Quantonation

Qblox is a Dutch scaleup specializing in quantum technology, focused on developing patented solutions for the scalable control of quantum computers. The company designs and manufactures modular control hardware that simplifies the experimental setups involving qubits, employing a distributed processor architecture to enhance gate fidelities. By advancing electronics with improved noise and drift performance, Qblox enables scientists to minimize crosstalk and achieve low-latency arbitrary control flows while optimizing measurement efficiency in dynamic readout conditions. The company aims to address the scientific and engineering challenges that must be overcome to transition from prototype quantum computers to powerful, practical quantum processors.

Diraq is a quantum computing company focused on scalable silicon-based quantum chips and end-to-end quantum computing solutions. It aims to provide hardware and software as a full-stack, cloud-accessible service, enabling practical commercial applications with billions of qubits on a single chip. The company utilizes CMOS-based architectures designed for billions of qubits with full error correction, advanced qubit control, and quantum memory, alongside innovative CMOS device designs to deliver cost-effective, energy-efficient, and compact chipsets for businesses.

QphoX develops quantum modem devices that facilitate communication among quantum computers over a quantum network.

Kipu Quantum develops application-specific quantum computing solutions tailored to immediate industrial use. It operates at the intersection of software layers, hardware platforms, and customer needs, creating quantum computing platforms that solve real-world problems across various business domains.

Quandela is a company focused on advancing quantum computing technology, specifically in the realms of communication networks and optical computers. It specializes in manufacturing photonic quantum computers, which it supplies to industrial clients. A key innovation from Quandela is its single-photon source device, which integrates photonics with semiconductor quantum dots. This device enables the efficient collection of emitted single photons at high rates, significantly reducing charge noise decoherence and facilitating the emission of identical photons with high fidelity. Such capabilities are essential for the development of advanced quantum applications in communication, computation, and sensing, positioning Quandela as a pivotal player in the quantum technology landscape.

Quobly develops semiconductor-based technologies for large-scale quantum computing, aiming to unlock the full potential of quantum technologies. The company focuses on a fault-tolerant approach using established semiconductor fabrication methods.

Kipu Quantum develops application-specific quantum computing solutions tailored to immediate industrial use. It operates at the intersection of software layers, hardware platforms, and customer needs, creating quantum computing platforms that solve real-world problems across various business domains.

ORCA Computing develops a photonic quantum computer designed to be scalable and flexible. Founded in 2019 and based in Oxford, United Kingdom, the company focuses on a photonic processor that uses quantum memories to store, synchronize, and buffer quantum operations, improving performance. Its modular, optical fiber–based architecture relies on telecoms photonics and off‑the‑shelf fiber and optical components to create a rack‑mounted platform. By exploiting photonic degrees of freedom, ORCA Computing aims to unlock new applications and accelerate innovation across industries.

Quandela is a company focused on advancing quantum computing technology, specifically in the realms of communication networks and optical computers. It specializes in manufacturing photonic quantum computers, which it supplies to industrial clients. A key innovation from Quandela is its single-photon source device, which integrates photonics with semiconductor quantum dots. This device enables the efficient collection of emitted single photons at high rates, significantly reducing charge noise decoherence and facilitating the emission of identical photons with high fidelity. Such capabilities are essential for the development of advanced quantum applications in communication, computation, and sensing, positioning Quandela as a pivotal player in the quantum technology landscape.

QphoX develops quantum modem devices that facilitate communication among quantum computers over a quantum network.

Qnami AG is a Swiss company that specializes in the development of quantum sensing technologies for non-invasive magnetic imaging at the nanoscale. Founded in 2017 and based in Basel, Qnami's flagship products include the ProteusQ, a magnetic imaging microscope, and the Quantum Diamond, which features diamond probes with a single nitrogen-vacancy center for high-resolution imaging. These technologies allow for advanced applications in various fields, including multiferroic antiferromagnets, magnetic random-access memory (MRAM), and superconductivity. By enabling researchers and industries to measure electric and magnetic fields with exceptional sensitivity, Qnami enhances the capabilities of imaging techniques and supports groundbreaking scientific studies and industrial advancements.

ORCA Computing develops a photonic quantum computer designed to be scalable and flexible. Founded in 2019 and based in Oxford, United Kingdom, the company focuses on a photonic processor that uses quantum memories to store, synchronize, and buffer quantum operations, improving performance. Its modular, optical fiber–based architecture relies on telecoms photonics and off‑the‑shelf fiber and optical components to create a rack‑mounted platform. By exploiting photonic degrees of freedom, ORCA Computing aims to unlock new applications and accelerate innovation across industries.

Qnami AG is a Swiss company that specializes in the development of quantum sensing technologies for non-invasive magnetic imaging at the nanoscale. Founded in 2017 and based in Basel, Qnami's flagship products include the ProteusQ, a magnetic imaging microscope, and the Quantum Diamond, which features diamond probes with a single nitrogen-vacancy center for high-resolution imaging. These technologies allow for advanced applications in various fields, including multiferroic antiferromagnets, magnetic random-access memory (MRAM), and superconductivity. By enabling researchers and industries to measure electric and magnetic fields with exceptional sensitivity, Qnami enhances the capabilities of imaging techniques and supports groundbreaking scientific studies and industrial advancements.

Quantum Benchmark Inc. is a software development company based in Kitchener, Canada, specializing in solutions for quantum computing hardware. Founded in 2017, the company focuses on error characterization, error mitigation, error correction, and performance validation. Its flagship True-Q suite includes True-Q Design, which optimizes hardware design and quantum performance, and True-Q Validation, which provides third-party certification for quantum hardware performance. Quantum Benchmark's software is hardware-agnostic, catering to various quantum computing architectures and aimed at both makers and users of quantum technology. By leveraging a team of leading research scientists and engineers in the field, Quantum Benchmark seeks to advance the practical application of quantum computing to address real-world challenges.

Quobly develops semiconductor-based technologies for large-scale quantum computing, aiming to unlock the full potential of quantum technologies. The company focuses on a fault-tolerant approach using established semiconductor fabrication methods.