Alpine Quantum Technologies (AQT) is an Austrian trapped-ion quantum computing company, founded in 2018 as a spinout from the University of Innsbruck and the Austrian Academy of Sciences. AQT operates cloud-accessible trapped-ion quantum computers with 12 algorithmic qubits and partners with European research institutions through the OpenSuperQ and QSolid programs.

Based in Innsbruck, AQT supplies trapped-ion systems to national laboratories and offers remote cloud access with sub-millisecond gate times and single-qubit gate fidelity above 99%, making it a key supplier for European quantum testbeds. In November 2025, the company's 12-qubit IBEX Q1 system, a calcium-40 ion trap that runs at room temperature in a rack form factor, was added to Amazon Braket with full connectivity. In February 2026, AQT partnered with Scaleway for European sovereign quantum cloud access. In May 2026, AQT launched the LYNX Series, reaching a Quantum Volume of 32,768, a European record for a universal quantum computer, with first units going to strategic partners in late 2026. Update 2025-08-31: The QCDC project, led by Alpine Quantum Technologies, now provides European researchers with access to cloud-based quantum computing. Source: https://quantumzeitgeist.com/aqt-led-qcdc-project-grants-europe-cloud-access-to-quantum-computers/

Alpine Quantum Technologies

Infineon Technologies is an emerging dominant supplier of ion trap chips for the trapped-ion quantum computing industry. The Austrian semiconductor company manufactures ion traps at its Villach fabrication facility for leading companies including Alpine Quantum Technologies (AQT), eleQtron, and previously Oxford Ionics, bringing industrial-scale semiconductor manufacturing to quantum hardware.

Infineon is also developing cryogenic control electronics and integrated optics for quantum systems, positioning itself as a key infrastructure provider for trapped-ion quantum computing. Its role is analogous to TSMC in classical semiconductors, offering foundry services that let quantum hardware companies scale their manufacturing. The company's quantum work draws on decades of experience in precision semiconductor manufacturing, MEMS technology, and power electronics. In May 2025, Infineon partnered with the Swiss ion-trap startup ZuriQ on trapped-ion chips, and in April 2026 it joined the EU CHAMP-ION, SUPREME, and SPINS quantum pilot lines as a core industrial partner.

Infineon Technologies Quantum

FragmentiX Storage Solutions GmbH is an Austrian IT security company founded in 2018 and headquartered in Klosterneuburg, outside Vienna. It builds a quantum-safe storage stack that combines Shamir-style Secret Sharing, post-quantum cryptography, and quantum key distribution. Data is split into encrypted fragments distributed across multiple storage locations, with QKD protecting inter-site transport to give information-theoretic security at rest.

FragmentiX developed Trusted Repeater Node prototypes deployed on the 220 km Graz-Vienna QKD link, supplied federated storage clusters for four Austrian ministries, and partnered with ID Quantique and ThinkQuantum on healthcare and government QKD use cases. The company participates in EuroQCI work and aligns its roadmap with EU quantum-safe infrastructure programmes.

fragmentiX

The AIT Austrian Institute of Technology is Austria's largest non-university research and technology organisation, and it runs a dedicated quantum technology programme focused on applied quantum communications and quantum security. AIT serves as the main bridge between Austria's fundamental quantum research, centred at IQOQI and VCQ, and commercial quantum technology deployment.

AIT's quantum work centres on quantum key distribution (QKD) systems, quantum random number generators, post-quantum cryptography implementation, and quantum network integration. The institute developed QKD systems deployed in several European quantum network testbeds and took part in the seQureNet and SECOQC quantum cryptography projects. It operates quantum communication testbeds in Vienna as part of the AIT quantum network and participates in OpenQKD, the EU Quantum Flagship's QKD testbed covering major European cities.

AIT works with European industry and government to build quantum-safe communication infrastructure, contributing to national and EU-level post-quantum cryptography migration roadmaps. Its quantum security team provides quantum risk assessments, quantum-safe network design, and technology readiness evaluations for critical infrastructure operators. AIT is a consortium member of multiple EU Quantum Flagship projects and coordinates Austria's contribution to European quantum communication standardisation through ETSI.

AIT Austrian Institute of Technology

The Institute for Quantum Optics and Quantum Information Innsbruck (IQOQI-IBK) is a research institute of the Austrian Academy of Sciences (OAW) located in Innsbruck, Austria. It is one of the world's premier trapped-ion quantum computing research centres and has produced foundational advances in quantum error correction, quantum simulation, and universal quantum gate operations that underpin the modern trapped-ion quantum computing industry.

IQOQI Innsbruck was co-founded by Rainer Blatt and Peter Zoller, whose theoretical and experimental work established trapped-ion quantum computing as a leading platform. The institute demonstrated the first quantum byte, an eight-qubit entanglement, pioneered quantum teleportation with trapped ions, and achieved landmark results in quantum error correction and fault-tolerant quantum logic. Quantinuum, formerly Cambridge Quantum, and other trapped-ion companies draw directly from the foundational science developed at Innsbruck.

