Qilimanjaro Quantum Tech, one of the pioneering companies in the development of quantum technology in Europe and an active participant in the Industrial Doctorate Plan (with 9 Industrial Doctorate projects developed in collaboration with academic institutions such as the UB, UPC, UAB, BSC and IFAE), continues to pave the way towards the democratization of access to quantum computing. With extensive experience in applied research projects, the company is leading the construction of the first commercial quantum computer and is consolidating itself as a benchmark in the creation of algorithms and quantum hardware using an analog computing model.
In this context, Qilimanjaro, in collaboration with Do IT Now , has announced the signing of the contract for the supply of the EuroQCS-Spain quantum computer for the EuroHPC Joint Undertaking. Under this agreement, the MareNostrum-Ona system – an adiabatic quantum computer based on superconducting technology with high-quality qubits – will be hosted at the Barcelona Supercomputing Center (BSC), representing a significant advance in the integration of quantum and supercomputing technologies across Europe.
MareNostrum-Ona: the new quantum computer at the BSC
The contract, worth 8.5 million euros, includes the installation, training, maintenance, support and warranty of the new quantum system, called MareNostrum-Ona. This device, based on superconducting technology with high-quality qubits and an adiabatic/analog computing model, will be installed at the Barcelona Supercomputing Center ( BSC ), integrating into the existing infrastructure of the MareNostrum 5 supercomputer. This new platform, designed to solve complex optimization problems, quantum simulations and annealing algorithms, complements the digital quantum computing system already present at the BSC, previously acquired within the framework of the Quantum Spain initiative.
A hybrid solution for research and industry
The integration of MareNostrum-Ona within the BSC ecosystem allows for a powerful combination of classical and quantum computing capabilities. This synergy facilitates the resolution of challenges that were difficult to address with traditional technologies. In addition, the platform offers an accessible interface that allows researchers to program and execute their own algorithms with the editor of their choice, making it a practical tool for exploring the possibilities of quantum computing.
The contract foresees, starting in the second half of 2025, the annual provision of three generations of 10-qubit adiabatic quantum processing units (AQPUs), with further deliveries planned for 2026 and 2027. In addition, a comprehensive training process and ongoing support will be guaranteed to ensure that the BSC team can operate and maintain the new infrastructure effectively.
European collaboration for excellence in HPC and quantum computing
This project, jointly developed by Qilimanjaro Quantum Tech and Do IT Now, is a clear example of collaboration between European providers driving the development of cutting-edge technological solutions. The initiative not only reinforces European leadership in quantum technology, but also demonstrates the commitment to creating a collaborative and innovative environment for the High Performance Computing (HPC) community and quantum research.
With this breakthrough, Qilimanjaro reaffirms its position as a benchmark in the creation of algorithms and quantum hardware based on an analog computing model different from traditional solutions, decisively contributing to making this technology accessible to industries and research centers throughout Europe.
