NanoQT and VeriQloud have launched an international collaboration to develop a scalable, hardware-integrated architecture for Blind Quantum Computing (BQC), supported under the EUREKA Globalstars-Japan Round 3 program. The project brings together NanoQT’s nanofiber cavity quantum hardware and VeriQloud’s expertise in quantum network protocols to advance privacy-preserving quantum computing via neutral-atom platforms.
The initiative aims to create a BQC-compatible architecture that enables secure delegated computation on networked quantum processors. The system will integrate a nanofiber-based quantum network interface with neutral-atom QPUs and implement cryptographic protocols to ensure client-side data privacy. This hardware-software co-design approach addresses scalability and practical deployment challenges for secure quantum cloud services.
Funding is provided by NEDO (Japan) and Bpifrance (France) under the EUREKA framework, underscoring cross-national investment in secure quantum infrastructure. The collaboration is expected to yield both technical prototypes and foundational IP for privacy-preserving quantum computation.
Read the official announcement from NanoQT here and project listing on NEDO’s site here.
June 16, 2025.
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