#quantumasaservice

Scaleway News

Alpine Quantum Technologies (AQT), a European technology company, launched their trapped-ion quantum computer on Scaleway. This integration is a crucial step toward a sovereign quantum infrastructure, offering researchers, large enterprises, and government agencies safe, locally regulated access to cutting-edge quantum technologies.

Democracy of Quantum-as-a-Service

The QaaS ecosystem now includes AQT's cutting-edge IBEX Q1 quantum computer. Quantum computing has only been conceivable in specialist research facilities because to the technological requirements of retaining quantum states, including freezing conditions and complex system maintenance. After AQT and Scaleway converted these systems to cloud-accessible format, quantum resources became more accessible.

Users across Europe can now conduct quantum algorithms remotely, eliminating the need for specialized facilities. The platform serves industrial businesses, academic institutions, research centers, and independent developers. This action aims to avoid European companies from “missing the innovation train” as quantum technology competes globally.

Technical Excellence: Trapped-Ion Advantage

By integrating AQT's technology, Scaleway obtains access to one of the most accurate and scalable quantum computing methods. The scientific community respects trapped-ion systems for their high-fidelity gate operations and long coherence times. These characteristics make them ideal for error-corrected quantum computation and complex, precise algorithms.

The platform integrates popular open-source SDKs like Qiskit, Cirq, and PennyLane to simplify development. Developers can construct and test algorithms using these popular tools before deploying them on Scaleway's sovereign cloud quantum hardware. The platform offers GPU-powered emulation environments to optimize programs before employing actual CPUs.

Vision for Digital Sovereignty

Technological advances stem from the partnership's struggle for European digital sovereignty. Cooperation hosts quantum devices in a European cloud framework, reducing dependence on foreign hyperscale suppliers for critical computation.

Businesses managing classified information or sensitive intellectual property need this. The architecture is designed around the GDPR and other tight regional data governance rules. The European alternative to the big cloud providers, Scaleway, offers enterprise-grade security standards-compliant distributed hosting and redundant availability zones.

Unifying the Ecosystem

Scaleway uses many Quantum Processing Units (QPUs) from leading European developers in its open-architecture platform. They include photonic, neutral-atom, and superconducting technology.

When AQT's trapped-ion technology is used, a compatible quantum ecosystem is created. Different architectures excel at different tasks.

Photonic processors sometimes have special communication duties.

Many large-scale simulations use neutral-atom systems.

For precise algorithmic optimization and study, trapped-ion systems like AQTs are prioritized. The partnership lets users choose the optimal gear for their industrial or scientific use case using a common interface to access these varied modalities.

European Quantum Landscape Strengthening

This announcement is the latest high-profile push to boost Europe's quantum industry. The 50 million euro European Quantum pilot (P4Q) began in early February 2026 with AQT as a primary consortium participant. This effort aims to boost the continent's industrial and knowledge strengths amid rising global competition.

German President Frank-Walter Steinmeier and Austrian President Alexander Van der Bellen visited AQT and stressed its strategic importance. The leaders said, “Europe must and can recreate itself,” emphasizing the role of transformational technology in shaping the continent's future.

Looking Ahead

Cloud-based models will enable practical applications as organizations adopt hybrid quantum-classical processes. Analysts expect this alliance to enable commercial usage in AI, logistics, weather modeling, and health.

AQT is also expanding by engaging with the IT sector and showcasing quantum innovation through the Quantum Tour 2026. Innsbruck, Austria-based AQT leads the development of general-purpose ion-trap quantum computers for industrial usage.

SEALSQ will demonstrate post-quantum security advances at the 2026 Needham Growth Conference.

SEALSQ and Needham Growth Conference 2026

SEALSQ Corp., a leader in semiconductors, PKI, and post-quantum technology, attends the Needham Growth Conference. Mid-January 2026 will be a significant time for the company to outline its strategic plan and the growing requirement for quantum-resistant hardware in a digital future.

Presentation: Investor Gateway

SEALSQ's management team will present at 8:45 a.m. ET on Thursday, January 15, 2026. The company is offering a live webcast link for international investors who cannot attend the conference to ensure openness and access. SEALSQ leadership will meet with institutional investors throughout the day to discuss the company's technology advances and financial status in addition to the official presentation.

Addressing Quantum Threat

SEALSQ's mission hinges on the “Quantum Threat” hacking threat. Quantum computing is making traditional cryptography obsolete for protecting the most sensitive data. RSA and ECC, the pillars of modern digital security, are becoming more vulnerable to quantum processors.

SEALSQ is pioneering post-quantum semiconductors to combat this. Since these processors are "future-proof," Quantum Resistant Cryptography is built in. It protects data that computers try to intercept by mathematical challenges that quantum machines cannot answer, even as computers become increasingly more powerful.

