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Finland is advancing its national supercomputing infrastructure with a 300-qubit superconducting system from IQM and VTT by 2027, marking Europe's largest domestic quantum processor. The project leverages a unique five-year co-development model where on-premises access enables deep optimization across the full hardware stack, from control electronics to error mitigation algorithms. This integration positions the facility as a critical accelerator within classical computing pipelines rather than an isolated system.
IQM and VTT will deploy a 300-qubit computer in Finland by 2027

In 2027, a 300-qubit IQM Radiance system will run in Finland, operated by VTT and integrated into the national supercomputing infrastructure, with the first 150-qubit stage arriving late 2026. This will be the largest superconducting quantum computer built in Europe.
By late 2026, Finland will begin operating a 300-qubit superconducting quantum computer, positioning it as Europe’s largest system of its kind. IQM and VTT are collaborating on the project, with the first 150-qubit stage arriving late 2026. This announcement stems from a five-year co-development model; Jorden Senior, who leads VTT’s quantum hardware team, explains, “We know each other’s labs, people and quality standards, so we move fast, and we are candid with each other.” VTT, a research organization owned by the Finnish state, operates Finland’s national quantum infrastructure and pursues higher-risk research alongside IQM’s hardware development. This arrangement extends beyond typical…
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