Quobly Secures €115 Million in Series A Funding to Launch Silicon Quantum Computers
On June 3, 2026, Quobly, a French startup specializing in quantum computing, announced that it has successfully raised €115 million in Series A financing. This significant funding round is led by prominent investors including Bpifrance, SEALSQ, and STMicroelectronics, supplemented by contributions from the European Innovation Council and other notable partners.
This injection of capital will enable Quobly to expedite the industrialization of its silicon-based quantum computers and prepare for the launch of its first product, expected by the end of 2026. The company aims to take quantum computing beyond theoretical frameworks and into practical applications, making significant advancements in high-performance computing (HPC) and research sectors.
Quobly's approach to quantum computing leverages established semiconductor manufacturing processes, specifically using FD-SOI (Fully Depleted Silicon On Insulator) technology on 300 mm wafers. This production method not only aligns with industrial standards but also allows for improved scalability and reproducibility of qubit technology. By integrating their innovations into the existing semiconductor infrastructure, Quobly aims to ensure that their quantum computers can operate seamlessly alongside conventional systems, which is crucial for mass adoption in commercial environments.
The Alloy Pioneer, Quobly's first quantum computer, is designed for both high-performance computing users and research environments. It will initially be accessible via cloud services in 2026, with plans for further deployment in HPC infrastructures by 2027. This dual-access approach aims to facilitate user engagement and provide developers the opportunity to refine their applications in conditions that closely mimic real-world operational challenges.
Quobly's ambition is to not only advance its technology but also to create a comprehensive ecosystem surrounding quantum computing. With over 100 employees and having established subsidiaries in Singapore and Canada, the company is strategically positioned to influence the industry's future direction. The funding will enhance Quobly's R&D efforts, allowing for further technological advancements and commercial scaling.
Key partners like STMicroelectronics and Air Liquide are expected to play vital roles in this journey, helping Quobly to navigate the intricacies associated with the industrialization of quantum technologies. This collaboration emphasizes the need for robust, secure, and scalable quantum systems that meet industry demands.
"This investment represents a key milestone in our journey from technological validation to industrial execution," remarked Maud Vinet, CEO and co-founder of Quobly. She emphasized the company’s commitment to creating quantum systems that are deployable and scalable within current technological frameworks.
Laurent Malier from STMicroelectronics highlighted that achieving the expected scale of quantum computing for HPC clients requires rigorous industrial standard adherence, which Quobly is well-prepared to achieve.
As the global race for quantum supremacy intensifies, Quobly is carving out its niche by focusing on manufacturability and a co-design approach between technology and system architecture. The recent funding will undoubtedly propel them forward, solidifying their role in shaping the future of quantum computing, not just in Europe, but globally. Quobly remains optimistic about the trajectory of quantum technology and its potential impacts across various sectors.
In summary, Quobly's successful Series A funding not only underscores investor confidence in its innovative capabilities but also rekindles interest in the broader application of quantum computing solutions. It will be fascinating to observe how Quobly balances technological ambition with practical deployment in the upcoming years.
This injection of capital will enable Quobly to expedite the industrialization of its silicon-based quantum computers and prepare for the launch of its first product, expected by the end of 2026. The company aims to take quantum computing beyond theoretical frameworks and into practical applications, making significant advancements in high-performance computing (HPC) and research sectors.
Quobly's approach to quantum computing leverages established semiconductor manufacturing processes, specifically using FD-SOI (Fully Depleted Silicon On Insulator) technology on 300 mm wafers. This production method not only aligns with industrial standards but also allows for improved scalability and reproducibility of qubit technology. By integrating their innovations into the existing semiconductor infrastructure, Quobly aims to ensure that their quantum computers can operate seamlessly alongside conventional systems, which is crucial for mass adoption in commercial environments.
The Alloy Pioneer, Quobly's first quantum computer, is designed for both high-performance computing users and research environments. It will initially be accessible via cloud services in 2026, with plans for further deployment in HPC infrastructures by 2027. This dual-access approach aims to facilitate user engagement and provide developers the opportunity to refine their applications in conditions that closely mimic real-world operational challenges.
Quobly's ambition is to not only advance its technology but also to create a comprehensive ecosystem surrounding quantum computing. With over 100 employees and having established subsidiaries in Singapore and Canada, the company is strategically positioned to influence the industry's future direction. The funding will enhance Quobly's R&D efforts, allowing for further technological advancements and commercial scaling.
Key partners like STMicroelectronics and Air Liquide are expected to play vital roles in this journey, helping Quobly to navigate the intricacies associated with the industrialization of quantum technologies. This collaboration emphasizes the need for robust, secure, and scalable quantum systems that meet industry demands.
"This investment represents a key milestone in our journey from technological validation to industrial execution," remarked Maud Vinet, CEO and co-founder of Quobly. She emphasized the company’s commitment to creating quantum systems that are deployable and scalable within current technological frameworks.
Laurent Malier from STMicroelectronics highlighted that achieving the expected scale of quantum computing for HPC clients requires rigorous industrial standard adherence, which Quobly is well-prepared to achieve.
As the global race for quantum supremacy intensifies, Quobly is carving out its niche by focusing on manufacturability and a co-design approach between technology and system architecture. The recent funding will undoubtedly propel them forward, solidifying their role in shaping the future of quantum computing, not just in Europe, but globally. Quobly remains optimistic about the trajectory of quantum technology and its potential impacts across various sectors.
In summary, Quobly's successful Series A funding not only underscores investor confidence in its innovative capabilities but also rekindles interest in the broader application of quantum computing solutions. It will be fascinating to observe how Quobly balances technological ambition with practical deployment in the upcoming years.
Topics Consumer Technology）
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