IQM Raises $320 Million, Becomes Quantum Unicorn

IQM Quantum Computers, a European leader in superconducting quantum systems, has secured a $320 million (€275 million) Series B funding round, bringing its total funding to $600 million. The round was led by Ten Eleven Ventures, a U.S. cybersecurity-focused firm making its first investment in IQM, and was joined by Finland’s Tesi, which increased its commitment, alongside new and existing investors including Elo Mutual Pension Insurance, Varma Mutual Pension Insurance, Schwarz Group, Winbond Electronics, EIC, and Bayern Kapital. Goldman Sachs International acted as the sole placement agent.

The funding comes at a pivotal time for IQM, as it seeks to accelerate development toward fault-tolerant, error-corrected systems capable of scaling from thousands to millions of qubits. According to co-founder and co-CEO Dr. Jan Goetz, the capital will strengthen IQM’s global reach, supporting its on-premises quantum offerings, newly upgraded cloud services, and a stronger commercial presence in the U.S. market. Significant investment will also go into its Finnish chip fabrication facilities, aimed at expanding advanced manufacturing for scalable qubit systems.

The addition of Ten Eleven Ventures marks a strategic step into the U.S., with Ten Eleven’s co-founder Alex Doll joining IQM’s board of directors. Doll emphasized the convergence of quantum and cybersecurity as key to future computing, noting the shared stakeholder communities and opportunities for IQM to shape secure computational infrastructures. Tesi, one of IQM’s earliest backers, highlighted the company’s rapid progress in technology and customer delivery, underscoring its status as a global quantum leader.

With this round, IQM is poised to advance both its R&D and industrial scale-up, targeting the global demand for quantum systems. The company’s roadmap envisions reaching one million qubits while integrating error correction, positioning IQM at the forefront of the quantum era and intensifying competition in the race toward practical, fault-tolerant quantum computing.