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Welinq Executes First Commercial Sale of QDrive Quantum Memory to Slovak Academy of Sciences

Mohamed Abdel-Kareem
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⚡ Quantum Brief
Welinq completed its first commercial sale of the QDrive quantum memory system to Slovakia’s Institute of Physics, marking the transition of neutral-atom storage technology from research to operational infrastructure. The QDrive is a room-temperature, rack-mountable system using laser-cooled Rubidium-87 atoms, achieving 90%+ storage-and-retrieval efficiency and 200-microsecond durations—critical for overcoming fiber-optic distance limits in quantum networks. The system will integrate into Slovakia’s national Quantum Communication Infrastructure (skQCI), part of the EuroQCI initiative, securing communications for institutions like the Presidential Palace and National Security Authority. This sale validates Welinq’s hardware-software co-design approach, positioning the Sorbonne University spin-off as a leader in deployable quantum memory solutions for secure networks. Future plans include developing “quantum-augmented data centers,” using QDrive units to interconnect distributed quantum processors, enabling resource-sharing across isolated QPUs.
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Welinq Executes First Commercial Sale of QDrive Quantum Memory to Slovak Academy of Sciences Welinq has announced the first commercial sale of its QDrive quantum memory system to the Institute of Physics of the Slovak Academy of Sciences. The system will be integrated into the Slovak Quantum Communication Infrastructure (skQCI), a national initiative contributing to the broader EuroQCI framework for secure, continent-wide quantum networking. This transaction marks the transition of Welinq’s neutral-atom storage technology from advanced research to a deployable infrastructure component within an operational network. The QDrive system is a fully integrated, rack-mountable unit that operates at room temperature, eliminating the requirement for complex cryogenic cooling. It utilizes laser-cooled clouds of Rubidium-87 atoms to store and retrieve quantum information on demand. The system has demonstrated world-record performance for commercial quantum memory, including a storage-and-retrieval efficiency exceeding 90% for single photons and storage durations of up to 200 microseconds. These capabilities are essential for overcoming the distance limitations of optical fibers by enabling the buffering and synchronization of quantum states across network nodes. Strategically, the deployment within the skQCI project supports Slovakia’s objective of establishing a resilient quantum-secure backbone for critical national institutions, including the Presidential Palace and the National Security Authority. For Welinq, a spin-off from Sorbonne University, the sale validates its hardware-software co-design strategy. Beyond secure communications, Welinq’s roadmap focuses on the development of “quantum-augmented data centers,” where QDrive units will serve as the interconnect backbone for distributed quantum computing architectures, facilitating resource sharing between isolated quantum processing units (QPUs). Read the official announcement from Welinq here and technical specifications for the QDrive system here. January 13, 2026 Mohamed Abdel-Kareem2026-01-13T13:56:19-08:00 Leave A Comment Cancel replyComment Type in the text displayed above Δ This site uses Akismet to reduce spam. Learn how your comment data is processed.

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quantum-communication
quantum-computing
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Source: Quantum Computing Report

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