Applied Quantum Cybersecurity Research
Quantum and post-quantum security technologies are rapidly transitioning from theoretical research to real-world deployment. While much existing research focuses on isolated cryptographic primitives or physical implementations, our work addresses the system-level challenge of deploying quantum-safe security in operational environments.
What We Do
Our applied research focuses on the combined and complementary use of Quantum Key Distribution (QKD) and Post-Quantum Cryptography (PQC) within existing digital infrastructures, including telecommunications networks, cloud platforms, and distributed systems.
Our Unique Contribution
We develop engineering methods, requirements frameworks, and validation processes that make quantum-safe security usable beyond the lab:
· Translating security, performance, regulatory, and operational needs into concrete system requirements
· Designing hybrid architectures that combine QKD and PQC to ensure resilience, continuity, and long-term cryptographic agility
· Validating both quantum and post-quantum security through measurable KPIs such as key rate, latency, availability, interoperability, and operational robustness
Impact
Our research enables organizations to adopt quantum-safe communication in a controlled, auditable, and operationally realistic manner, supporting critical infrastructures of today while preparing them for future cryptographic transitions.
Future Directions
The subcenter will gradually expand its applied research activities by involving additional researchers and exploring complementary areas at the intersection of quantum technologies, post-quantum cryptography, and applied cybersecurity.
This direction supports interdisciplinary collaboration and addresses emerging real-world challenges in deploying next-generation secure systems.