SciTransfer
Organization

IQM FINLAND OY

Finnish SME building superconducting quantum processors and full-stack quantum computers, coordinating Europe's push toward 1,000-qubit machines.

Technology SMEdigitalFISME
H2020 projects
2
As coordinator
1
Total EC funding
€2.8M
Unique partners
17
What they do

Their core work

IQM is a Finnish quantum computing hardware company that builds superconducting quantum processors and full-stack quantum computers. Their core work is designing, fabricating, and integrating the physical qubit chips, control electronics, and cryogenic systems needed to turn quantum physics into usable computing machines. Within H2020 they took on the ambitious role of coordinating a flagship effort to build a 1,000-qubit European quantum computer, while also contributing to upstream materials research for qubit fabrication. They are one of the few European players attempting to deliver quantum hardware at industrial scale rather than pure academic prototypes.

Core expertise

What they specialise in

Superconducting quantum processorsprimary
2 projects

Coordinated Prometheus to build a 1,000-qubit quantum computer and participated in MATQu on quantum computing materials.

Quantum computing hardware integrationprimary
1 project

Prometheus targets a full working quantum computer, not just isolated components, with IQM as coordinator.

Materials for qubit fabricationsecondary
1 project

Participated in MATQu (2021-2024), focused specifically on materials for quantum computing devices.

Large-scale quantum system engineeringemerging
1 project

The 1,000-qubit target in Prometheus implies work on scaling control, wiring, and cryogenics beyond lab prototypes.

Evolution & trajectory

How they've shifted over time

Early focus
Quantum processor hardware
Recent focus
Quantum computing materials

Across their short H2020 footprint, IQM moved from leading an end-to-end hardware build (Prometheus, 2020) toward also engaging with the upstream materials science layer (MATQu, 2021). The keyword mix stays tightly on quantum computing throughout, but the role shifts from system integrator and coordinator to specialist contributor in a materials consortium. This suggests a company deepening its supply chain understanding while continuing to push its own processor roadmap.

IQM is moving from standalone hardware delivery toward securing the materials and fabrication ecosystem around their qubits — a useful partner for anyone working on the European quantum stack from wafer to system.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European7 countries collaborated

IQM acts as a consortium leader on their flagship hardware work and as a specialist partner when the topic narrows to a single technical layer like materials. With 17 unique partners across 7 countries from just 2 projects, they build broad, pan-European networks rather than tight repeat-collaborator circles. This makes them a credible hub for ambitious quantum hardware consortia, not a quiet background contributor.

17 distinct partners across 7 countries in just 2 projects indicates a dense, pan-European quantum collaboration footprint anchored in Finland but reaching well beyond the Nordics.

Why partner with them

What sets them apart

Most European quantum players are university groups or research institutes; IQM is a private SME that coordinates a flagship hardware consortium and carries most of the SME-2 funding weight itself. They combine startup agility with the ability to lead a multi-million-euro multi-country build, which is rare in European deep tech. For anyone who needs an industrial quantum hardware partner rather than an academic collaborator, they are one of the very few credible options on the continent.

Notable projects

Highlights from their portfolio

  • Prometheus
    IQM coordinates this €2.5M SME-2 effort aiming at a 1,000-qubit European quantum computer — their largest and most visible role.
  • MATQu
    A Digital-pillar RIA on quantum computing materials where IQM sits as industrial participant, connecting their hardware work to upstream materials research.
Cross-sector capabilities
manufacturingmultidisciplinaryspacesecurity
Analysis note: Only 2 H2020 projects on file, both tightly focused on quantum computing. The profile is clear in direction but thin in volume; conclusions about evolution are drawn from a short 2020-2021 window.