WORLD CHANGING COMPANIES BUILT FROM QUANTUM PHYSICS
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CryptoNext Security, founded in Paris in 2019 after over two decades of academic research at Sorbonne University, INRIA, and CNRS, specializes in post-quantum cryptography. The company offers advanced solutions to help organizations transition to quantum-resistant cybersecurity.
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Diraq, founded in 2022, is a quantum computing company specializing in silicon-based quantum processors. The company originated as a spin-off from the University of New South Wales (UNSW) in Sydney, Australia, leveraging over two decades of research in silicon quantum computing.
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Founded in 2022, EuQlid specializes in quantum sensing technologies for the electronics manufacturing industry. The company combines quantum defects in diamond with advanced AI algorithms to noninvasively map hidden electrical currents within intact components, enhancing the reliability and security of electronic systems.
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evolutionQ is a spinoff from the University of Waterloo specializing in quantum-safe cybersecurity solutions. Founded by leading experts in quantum cryptography, they develop advanced technologies to protect organizations against emerging threats posed by quantum computing.
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Foqus Technologies Inc. is a Toronto-based company specializing in quantum information algorithms and machine learning techniques to enhance magnetic resonance imaging (MRI). Their innovative software solutions aim to significantly reduce MRI scan times while improving image quality.
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Founded in 2017 and based in Karlsruhe, HQS Quantum Simulations specializes in developingquantum-level simulation software for material scientists in the chemical industry. Their solutions provide deeper insights into the properties of molecules and materials, accelerating innovation and discovery.
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InSpek, established in 2021, develops advanced optical sensing solutions for real-time monitoring of chemical and biological processes. The company was founded by researchers from École Polytechnique in France and the Massachusetts Institute of Technology (MIT), combining expertise in photonic integrated circuits and chemical sensing.
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KETS Quantum Security, founded in 2016, specializes in developing chip-based quantum encryption technologies. The company is a spin-out from the University of Bristol’s Quantum Engineering Technology Labs (QETLabs) in the United Kingdom.
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Kipu Quantum, founded in Heidelberg in 2021, specializes in developing application-specific quantum algorithms tailored for near-term quantum hardware. The company aims to unlock practical quantum advantage by co-designing quantum software and hardware for real-world use cases across industries such as chemistry, finance, and logistics.
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LightOn, founded in Paris in 2016 by Laurent Daudet and Igor Carron, pioneers enterprise-grade generative AI with secure, customizable solutions designed to enhance productivity and unlock organizational knowledge.
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MemQ is a spinoff from the University of Chicago developing quantum networking technology integrated on a silicon photonics platform. Their approach enables the generation, storage, and distribution of quantum information across existing telecom infrastructure.
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Multiverse Computing, founded in 2019 and headquartered in San Sebastián, Spain, is a quantum computing software company that applies quantum and quantum-inspired algorithms to sectors including finance, energy, manufacturing, and life sciences. The company is a spin-off from academic research carried out at institutions such as the Donostia International Physics Center (DIPC).
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Founded in 2020 and based in Sherbrooke, Quebec, Nord Quantique specializes in developing fault-tolerant quantum computing hardware. The company focuses on integrating quantum error correction directly into superconducting quantum processors to enhance computational reliability and scalability.
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Founded in 2019 as a spin-out from the University of Oxford, ORCA Computing specializes in developing full-stack photonic quantum computers. Leveraging over 30 years of research, the company aims to make quantum computing a practical reality.
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Founded in 2019 Pasqal is a leading quantum computing company specializing in the development of quantum processors using ordered neutral atoms in 2D and 3D arrays. The company was established by Georges-Olivier Reymond, Christophe Jurczak, Nobel laureate Professor Dr. Alain Aspect, Dr. Antoine Browaeys, and Dr. Thierry Lahaye.
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Pioniq Technologies, founded in 2023 as a spin-off from ESPCI Paris and CNRS, is a Paris-based deep-tech company specializing in the development of sustainable, solid-state energy storage solutions. Their mission is to create efficient, recyclable batteries free from critical materials like lithium, cobalt, and nickel, addressing environmental and supply chain challenges.
