OVHcloud Enhances the Quantum Platform: Alloy Pioneer, the First Quantum Computer from Quobly, is Coming

OVHcloud has taken the stage at France Quantum 2026 to present the latest developments in quantum computing. The most significant news is that by the end of 2026, the company will make available to its customers a quantum computer based on the technology of Quobly.

It also announced a collaboration with Welinq to create heterogeneous clusters of computers that will include a mix of classical and quantum processors. OVHcloud will provide customers with Alloy Pioneer, the first commercial quantum computer from Quobly.

Quobly is a French startup that recently completed a funding round of 115 million euros to accelerate the development of its quantum technology. The company’s first quantum computer will be available by the end of 2026 and will be integrated into OVHcloud's sovereign cloud infrastructure.

Quobly distinguishes itself from other companies developing quantum chips as it focuses on silicon spin qubits, which are qubits fabricated on silicon and developed using processes similar to those already used in the semiconductor industry. The idea is to not treat quantum computing as a laboratory experiment, but rather to attempt to integrate it into an existing production supply chain. Quobly is leveraging FD-SOI technology on 300mm wafers, aiming to make quantum processors more scalable, reproducible, and suited for industrial production.

"Our goal is to make quantum computing available to users within their usual computing environments. By joining OVHcloud's Quantum Platform, we are fine-tuning new simulation and hybrid computing capabilities that will allow researchers and businesses to explore applications previously out of reach for traditional architectures," says Maud Vinet, CEO and co-founder of Quobly.

OVHcloud and Welinq Together to Develop the Data Centers of the Future

The second announcement made by OVHcloud at France Quantum 2026 is the launch of a strategic collaboration with Welinq aimed at creating homogeneous or heterogeneous clusters of quantum computers integrated with traditional computing resources. This approach supports the flexible allocation of workloads to the most suitable platforms depending on the use case and the evolution of quantum technologies. It's important to remember that quantum computers are not necessarily faster than traditional ones, distinguishing themselves by the ability to quickly solve specific problems.

"The future of quantum computing relies not just on computing power, but also on the ability to network and orchestrate systems within IT infrastructures. We are proud that OVHcloud is among the first players to implement this new generation of technologies and to collaborate with us in developing future quantum datacenters," says Tom Darras, CEO and co-founder of Welinq.

"For OVHcloud, a European pioneer in quantum computing, innovation plays a fundamental role. We are pleased to collaborate with Welinq to drive the evolution of digital infrastructure with next-generation datacenters, contributing to the growth of the entire European quantum computing ecosystem," declares Miroslaw Klaba, Research and Development Director of OVHcloud.