Qilimanjaro Inaugurates Analog Quantum Computer at Barcelona Supercomputing Center

By AI, Created 2:46 PM UTC, May 28, 2026, /AGP/ – Qilimanjaro Quantum Tech has installed a new analog quantum computer at Barcelona Supercomputing Center, adding to a hybrid setup that already includes digital quantum and classical supercomputing. The system is part of the €8.5 million EuroQCS-Spain project and is meant to give European researchers and industry early access to applied quantum computing.

Why it matters: - Barcelona Supercomputing Center now combines analog quantum computing, digital quantum computing and classical supercomputing in one hybrid environment. - The setup gives researchers and companies access to a broader toolset for optimization, simulation and emerging quantum AI workloads. - The system is designed to let users start applying quantum computing before fully fault-tolerant machines arrive.

What happened: - Qilimanjaro Quantum Tech inaugurated a new analog quantum computer at Barcelona Supercomputing Center in Barcelona, Spain, on May 28, 2026. - The installation expands BSC’s quantum infrastructure and complements the digital quantum system Qilimanjaro and GMV installed in 2025 for Spain’s Quantum Spain program. - The new system is part of MareNostrum-Ona, BSC’s integrated quantum infrastructure tied to MareNostrum 5. - The project marks the first milestone of the EuroQCS-Spain contract.

The details: - EuroQCS-Spain totals €8.5 million. - The project is co-financed by the EuroHPC Joint Undertaking and Spain’s SEDIA, the State Secretariat for Digitization and Artificial Intelligence. - Under the contract, Qilimanjaro is the full-stack quantum provider and Do IT Now is the HPC-QC integrator. - The initial delivery is a 10-analog-qubit system. - Two more AQPU generations are scheduled for delivery in 2026 and 2027. - The system will be available through EuroHPC and the Spanish Supercomputing Network access calls. - Training and ongoing technical support for the BSC team are included in the contract. - The platform is suited to logistics, energy networks, financial modeling, molecular simulation, and materials research. - The platform also supports quantum-enhanced AI workloads. - The analog system is error-resilient by design and reduces dependence on full error correction.

Between the lines: - BSC is positioning itself as one of the few places where analog quantum, digital quantum and classical supercomputing operate as a single resource. - The hybrid model reflects a practical shift in quantum computing, emphasizing near-term usefulness rather than waiting for perfect hardware. - The project also signals Europe’s push to build more competitive quantum infrastructure and keep access open to researchers and industry. - Barcelona is emerging as a showcase site for integrated quantum-HPC infrastructure.

What’s next: - Qilimanjaro and Do IT Now will deliver the next two AQPU generations in 2026 and 2027. - European researchers and industrial users will be able to apply for access through EuroHPC and RES calls. - The expanded environment is expected to support more work in pharmaceuticals, materials science, logistics, finance and artificial intelligence. - BSC will continue building out MareNostrum-Ona as a unified quantum and HPC resource.

The bottom line: - Qilimanjaro’s new analog machine gives Barcelona Supercomputing Center another building block in one of Europe’s most advanced hybrid quantum computing environments.