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Pixel Photonics is a spinoff from the University of Münster developing quantum photonic detection technology based on integrated superconducting nanowire detectors. Their platform enables high-performance single-photon detection for applications in quantum communication, computing, and sensing.
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Qblox, founded in 2019, specializes in developing scalable and modular control stacks for quantum computers. The company is a spin-off from Delft University of Technology (TU Delft) in the Netherlands, emerging from research conducted at QuTech, a leading quantum research institute.
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QC Design, founded in 2021 by Ish Dhand, specializes in developing design software and architectures for fault-tolerant quantum computers. Their mission is to enable the creation of reliable and scalable quantum computing systems by addressing the challenges of quantum error correction and system imperfections.
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Founded in 2017 and based in Basel, Qnami is a pioneering quantum sensing company specializing in the development and commercialization of quantum technologies for sensing and imaging applications.
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Founded in 2021, QphoX is dedicated to delivering innovative networking solutions to address the most pressing scalability challenges in quantum computing. Their diverse team of scientists, engineers, and technology enthusiasts share a common belief: that creative solutions are essential at every stage of technology development.
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Quandela is leading photonic quantum computing. Founded in 2017 as a spin-off from the Centre for Nanoscience and Nanotechnology (C2N), the company specializes in developing modular and customizable quantum computers designed to tackle the most complex computational challenges.
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Founded in Paris in 2024, Quantum Signals merges artificial intelligence with quantum algorithms to reshape financial markets. The company develops advanced tools to transform trading, providing data-driven insights and precise decision-making for portfolio managers and traders.
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Founded in 2020 by scientists from leading universities based both in France and in the U.S., Qubit Pharmaceuticals leverages 30 years of research to develop novel drug candidates and therapies for complex targets through high-performance computing and quantum algorithms.
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Qunnect, a spin-off from Stony Brook University founded in 2018, is dedicated to revolutionizing telecommunications infrastructure by developing scalable quantum networks.
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Quobly, formerly known as Siquance, is a French quantum computing startup founded in 2022. The company is a spin-off from CEA-Leti and CNRS, two prominent French research institutions, and is based in Grenoble, France.
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Founded in 2023, Resolve Stroke is transforming care with ultrasound. They develop a comprehensive clinical research platform to enhance the understanding of microvascular dynamics and their implications.
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Born from academic research at the University of Southampton and Vanderbilt University, Sensorium develops advanced mid-infrared photonic sensors. Based in the U.S., the company specializes in compact, efficient solutions designed to revolutionize chemical analysis for sectors like semiconductors, defense, and healthcare.
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Founded in 2022 as a spin-off from CEA-Leti and based in Grenoble, France, SteerLight specializes in developing next-generation LiDAR (Light Detection and Ranging) sensors. Their technology leverages silicon photonics to provide high-precision 3D vision solutions aimed at enhancing safety and efficiency in mobility and industrial applications.
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Founded in 2021, Tau Systems is a U.S.-based company developing laser-driven particle accelerators. A spin-off from the University of Texas, the company aims to shrink high-energy accelerators and make them accessible to industries beyond research labs.
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VeriQloud, founded in Paris in 2017 by Marc Kaplan, Elham Kashefi, and Josh Nunn, specializes in quantum cryptography solutions. The company develops advanced architectures and software designed to secure data during communication, storage, and computation, ensuring long-term protection against emerging cyber threats.
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Founded in 2022 from Sorbonne Université, WelinQ pioneers quantum interconnects based on neutral-atom technology. Located in Paris, the company focuses on scaling quantum computing and communication by bridging quantum processors with high-fidelity, deployable solutions.
Founded in 2021, Tau Systems is a U.S.-based company developing laser-driven particle accelerators. A spin-off from the University of Texas, the company aims to shrink high-energy accelerators and make them accessible to industries beyond research labs.
Their Technology
Powerful acceleration, compact form
Pioneering Laser-Driven Accelerators
TAU Systems is building the world’s most compact, high-performance particle accelerators using laser-plasma acceleration. These systems, orders of magnitude smaller than conventional accelerators, open new possibilities for advanced imaging, materials science, semiconductor inspection, and fundamental physics—all within a footprint small enough for lab or industrial environments.
