Quantum Breakthrough: OVHcloud Integrates Quobly's Quantum Processor into Its Cloud Platform
European cloud giant OVHcloud is taking a significant step into the future by announcing the expansion of its Quantum Platform. By the end of 2026, the company's sovereign cloud will host Alloy Pioneer — the first commercial quantum computer from French startup Quobly, built on silicon spin qubits.
This event marks not just another partnership, but an attempt to create a truly functional bridge between classical and quantum computing infrastructure. The choice of Quobly is no coincidence: their technology is based on standard 300mm FD-SOI wafers, which is an industry standard for semiconductors. This approach avoids the costly and difficult-to-scale alternatives characteristic of other quantum architectures.
From a business perspective, OVHcloud is betting on pragmatic engineering. Using FD-SOI wafers means Quobly's quantum chips can be manufactured at existing factories without the need to build specialized production lines. This is critical for reducing costs and accelerating the commercialization of the technology. Alloy Pioneer will be the first device to demonstrate how effectively silicon spin qubits can be integrated into a classical cloud environment.
Expert analytical commentary: Integrating quantum computing into a sovereign cloud is a logical next step for European providers striving for technological independence. However, the key question lies not in the mere existence of qubits, but in their coherence and quantity. For now, Alloy Pioneer is more of a technology demonstrator than a full-fledged computing tool. If Quobly manages to maintain qubit stability at a commercially viable level, this could mark the beginning of a new era for cloud computing in Europe, shifting the focus from the dominance of American and Chinese players to homegrown developments.