Multifaceted Goods and Services Ecosystem

SEALSQ's ecosystem manages digital identities throughout their lifespans and is not hardware-specific. They offer:

Quantum Shield QS7001, VaultIC Secure Elements, and QVault TPM enable device trust at the hardware level. Trust Services: Managed PKI for IoT, TLS Certificates, and Custom Semiconductor Design meet client needs.

Provisioning and Testing: SEALSQ ensures device safety from manufacturing to field use by simplifying factory certificate provisioning and Zero Touch Field provisioning. Few competitors can match SEALSQ's vertical integration of semiconductors, PKI, and provisioning services for security.

Impacts on Global Industries

SEALSQ technology is used in various industries nowadays. Post-quantum semiconductors protect critical infrastructure. Several main uses

Automotive and Mobility: EV charging station and automobile protection.

Maintaining patient privacy in medical and healthcare systems.

Industry and Energy: Protecting industrial automation and control systems and smart energy grids against criminal and state cyberattacks.

Luxury and consumer IoT products: Anti-counterfeiting and trademark protection.

Space and Defense: Protecting satellite IoT and defense communications.

The company also partners with BWT Alpine Formula One to demonstrate its high-performance security in motorsport.

Quantum Lab, Research, Innovation

SEALSQ is still about innovation.

The company operates a Quantum Lab to study the “Quantum Threat” and offer Quantum as a Service. Their research teams study AI Deep Learning assaults to make their goods immune to quantum threats and the evolving world of AI-driven hacking.

Investor Risks and Outlook

SEALSQ's management is candid about semiconductor industry risks despite leading a technological revolution. The company's forward-looking statements acknowledge that market demand, industry conditions, and the ability to sustain profitable interactions with a few key customers will influence future performance. Investors should read the company's SEC filings to understand these problems.

Conclusion

Scaleway's Quantum Cloud with Pasqal Neutral-Atom Processors

Pasqal Quantum

Pasqal, a leader in neutral-atom quantum computing, will join Scaleway's Quantum-as-a-Service (QaaS) platform. This crucial relationship was presented at ai-PULSE 2025. This agreement aims to give European researchers and developers access to Pasqal's cutting-edge quantum computing devices. Pasqal is committed to democratising quantum computing using sovereign cloud infrastructure.

Brief Insider

Scaleway's Quantum-as-a-Service platform integrates Pasqal's neutral-atom quantum computers. This considerably expands European developers' and researchers' cloud access to quantum devices. This integration relies on a fluid user experience that lets teams switch between Pasqal's real quantum hardware and GPU-based quantum simulation in a single cloud workflow. The European quantum cloud ecosystem benefits from this combination. Pasqal now deploys Scaleway alongside Google Cloud, Microsoft Azure, OVHcloud, and its own platform.

Smooth Developer Access and Workflow

Quantum development workflow is complete and effective with Scaleway QaaS. This cloud architecture makes Pasqal's neutral-atom quantum computers and other top European quantum technology available. This creates a cohesive environment to accelerate quantum technology. Modern quantum computing resources are now available to organisations without the complexity and operational burden of managing physical hardware.

The cloud design gives QaaS users immediate access to Pasqal QPUs, eliminating hardware administration. High-performance GPU-based quantum emulation helps teams develop solutions quickly. As projects evolve and requirements get more complicated, users can easily switch between the emulation environment and quantum hardware. This comprehensive methodology speeds up the development cycle from concept to completion.

The platform provides developers with open-source SDKs including Pulser, Pasqal's Python library. The pulser simplifies pulse-level quantum programming for defining laser pulses and sequences to control neutral-atom systems. Scaleway's unified cloud access to quantum hardware improves quantum computing user experience.

European Sovereign Quantum Ecosystem Construction

Pasqal's incorporation into Scaleway QaaS strengthens its presence across crucial European cloud infrastructure. This follows Pasqal's November 2025 launch on OVHcloud's Quantum Platform, Google Cloud, Microsoft Azure, and its Cloud Platform.

The collaboration enhances the local quantum cloud ecosystem. European businesses may easily investigate quantum computing applications using Pasqal's cutting-edge quantum hardware and open-source development tools and Scaleway's powerful cloud infrastructure. This sovereign infrastructure gives these organisations complete control over their sensitive data and computing activities.

Europe's quantum computing leadership is strengthened by Pasqal's QPUs. Pasqal and Scaleway are enabling experimentation and creativity to drive the next wave of advanced quantum applications by giving smooth access to various quantum modalities on a single platform. This is a major step towards integrating advanced quantum computing, particularly neutral-atom systems, into cloud activities for developers and scholars.