Differentiating Through Ultra-Compact, High-Energy Design
Unlike traditional accelerators that require kilometers of infrastructure, TAU’s laser-based systems achieve high energies in mere meters. This breakthrough in size, cost, and accessibility transforms particle acceleration from a national-lab-scale endeavor into a scalable platform for global R&D and industrial innovation.
Our collaboration
We collaborate with Tau Systems to drive innovation and advance cutting-edge solutions in quantum technology.
Qblox, founded in 2019, specializes in developing scalable and modular control stacks for quantum computers. The company is a spin-off from Delft University of Technology (TU Delft) in the Netherlands, emerging from research conducted at QuTech, a leading quantum research institute.
Their Technology
Precision Control, Scalable Systems
Pioneering Quantum Control Electronics
Qblox offers the Cluster series, a 19-inch rack instrument that integrates various components such as arbitrary waveform generators, local oscillators, and digitizers. This modular system allows for precise control of qubits across different quantum computing platforms, including superconducting qubits and spin qubits.
Differentiating Through Modularity and Scalability
Qblox's control stacks are designed with a modular architecture, enabling researchers to configure systems tailored to their specific needs. This scalability supports the expansion of quantum systems from small-scale experiments to large-scale quantum processors, addressing a critical challenge in the field.
Our collaboration
We collaborate with Qblox to accelerate their transition to the industrial market.
Pioniq Technologies, founded in 2023 as a spin-off from ESPCI Paris and CNRS, is a Paris-based deep-tech company specializing in the development of sustainable, solid-state energy storage solutions. Their mission is to create efficient, recyclable batteries free from critical materials like lithium, cobalt, and nickel, addressing environmental and supply chain challenges.
Their Technology
Delivering high-performance energy storage solutions
Pioneering Quantum Material-Based Energy Storage
Leveraging advancements in quantum materials, Pioniq has introduced a novel class of solid-state energy storage devices that operate at room temperature. These devices utilize abundant and cost-stable elements, offering a sustainable alternative to traditional lithium-ion batteries.
Differentiating Through Quantum Simulation and Material Innovation
Pioniq sets itself apart by integrating quantum simulations into the design and optimization of its energy storage materials.This approach enables precise modeling of material properties, accelerating the development of efficient and scalable storage solutions. By focusing on materials that exhibit unique quantum behaviors, Pioniq is at the forefront of creating next-generation batteries that are both environmentally friendly and technologically advanced.
Our collaboration
We collaborate with Pioniq Technologies to advance the development of sustainable, quantum material-based energy storage solutions.
Founded in Paris in 2024, Quantum Signals merges artificial intelligence with quantum algorithms to reshape financial markets. The company develops advanced tools to transform trading, providing data-driven insights and precise decision-making for portfolio managers and traders. AI meets Quantum for smarter financial decisionsAI meets Quantum for smarter financial decisions.
Their Technology
AI meets Quantum for smarter financial decisions
Precision Trading Signals
Quantum Signals’ platform predicts mid-price movements and liquidity trends, helping traders make informed, real-time decisions.
Hybrid Quantum-AI Approach
Their proprietary models combine quantum neural networks with AI, enabling more accurate analysis of complex financial datasets.
Our collaboration
We collaborate with Quantum Signals to drive innovation and advance cutting-edge solutions in quantum technology and energy storage.
Founded in 2022 as a spin-off from CEA-Leti and based in Grenoble, France, SteerLight specializes in developing next-generation LiDAR (Light Detection and Ranging) sensors. Their technology leverages silicon photonics to provide high-precision 3D vision solutions aimed at enhancing safety and efficiency in mobility and industrial applications.
Their Technology
Developping Next Generations LiDARs to Revolutionize 3D Perception
Pioneering Photonic LiDAR Technology
SteerLight's innovative approach leverages cutting-edge LiDAR architecture integrated onto silicon chips. Their design eliminates mechanical components, resulting in compact, robust, and cost-effective sensors that deliver superior performance in terms of range and resolution. These attributes make them ideal for applications in autonomous vehicles, smart infrastructure, and Industry 4.0 environments.
