Study on the System Architecture of a Quantum Communication Infrastructure - CNECT/LUX/2020/CPN/0062
The objective is to conduct a system study to define the architecture and design the system of a Quantum Communication Infrastructure (QCI) for both the Terrestrial and Space segments. The current deadline is 13 Oct 2020, 23:59 UTC.
What the buyer needs
- The objective is to conduct a system study to define the architecture and design the system of a Quantum Communication Infrastructure (QCI) for both the Terrestrial and Space segments.
- The tender will provide a roadmap for the deployment of the architecture with the key technologies and technology components required for the terrestrial and space segment, including R&D efforts.
- The costs and timelines associated to the different phases of the deployment will be explained and detailed.
- The architecture will have to be modular and scalable to include any new application or technology when available.
Procurement signals
- Procedure: CNECT/LUX/2020/CPN/0062
- Procedure type: Competitive negotiated procedure (NEGOTIATED_COMPETITIVE)
- Contract type: Services contract (31095498)
- Published: 15 Sep 2020
Procurement categories
CPV labels are not yet mapped locally, so the official category codes are shown as source-backed identifiers.
Programme and geography
Derived from official EU Funding & Tenders portal source fields. Use this as a shortlisting aid; the official tender record remains authoritative.
Source-backed details
Original identifiers and classification fields from the EU tender source.
- CNECT/LUX/2020/CPN/0062
- 6683en
- Competitive negotiated procedure (NEGOTIATED_COMPETITIVE)
- Services contract (31095498)
- 15 Jul 2026, 07:21 UTC
Full official description
The objective is to conduct a system study to define the architecture and design the system of a Quantum Communication Infrastructure (QCI) for both the Terrestrial and Space segments. The tender will provide a roadmap for the deployment of the architecture with the key technologies and technology components required for the terrestrial and space segment, including R&D efforts. The costs and timelines associated to the different phases of the deployment will be explained and detailed. The architecture will have to be modular and scalable to include any new application or technology when available. This tender is part of a coordinated call with the European Space Agency (ESA) which will launch the same study but for the space segment of the architecture. The present call addresses only the terrestrial segment.