Updated
Updated · evertiq.com · Jun 15
Quobly Raises €115 Million Series A to Industrialize Silicon Quantum Computers
Updated
Updated · evertiq.com · Jun 15

Quobly Raises €115 Million Series A to Industrialize Silicon Quantum Computers

1 articles · Updated · evertiq.com · Jun 15

Summary

  • €115 million in Series A funding will help French startup Quobly speed R&D, industrialization and international expansion for its silicon-based quantum computers.
  • Quobly said the cash will support a first commercial cloud-deployed quantum computer by the end of 2026 under its Alloy product line.
  • Bpifrance, SEALSQ and STMicroelectronics led the round, with the EIC Fund, Blast, ALIAD and Innovacom also participating alongside existing backers including CEA and CNRS.
  • The company is pitching silicon qubits as compatible with semiconductor-grade manufacturing, including 300mm fab processes, to make quantum systems easier to scale and integrate into existing computing infrastructure.
  • The deal also fits France and Europe’s push for sovereign deep-tech capacity, with Bpifrance tying the investment to the France 2030 initiative and executives framing Quobly as a strategic quantum champion.

Insights

With this massive funding, will a French company be the first to break modern encryption?
Can today's chip factories truly mass-produce the ultra-delicate world of quantum bits?
Is silicon the dark horse technology that will finally win the global quantum computing race?

Quobly’s €115M Series A: Accelerating Europe’s Industrial Quantum Revolution with Silicon Technology

Overview

Quobly has closed a landmark €115 million Series A funding round, the largest ever for European quantum hardware, reflecting strong investor confidence in its vision and technology. This funding aims to accelerate the industrialization and commercialization of Quobly’s silicon-based quantum computers, building on its earlier €19 million seed phase. By focusing on manufacturing and scalability, Quobly seeks to position Europe at the forefront of the global quantum race, turning advanced research into practical, high-volume quantum systems ready for real-world industrial and research applications.

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