports point-to-point, ring and mesh topologies via existing optical infrastructure.

Key Benefits

Prevent Data Harvesting

Reduce opportunities to capture a readable optical signal for future decryption.

Add a Distinct Security Layer

Complement cryptographic controls with physics-based optical protection.

Preserve Optical Infrastructure

Strengthen protection without redesigning existing optical networks.

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Cybersecurity
Global