Pasqal's Neutral-Atom Technology and Global Reach

Pasqal specialises in neutral-atom technology, which uses optical tweezers to arrange atoms into qubits. The flexible 2D and 3D layouts of this unique technique make it perfect for solving quantum optimisation and simulation challenges.

The platform provides access to Pasqal's neutral-atom QPUs. Users can employ Pasqal's Orion Gamma generation 100-qubit Fresnel and DistriQ modules. Pasqal is leading the industrialisation and implementation of neutral-atom quantum computing, turning Nobel Prize-winning research into practical solutions for corporations, governments, and academics.

Quantum-as-a-Service Agreement Drafting: Legal and Technical Considerations.

Quantum-as-a-Service Rise

Quantum computing (QC) could revolutionize materials science, optimization, and cryptography when it enters commercial use. Due to the exorbitant cost and technological complexity of maintaining qubits, most organizations and individuals will not own quantum computers. Third-party “Quantum-as-a-Service” platforms will provide this technology.

QaaS is a remote access service model that uses a subscription or “pay for what you use” pricing structure like SaaS and IaaS. Therefore, QaaS contracts start with stipulations included in SaaS and IaaS agreements. Legal experts must recognize that QaaS is very different from quantum computing methodologies and infrastructure.

Because quantum computing is experimental and unstable, especially in its early stages, lawyers must address its risks while creating or negotiating QaaS agreements.

Unique Quantum Technical Issues

Quantum infrastructure requires certain contractual limits due to its technicalities:

Developing and Maintaining Hardware

Quantum computing hardware is continually evolving, unlike regular computer hardware, which is well-researched and governed by international standards. QaaS firms build quantum computers using superconducting qubits, ion traps, and neutral atoms.

If the hardware design or maintenance is faulty, quantum computing services will be worth much less. Thus, QaaS agreements may require quantum computer development and maintenance language.

Error and Volatility Management

Quantum information is subject to the no-cloning theorem because qubits are highly vulnerable to ambient noise. Due to these considerations, quantum computing error detection and repair is challenging. SaaS contracts often declare that services are not “error-free,” but using this generic disclaimer to QaaS may allow the service provider to eliminate most responsibilities.

Instead, users should seek for contractual provisions to ensure that problems are kept below set limits and that the service provider takes proactive steps to fix them.

Record-keeping and storage limitations

Quantum information requires error-prone, short-lived quantum memory. The industry is creating topological qubits to stabilize quantum hard drives, which are not yet available. This necessitates customized contract terms, which puts into question SaaS audit and record keeping obligations and regulatory compliance.

Important Negotiation Hotspots

Beyond technology risks, QaaS agreements must be carefully negotiated for economic and operational factors that often violate SaaS norms.

Service Level Agreements

Meet SLA standards is very difficult. Customers may want 99.9% SaaS uptime, but quantum computing systems may not be able to deliver. QaaS contracts can involve shared risk for quantum technology's environmental and infrastructure challenges.

Pricing and Support Obligations

Pricing is difficult since consumers demand stable costs and expect rates to decline as quantum technologies grow cheaper. However, service providers may seek to boost prices due to the risks and expenses of maintaining pricey and space-intensive technology. Support agreements must also differ from normal SaaS contracts to incorporate hardware support.

Secure, compliant, and evolving regulatory risks

Hybrid quantum systems and immature regulations make legal compliance difficult.

Hybrid System Cybersecurity

While QaaS firms use quantum computers as hardware, they store and analyze consumer data using standard computing platforms. Traditional methods may use current encryption (ECC or RSA). Customers may worry about the long-term exposure of sensitive data shared and stored using these standards.

Customers can seek post-quantum or quantum-safe cryptography standards for classical components or a roadmap for future adoption. Since quantum-safe approaches are still evolving, providers may protest to such restrictions, citing performance or compatibility issues.

The Export Control

Clients and service providers must actively monitor QaaS hardware, software, and technology export rules. A foreigner's domestic system access may be an export. Providers can restrict access to export-controlled infrastructure, require exit clauses, or require client guarantees for QaaS-created technologies. In response, customers might limit data storage regions.

Allocating Changing Compliance Costs

Quantum computing laws and regulations, including as export controls and cybersecurity standards, are being established. Compliance requires constant commitment and adaptability. Contracts must clarify who pays for changing compliance requirements and costs.

Setting the Future Course

Quantum computing is difficult and developing swiftly, thus it's important to draft carefully and understand the technology. Lawyers must create new frameworks and reject SaaS contract templates.

Collaboration, like vested contracting, where parties agree on goals and results can be beneficial. This strategy lets parties add flexibility to their contracts, making them more useful and durable as technology progresses. Vesting contracts helps with shared challenges like adapting to new regulatory standards instead of viewing compliance as a one-sided job.