IQOQI maintains close ties with the University of Innsbruck and the Institute for Theoretical Physics. Current research programmes include trapped-ion quantum processors for fault-tolerant quantum computing, quantum simulation of many-body physics, quantum networking with ion traps, and quantum-enhanced sensing. The institute participates in EU Quantum Flagship projects and the Austrian national quantum strategy, and it has trained a global generation of quantum physicists who have gone on to lead quantum computing research and companies worldwide.

IQOQI Innsbruck

ParityQC is an Austrian quantum computing architecture company that designs hardware-efficient quantum optimization algorithms using its ParityOS operating system and parity-encoded quantum circuits. It was founded in 2020 in Innsbruck by Wolfgang Lechner and Magdalena Hauser. The company targets combinatorial optimization problems in automotive, logistics, and energy, and it licenses its architecture to hardware providers globally.

ParityQC partners with Quantum Brilliance on Germany's Cyberagency EUR 35M portable quantum programme, develops algorithms for QUDORA's trapped-ion systems, and takes part in the DLR QCMobility project for mobility sector quantum applications. The company holds a €208.5M contract with the German Aerospace Center (DLR) and consortium partners to build ion trap quantum computers in Germany, one of Europe's largest quantum computing investments. It is also part of the ATIQ consortium with eleQtron, funded with €37.4M from the German government. In May 2026, ParityQC and IBM ran a 52-qubit quantum Fourier transform on an IBM Heron processor with reduced error rates, nearly doubling the prior benchmark of 28 qubits.

ParityQC

Quantum Technology Laboratories (qtlabs) is a Vienna-based spinout from the Austrian Academy of Sciences, founded in 2017 by Dr. Thomas Scheidl, Dr. Fabian Steinlechner, and Dr. Rupert Ursin to commercialize research in optical and quantum space communication. It is the only company developing telescopes with quantum receivers and satellite tracking software for unbreakable quantum communication.

The company specializes in Quantum Key Distribution (QKD) systems for both terrestrial networks and satellites. Its customers include the EU Commission, satellite companies, and critical infrastructure operators, and it also provides consulting services and concept studies for quantum communication applications.

Qtlabs has more than 30 employees and won the PHOENIX Spin-off Award 2023 from Austria Wirtschaftsservice. In 2023 it joined a group of European collaborators developing a global quantum internet enabled from space.

QTLabs

The University of Innsbruck is a public research university founded in 1669 in Innsbruck, Austria. It conducts pioneering research in ion trap quantum computing, advancing quantum processors, quantum algorithms, and quantum technologies.

Researchers at Innsbruck, including the group led by Rainer Blatt, have produced major advances in ion trap quantum computing. The university has spun out quantum technology companies such as Alpine Quantum Technologies (AQT). Through its research, education, and technology transfer, Innsbruck supports Austrian leadership in quantum technology and ranks among the global leaders in ion trap quantum computing research.

University of Innsbruck

University of Vienna is a public research university founded in 1365 in Vienna, Austria, and the oldest university in the German-speaking world. It conducts world-leading quantum optics and quantum information research.

Vienna researchers have contributed major breakthroughs in quantum entanglement, quantum teleportation, and quantum cryptography. Through fundamental quantum physics research and quantum education, the university supports the quantum research community. It collaborates with Austrian quantum companies and maintains international quantum research partnerships, advancing quantum science and quantum technology development.

University of Vienna

The Vienna Centre for Quantum Science and Technology (VCQ) is a joint research initiative of the University of Vienna, Vienna University of Technology (TU Wien), and the Austrian Academy of Sciences (OAW). It establishes Vienna as one of the world's historic centres of quantum physics research and coordinates quantum research across its partner institutions, with experimental programmes in photonic quantum computing, quantum communication, quantum foundations, and quantum sensing.

Vienna has produced foundational contributions to quantum mechanics and quantum information since Anton Zeilinger's pioneering quantum teleportation experiments in the 1990s. Zeilinger, a VCQ founding researcher, received the 2022 Nobel Prize in Physics for his work on entangled photons. That legacy continues through VCQ's photonic quantum computing programme, quantum cryptography research, and experiments testing quantum foundations. VCQ hosts the Vienna International School in Coherent Quantum Physics (ViCoM) and the FWF SFB BeyondC research consortium.

VCQ institutions hold several world records in quantum optics and photonic quantum information, including long-distance entanglement distribution, loophole-free Bell tests, and satellite quantum key distribution experiments. The centre works closely with the Austrian Institute of Technology (AIT) on applied quantum communications and quantum cryptography. VCQ participates in the EU Quantum Flagship and coordinates Austrian quantum research contributions to the European quantum ecosystem.

Vienna Quantum Consulting is a quantum computing consultancy with offices in Vienna, Austria, at Baumgartenstrasse 11/3, 1140 Vienna, and in Munich, Germany, at Agnes-Bernauer-Strasse 151, 80687 Munich. The company specializes in quantum computing expertise and services, helping organizations navigate the quantum technology landscape.

The consultancy operates within Austria's strong quantum computing ecosystem, which includes the Vienna Center for Quantum Science and Technology (VCQ) and quantA (Quantum Science Austria). It provides strategic consulting, concept studies, and quantum computing implementation services to businesses seeking to understand and use quantum technologies. Vienna Quantum Consulting bridges quantum research and practical business applications, supporting clients in developing quantum strategies and identifying use cases for their industries.

Vienna Quantum Consulting

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