#ibexq1

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.

AQT launches the IBEX Q1 Trapped-Ion Quantum Computer on Amazon Braket to boost European quantum access.

AQT, a leading quantum computer supplier from Innsbruck, Austria, has announced the availability of its IBEX Q1 trapped-ion quantum computer on Amazon Web Services (AWS) via Amazon Braket. This integration makes European quantum technology available to developers, government agencies, academic institutions, industrial firms, and research institutes globally via the cloud.

IBEX Q1 is a fully connected 12-qubit trapped-ion system. The Amazon Braket eu-north-1 Region (Stockholm) connects to the Innsbruck system.

Meeting Infrastructure and Sovereignty Needs

European clients need EU data residency while studying quantum computing uses, therefore the launch is notable. AQT's Austrian quantum computer is vital for consumers with data security, regulation, and technical sovereignty needs.

Eric Kessler, Amazon Braket's general manager, stressed that this geographic accessibility gives AWS clients greater alternatives and access to locally hosted infrastructure, satisfying sovereignty needs.

AQT CEO Thomas Monz was excited that the IBEX Q1 system on Amazon Braket gives European and overseas clients reliable and quick access to their high-performance trapped-ion quantum computers. He believes Braket and AQT's efforts will make this technology available worldwide, creating new value-creating applications.

IBEX Q1 Tech and Performance

Performance and infrastructure compatibility are incorporated into the IBEX Q1. The quantum computer's components fit within two 19-inch rack cabinets, complementing HPC and datacenter equipment. A complete quantum computer uses less than 2 kW of power at ambient temperature.

The IBEX Q1's trapped-ion architecture uses a calcium-40 ion crystal in an ultra-high vacuum chamber inside a radio frequency trap. The electronic spin state of charged atoms encodes quantum information.

Important architectural aspects include:

Universal connectivity: Regulating ion chain vibrations creates entangled gates. Thus, any system qubit can communicate directly with another.

Fully connected quantum algorithms often don't need SWAP gates to transfer quantum information. This increases circuit depth and error sources in less-connected systems.

The device's average two-qubit gate fidelity at launch is 97.7% for all qubit pairings. Native gates are RXX, RZ, and R. Regular automated calibration maintains quantum gates.

Applications and Access

Clients can access AQT's trapped-ion quantum computer from anywhere without infrastructure investments via the cloud. For dedicated capacity, Braket Direct allows hourly bookings or on-demand access.

IBEX Q1 is ideal for proof-of-concept use cases. AQT universal quantum computers are beneficial in many disciplines, including:

Chemistry

Portfolio optimisation

Risk assessment

Quantum safety

Benefits of Amazon Braket for AQT quantum computer access

Quantum computer cloud access anywhere: Direct cloud connectivity to AQT's trapped-ion quantum computer lets you employ quantum computing anywhere without infrastructure expenses.

Reserved or on-demand trapped-ion technology: Useful for research, education, industry, and prototyping to slowly introduce quantum applications.

AQT's universal quantum computers have been used in chemistry, risk analysis, portfolio optimisation, quantum security, cryptography, and more.

EU data residency: Innsbruck, Austria-based AQT's quantum computer IBEX Q1 is essential for enterprises and governments who need data protection, regulation, and technical sovereignty.

Encrypt/decrypt

For European customers, the device will be available Tuesdays and Wednesdays from 09:00 to 16:00 UTC.