T-Systems' QaaS shows how cloud-based, flexible consumption models with scalability and security are making infrastructure available. These services often integrate multi-quantum computing hardware and multi-cloud settings with artificial intelligence, machine learning, cloud services, and high-performance computing to give clients an easy and profitable entry point.

QaaS allows access to sophisticated quantum systems. Learn about OVHcloud's mission in Europe.

Leading European cloud operator OVHcloud announced a complete  Quantum-as-a-Service (QaaS) roadmap and enhanced its quantum computing infrastructure and security. The company's France Quantum 2025 announcements demonstrated its dedication to democratising quantum computing and developing a strong European quantum ecosystem.

AQUILA's call for expressions of interest to expand the French quantum computing ecosystem includes OVHcloud. With this funding, OVHcloud can lead France's quantum computing ecosystem and democratise it.

Prompt Quantum Processor Unit deployment

An ambitious timescale for the deployment of genuine Quantum Processor Units (QPUs) has been outlined by OVHcloud. Through its flexible QaaS platform, consumers can easily pay-as-they-go for these QPUs.

Initial Launch with Pasqal Orion Beta: OVHcloud will launch the QPU in September 2025. With its 100 neutral atom qubit capacity, this cutting-edge gadget advances consumer quantum technology. This first offering allows for more quantum computers on its platform.

The company plans to have three QPUs by 2025, signalling rapid growth of its QPU products. This fast deployment shows OVHcloud's desire to swiftly extend its quantum compute capability.

Extended European Focus by 2027: Moving future, OVHcloud wants to dramatically increase its QPU fleet. At least eight QPUs will be available to QaaS clients by 2027. Importantly, seven of these eight QPUs are expected to be European, highlighting the focus on European innovation. The dedication underlines OVHcloud's support to European quantum technological sovereignty.

In addition to its growing array of quantum emulators, the OVHcloud Quantum Cloud platform is being carefully designed to enable smooth access to quantum computers when they become available.

Improved Quantum Emulator Portfolio

Along with its true QPU deployments, OVHcloud has improved its quantum emulators. The company adds two powerful emulators: Mimiq from Qperfect and Qleo from Quobly. With these projected improvements, OVHcloud has eight quantum emulators. Developers need this expanded emulator suite since it increases OVHcloud's hybrid cloud capabilities and gives more simulation tools. It helps build and test quantum algorithms before deploying them on QPUs.

Advances in Quantum Security

OVHcloud is investing heavily in quantum security since quantum computing poses new cybersecurity threats. Our main goal is to future-proof digital security against quantum computing dangers.

SSL with Quantum Entropy: Advanced SSL certificates using quantum entropy are used by OVHcloud. This revolutionary technology will make computer-website communications more secure and resistant to complicated attacks by increasing encryption strength.

Post-Quantum Cryptography (PQC) Development: The Group's research and development division is working on this vital topic. Their main goal is to develop and implement cryptography methods that can withstand quantum computer attacks. This research follows French Cybersecurity Agency (ANSSI) recommendations to meet national cybersecurity criteria.

QKD Initiatives: OVHcloud R&D is also working on Quantum Key Distribution. QKD uses quantum physics to detect eavesdropping and exchange keys in a fundamentally safe method.

OVHcloud's strong security procedures show its commitment to providing a safe and dependable quantum computing and cloud ecosystem.

Creating a Healthy Quantum Ecosystem

OVHcloud aims to accelerate the quantum ecosystem beyond providing quantum infrastructure.

Quantum Startups: OVHcloud's Startup Program supports 17 quantum startups. This program supports and provides invaluable resources to startups developing quantum applications and services, fostering creativity and speeding up development.

Strategic Acquisition and Academic engagement: OVHcloud purchased the Quandela MosaiQ photonic quantum computer to demonstrate its commitment to internal R&D and academic engagement. OVHcloud's R&D department uses this key acquisition for advanced research, and students can use it through tight academic relationships. This program trains quantum engineers and scientists.

These ecosystem-building and strategic investments are crucial to OVHcloud's strategy. Scalable, independent quantum resources that integrate with its cloud environment are the company's goal. OVHcloud's aggressive initiatives are establishing a long-term, crucial presence in Europe's quantum ecosystem and democratising quantum computing. With these projects, OVHcloud can help the continent adopt quantum innovation.

What's QaaS?

QaaS, or quantum computing as a service, is a cloud-based option for organisations to receive quantum computing technology and capabilities cheaper from a third party.

Because quantum computing is still emerging, most organisations can't employ it. In-house hardware and software development and maintenance are expensive and specialised.