Differentiating Through Silicon Photonics Integration
By integrating LiDAR systems onto silicon photonic chips, SteerLight achieves significant miniaturization and scalability.This monolithic integration enhances the sensors' reliability and reduces production costs, addressing key challenges in widespread LiDAR adoption and positioning SteerLight as a leader in advanced 3D vision technology.
Our collaboration
We collaborate with SteerLight to advance the development and deployment of cutting-edge photonic LiDAR solutions for safer and smarter mobility.
Diraq, founded in 2022, is a quantum computing company specializing in silicon-based quantum processors. The company originated as a spin-off from the University of New South Wales (UNSW) in Sydney, Australia, leveraging over two decades of research in silicon quantum computing.
Their Technology
Silicon Qubits, Real-World Scalability
Pioneering Silicon Quantum Dots
Diraq utilizes silicon quantum dot technology to create qubits compatible with standard CMOS fabrication processes. This approach enables the integration of billions of qubits into compact systems, facilitating the development of large-scale quantum computers.
Differentiating Through CMOS Compatibility
By designing qubits manufacturable using conventional silicon chip production lines, Diraq ensures cost-effectiveness and scalability. This compatibility allows for the potential realization of quantum processors with billions of qubits, addressing the challenges of scaling quantum computing technologies.
Our collaboration
We collaborate with Diraq to develop a quantum chip through a standard semiconductor foundry.
Founded in 2023, Resolve Stroke is transforming care with ultrasound. They develop a comprehensive clinical research platform to enhance the understanding of microvascular dynamics and their implications.
Their Technology
By analyzing ultrasound data in unprecedented ways,Resolve Stroke is equipping clinicians with the biomarkers necessary to anticipate and prevent adverse health events
Brain Imaging
Resolve Stroke is developing an advanced ultrasound software engine to expand access to diagnostics and enable precision treatments, with its first application, SYLVER, bringing groundbreaking brain imaging capabilities to neurology, intensive care, and emergency medicine.
Safe, non-invasive & user-friendly
The technology offers a safe, non-invasive, and user-friendly solution that requires no advanced expertise, while providing reliable, quantitative insights through novel markers for monitoring cerebral blood flow and perfusion.
Our collaboration
We collaborate with Resolve Stroke to deliver timely and accurate diagnoses.
Quobly, formerly known as Siquance, is a French quantum computing startup founded in 2022. The company is a spin-off from CEA-Leti and CNRS, two prominent French research institutions, and is based in Grenoble, France.
Their Technology
Semiconductor Roots, Quantum Future
Pioneering Silicon-Based Quantum Computing
Quobly leverages fully depleted silicon-on-insulator (FD-SOI) technology to fabricate quantum dots that serve as qubits. This approach aims to integrate quantum processors into existing semiconductor manufacturing processes, facilitating the development of scalable and reliable quantum computers.
Differentiating Through Semiconductor Integration
By utilizing established semiconductor technologies, Quobly aims to develop quantum processors that can scale to millions of qubits. This strategy enhances the feasibility of producing large-scale quantum computers capable of addressing complex computational problems.
Our collaboration
We collaborate with Quobly so it can form technological partnerships, establish a reference partner ecosystem, and accelerate its R&D in the quest for quantity and quality of quantum bits.
QC Design, founded in 2021 by Ish Dhand, specializes in developing design software and architectures for fault-tolerant quantum computers. Their mission is to enable the creation of reliable and scalable quantum computing systems by addressing the challenges of quantum error correction and system imperfections.
Their Technology
Providing software for developing useful and scalable Quantum Computers
Pioneering Fault-Tolerant Quantum Computing
QC Design has developed Plaquette, a comprehensive design automation tool that allows quantum hardware teams to build, simulate, and optimize fault-tolerant quantum computing architectures. Plaquette enables the modeling of over 20 real-world imperfections, facilitating the design of logical qubit experiments with confidence and accelerating the path to fault tolerance.
