Benchmarking DV-QKD: Secure Key Rate & Quantum Bit Error Rate Analysis
To establish a performance benchmark for DV-QKD, we conducted a detailed evaluation of Secure Key...
Exploring DV-QKD in Telecom Networks: Experimental Evaluation & Integration
Quantum Key Distribution (QKD) is rapidly evolving, and we recently conducted an experimental...
Dynamic Entanglement Distribution with q-ROADM
At the University of Bristol, we’re pushing the boundaries of entanglement-based Quantum Key...
Switched QKD (q-ROADM) – Advancing Secure Quantum Networks
Quantum Key Distribution (QKD) is a game-changer for physical-layer security. But to unlock its...
Advancing Quantum-Classical Integration in Optical Networks with ALLEGRO
We are excited to showcase the ALLEGRO-proposed ROADM node architecture, designed to enable...
Advancing Quantum-Classical Coexistence in Optical Networks
In our latest work, we explore a three-degree ROADM node design that seamlessly integrates C-band...
Node Architecture for Classical-Quantum Signal Coexistence
As quantum communication advances, ensuring the coexistence of classical and quantum signals is...
Securing the Future: Hybrid Post-Quantum Cryptography
The rise of quantum computing threatens traditional cryptographic systems, pushing the community...
End-to-End Encryption in Optical Transport Networks
With the increasing demand for secure high-capacity communications, OTN encryption has emerged as...
Standard Interfaces for High-Capacity Optical Encryption
In today's high-speed communication networks, encryption plays a critical role in securing...