What is the main objective of this PoC?

To verify the feasibility of a communication method that combines Toshiba's QKD and Quantum Bridge's DSKE, maintaining information-theoretic security without interruption even during disasters.

How do QKD and DSKE work together?

QKD is used for the main line, DSKE (operating on SDS) for the backup line, with key management linked via SKIP API in an IPsec VPN environment, enabling automatic switching during failures.

In which sectors is this technology expected to be used?

It is anticipated for use in fields requiring high security and business continuity, such as finance, public services, and healthcare.

AI News NQ Analysis

QNS Services Successfully Completes PoC for Quantum-Safe Communication Combining Toshiba's QKD System and Quantum Bridge's DSKE

NQ Score 50/100

AI Summary (NQ-processed)

QNS Services, in collaboration with Toshiba and Quantum Bridge, has successfully demonstrated a redundant quantum-safe communication system. This PoC validates a method for continuous, information-theoretically secure communication even during network failures, targeting high-security sectors.

AI analysis data is not yet available.

Frequently Asked Questions

Q: What is the main objective of this PoC?: A: To verify the feasibility of a communication method that combines Toshiba's QKD and Quantum Bridge's DSKE, maintaining information-theoretic security without interruption even during disasters.
Q: How do QKD and DSKE work together?: A: QKD is used for the main line, DSKE (operating on SDS) for the backup line, with key management linked via SKIP API in an IPsec VPN environment, enabling automatic switching during failures.
Q: In which sectors is this technology expected to be used?: A: It is anticipated for use in fields requiring high security and business continuity, such as finance, public services, and healthcare.