Differentiating Through Advanced Simulation
By integrating GPU acceleration into Plaquette using NVIDIA's cuQuantum SDK, QC Design has achieved significant performance improvements in simulating fault-tolerant quantum circuits. This integration allows for full-state simulations of circuits with over 400 qubits on a single GPU, outperforming traditional CPU-based simulators and providing hardware teams with actionable insights for real-world implementations.
Our collaboration
We collaborate with QC Design to advance the development of scalable, fault-tolerant quantum computing solutions.
VeriQloud, founded in Paris in 2017 by Marc Kaplan, Elham Kashefi, and Josh Nunn, specializes in quantum cryptography solutions. The company develops advanced architectures and software designed to secure data during communication, storage, and computation, ensuring long-term protection against emerging cyber threats.
Their Technology
Advancing Quantum-Driven Data Protection
Quantum Solutions for Communication and Storage
VeriQloud leverages cutting-edge quantum technologies to develop solutions that provide long-term data protection. Their innovations, such as Qline and Qasmat, address critical challenges in cybersecurity, offering enterprises robust defenses against evolving threats and ensuring data remains secure well into the future.
Built for Business Deployment
VeriQloud sets itself apart with quantum-secure architectures that eliminate the need for trusted nodes and complex key management. Its approach reduces infrastructure overhead while delivering scalable, long-term data protection built for the quantum era.
Our collaboration
We collaborate with VeriQloud to advance quantum-secure data protection.
Founded in 2022 from Sorbonne Université, WelinQ pioneers quantum interconnects based on neutral-atom technology. Located in Paris, the company focuses on scaling quantum computing and communication by bridging quantum processors with high-fidelity, deployable solutions.
Their Technology
Bringing quantum systems together with neutral atoms
Pioneering Quantum Memory Solutions
Welinq focuses on creating high-performance quantum memories based on laser-cooled neutral atoms. These memories achieve over 90% storage-and-retrieval efficiency, facilitating the interconnection of quantum processors and the formation of distributed quantum architectures. This technology is pivotal for scaling quantum computing beyond single processors and establishing robust quantum communication infrastructures.
Differentiating Through High-Efficiency, Neutral-Atom Quantum Memories
Welinq stands apart by engineering quantum memories with record-setting storage and retrieval efficiency using laser-cooled neutral atoms. Unlike traditional approaches, their solution is optimized for both scalability and compatibility with a wide range of quantum processors. This enables seamless, high-fidelity quantum interconnects essential for building modular and distributed quantum computing architectures.
Our collaboration
We collaborate with Welinq because we believe that the development of efficient quantum interconnects is a pillar for the whole quantum infrastructure and a path to accelerate real-world applications.
MemQ is a spinoff from the University of Chicago developing quantum networking technology integrated on a silicon photonics platform. Their approach enables the generation, storage, and distribution of quantum information across existing telecom infrastructure.
Their Technology
Bringing together cross-cutting capabilities for Quantum Networking.Pioneering Quantum Networks
Pioneering Quantum Networks
MemQ use erbium ions as qubits on a silicon photonics platform to create an asynchronous optical interconnect. Their technology aims to leverage existing telecom infrastructure to enable quantum sensor networks and connect quantum computers for real-world applications.
Leveraging Rare Earth Qubits
Rare Earth Qubits stand out for longer quantum information storage, telecom emission compatibility with fiber optic infrastructure, and noise resilience from their intrinsic electronic structure.
Our collaboration
We collaborate with MemQ to transform Quantum Networks.
Born from academic research at the University of Southampton and Vanderbilt University, Sensorium develops advanced mid-infrared photonic sensors. Based in the U.S., the company specializes in compact, efficient solutions designed to revolutionize chemical analysis for sectors like semiconductors, defense, and healthcare.
Their Technology
Next-generation sensing, powered by nanophotonics
Pushing Infrared Sensing Boundaries
Sensorium’s technology leverages surface phonon-polaritons in metamaterials to create mid-infrared devices with unprecedented sensitivity and scalability.
Efficient, Scalable Solutions
Their approach offers a cost-effective alternative to Quantum Cascade Lasers, with lower energy consumption and broader applicability in gas sensing and environmental monitoring.
