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Aqora is a global platform where researchers, engineers, companies, and institutions collaborate to solve real-world use cases using quantum computing.
By bringing together industry players in a single space—competitions, algorithm marketplace, datasets, and software integrations—Aqora is building the application layer of the quantum ecosystem.
Neutral, open, and interoperable, the platform enables organizations to accelerate their R&D cycles, benchmark their solutions, and integrate quantum technologies into their existing workflows. By bringing together the global community of quantum developers and pioneering companies, Aqora is positioning itself as the operating system for quantum computing, connecting everything from research to industrial applications.
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Crystal Quantum Computing is developing a next-generation quantum computer based on Rydberg trapped ion technology.
Come meet us at the Quantum Job Fair.
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Founded in 2020 and based in the heart of Paris, C12’s mission is to be at the center of one of the greatest technological advances of the century and to change the course of history by building a universal quantum computer.
At C12, we believe that to achieve a true breakthrough in quantum computing, we need to rethink the fundamentals. That’s why our founders, deeply rooted in academic and technical excellence, chose carbon nanotubes as the building blocks for our quantum processors. This ultra-pure material significantly reduces error rates, improves performance, and minimizes hardware costs—all essential elements for scalable, fault-tolerant quantum computing. By developing a unique and scalable approach, we aim to revolutionize quantum computing, just as silicon transformed classical computing.
Since our inception, we have raised over €25 million in funding, published 11 scientific articles, and obtained 8 patents. Today, our rapidly expanding team includes 60 people, including 20 PhDs, representing over 20 nationalities. We have our own state-of-the-art laboratories in the historic Panthéon district of Paris, where scientists, engineers, and innovators work side by side to tackle some of the most exciting technical challenges of our time.
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Founded in 2023, HiQuTe Diamond produces high-quality synthetic single-crystal diamonds using chemical vapor deposition (CVD).
We have expertise in growth on substrates with various orientations ({100} and {111}), controlled doping (particularly boron and nitrogen), and advanced treatment and characterization processes (Raman spectroscopy, DiamondView, defect imaging, stress measurement, etc.).
Our materials meet the requirements of emerging technologies: NV qubits for quantum computing and sensing, ultra-high voltage power electronics, and next-generation scientific sensors and instruments. Based in France, HiQuTe Diamond integrates the entire value chain—from growth to finishing—to offer agile, tailor-made solutions and contribute to European technological sovereignty.
We are looking for young PhD graduates who are passionate about materials and physics to take on the challenges that will accelerate the adoption of diamond in technology sectors.
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We enable a 1,000-fold increase in the number of qubits in current infrastructures, thanks to cutting-edge cabling solutions for semiconductor quantum computers.
Come and meet us at the Quantum Job Fair.
QbitSoft, a French startup founded in 2022, develops quantum algorithmic modules via a “Quantum-as-a-Service” cloud platform.
Its innovative approach combines optimization and quantum machine learning to offer businesses immediate gains using existing quantum computers.
Its mission: to simplify and harness the power of quantum computing to prepare businesses for this technological revolution.
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Quobly is a French startup that develops universal quantum processors (QPUs) based on silicon spin qubit technology.
Born out of academic research excellence, Quobly embodies a new generation of players capable of transforming scientific advances into concrete industrial products. Located at the heart of the Grenoble ecosystem, Quobly benefits from a unique environment combining cutting-edge research centers (CEA, CNRS, UGA), industrial production infrastructure, and a network of committed public and private players. Its mission: to make the power of quantum computing accessible and relevant to strategic European issues, while mastering every step of the technological chain. By combining technological sovereignty, scientific excellence, and industrial ambition, Quobly aims to position Europe among the leaders in the quantum world of tomorrow.
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Silent Waves is a startup that markets quantum technologies. It specializes in the development and manufacture of ultra-low noise superconducting amplifiers, which amplify extremely weak signals generated at very low temperatures.
These amplifiers enable high-fidelity reading of superconducting quantum bits, a critical step in performing reliable quantum computing operations. Silent Waves’ technology roadmap aims to miniaturize the entire readout chain of superconducting quantum computers so that their architecture can be scaled up and integrate a very large number of quantum bits, which is essential for the development of quantum computing. The miniaturization of the readout chain involves, in particular, the integration on the circuit of microwave components that are peripheral to the amplifier but nevertheless essential to its operation. To achieve this goal, Silent Waves has won several competitions (Horizon Europe, i-Lab), as well as the prestigious EIC-Transition, which recognizes its key role in the maturation of quantum technologies.