Pasqal, the French quantum computing firm specializing in neutral-atom architectures, has expanded cloud access to its quantum processing units through integration with Scaleway’s QaaS platform. Announced at ai-PULSE 2025, the partnership enables European enterprises, researchers, and developers to access Pasqal’s QPUs within a sovereign cloud environment as quantum workloads grow and regulatory demands intensify.
Scaleway’s QaaS platform aggregates multiple European quantum technologies into a single cloud-accessible ecosystem. By joining this environment, Pasqal makes its hardware available alongside other quantum modalities, allowing users to experiment with different approaches without leaving the cloud platform or procuring specialized equipment. The move aligns with growing demand for simplified, cloud-native quantum environments capable of supporting early-stage development, hybrid workflows, and longer-term production research.
Pasqal’s VP of Product, Jaap Kautz, said the partnership represents a meaningful step toward reducing friction for organizations pursuing quantum experimentation. He noted that combining Scaleway’s cloud delivery model with Pasqal’s own cloud platform provides developers with broader optionality, enabling them to choose either native Pasqal tools or a multi-provider ecosystem depending on their needs.
A key component of Scaleway’s QaaS offering is its unified development path, which allows teams to begin with high-performance quantum emulation using GPU environments before transitioning to real quantum hardware as workloads mature. This architecture lets developers refine concepts, test algorithms, and establish proof-of-concepts before executing against Pasqal’s actual neutral-atom processors. The platform also supports open-source SDKs including Pasqal’s Pulser, a Python-based library for pulse-level programming, allowing users to work with familiar tools when building or optimizing quantum circuits.
The integration also expands Pasqal’s already substantial cloud footprint. The company made its QPUs available via OVHcloud’s Quantum Platform in late 2025, following earlier availability through Microsoft Azure and Google Cloud. Together with its own cloud service, Pasqal’s hardware is now accessible across a broad range of sovereign and hyperscale environments – an approach intended to increase reach while ensuring compliance with European data-handling requirements.
The partnership reinforces Europe’s push to establish a strong, regionally controlled quantum computing ecosystem. Access through Scaleway ensures that workloads can remain within EU jurisdictions, a priority for sectors such as government, finance, healthcare, and defense. It also contributes to building a diversified quantum environment where different architectures – neutral atoms, superconducting qubits, trapped ions, and photonics – can be evaluated within a unified cloud framework.
Industry analysts note that these types of multi-provider quantum platforms are becoming important precursors to large-scale applied quantum computing. Early-stage experimentation benefits from the ability to switch between hardware types, compare performance characteristics, and design hybrid workflows that combine classical HPC with quantum acceleration. For Pasqal, the partnership expands both market reach and developer engagement at a time when quantum hardware competition is intensifying globally.
Executive Insights FAQ
Why is Pasqal expanding through sovereign European cloud platforms?
To meet rising demand for quantum services that comply with EU data sovereignty requirements and provide low-latency regional access.
What advantage does Scaleway’s QaaS model offer developers?
It provides a single environment for emulation, multi-vendor hardware access, and production experimentation without managing physical quantum systems.
How do organizations transition from simulation to real hardware?
Developers can prototype with GPU-based emulators, then seamlessly shift workloads to Pasqal’s neutral-atom QPUs once algorithms are validated.
What makes neutral-atom quantum computing distinct?
Pasqal’s architecture arranges atoms in programmable arrays, supporting high-connectivity qubits that can scale for complex quantum simulations.
How does the partnership strengthen Europe’s quantum ambitions?
It builds an accessible, cloud-based quantum ecosystem that accelerates research, fosters innovation, and keeps critical workloads within European jurisdictions.