Our collaboration
We collaborate with Sensorium to offers attractive possibilities for accessing invaluable information in wavelength ranges currently inaccessible with cost-effective sensors.
Founded in 2022, EuQlid specializes in quantum sensing technologies for the electronics manufacturing industry. The company combines quantum defects in diamond with advanced AI algorithms to noninvasively map hidden electrical currents within intact components, enhancing the reliability and security of electronic systems.
Their Technology
Providing unique quantum sensing, imaging and AI technology for mapping electrical currents
Pioneering Quantum Imaging
EuQlid's innovative platform integrates Quantum Diamond Microscopy with sophisticated image analysis techniques to provide detailed, quantitative visualizations of electrical activity in semiconductor packages and batteries. This approach enables manufacturers to detect defects early, optimize processes, and reduce time to market for advanced electronic products.
Differentiating Through Advanced Metrology
By offering noninvasive, high-resolution imaging solutions, EuQlid addresses critical gaps in process control and inline metrology for the semiconductor and battery industries. Their technology facilitates the detection of anomalies such as 'Trojan horse' attacks in integrated circuits, providing a new level of security and reliability in electronic manufacturing.
Our collaboration
We collaborate with EuQlid to advance quantum-enhanced industrial solutions.
Kipu Quantum, founded in Heidelberg in 2021, specializes in developing application-specific quantum algorithms tailored for near-term quantum hardware. The company aims to unlock practical quantum advantage by co-designing quantum software and hardware for real-world use cases across industries such as chemistry, finance, and logistics.
Their Technology
Accelerating useful quantum computing with minimal qubit requirements
Kipu Quantum's approach is centered on ultra-efficient, hardware-native quantum circuits that minimize resource requirements and enable meaningful results on today’s quantum processors. Their innovations focus on achieving quantum advantage without the need for full error correction, positioning their technology for early impact in high-value industrial workflows.
Differentiating Through Hardware-Aware Co-Design
By aligning algorithm design with hardware capabilities, Kipu Quantum dramatically reduces circuit depth and gate count, up to orders of magnitude compared to standard approaches. This tight integration allows for tailored quantum solutions that outperform generalized algorithms, delivering measurable results even on current-generation noisy quantum devices.
Our collaboration
We collaborate with Kipu Quantum to accelerate practical quantum advantage.
evolutionQ is a spinoff from the University of Waterloo specializing in quantum-safe cybersecurity solutions. Founded by leading experts in quantum cryptography, they develop advanced technologies to protect organizations against emerging threats posed by quantum computing.
Their Technology
Leveraging cutting-edge quantum technologies to develop cybersecurity solutions
State-of-the-art softwares
evolutionQ's develops softwares that enable the integration and management of Quantum Key Distribution (QKD) devices over existing high-speed networks. This technology allows organizations to deploy quantum-safe key management seamlessly, ensuring robust protection against both current and future cyber threats.
A holistic approach
evolutionQ distinguishes itself by offering a holistic suite of quantum-safe solutions, including risk assessments, strategic planning, and advanced software products. Their approach combines post-quantum cryptography with Quantum Key Distribution, providing a defense-in-depth strategy that addresses both immediate and long-term security needs.
Our collaboration
We collaborate with evolutionQ to advance quantum-enhanced cybersecurity.
Pixel Photonics is a spinoff from the University of Münster developing quantum photonic detection technology based on integrated superconducting nanowire detectors. Their platform enables high-performance single-photon detection for applications in quantum communication, computing, and sensing.
Their Technology
Harnessing light to unlock quantum applications
Revolutionizing Quantum Detection
Pixel Photonics integrates superconducting nanowire single-photon detectors on a chip-scale platform to deliver scalable, high-performance photon detection. Their technology enables critical capabilities for quantum key distribution, quantum computing, and ultra-sensitive quantum sensing.
Scalable Integrated Photonics
Pixel Photonics sets itself apart by integrating superconducting nanowire detectors directly onto photonic chips using standard semiconductor fabrication. This approach offers unmatched scalability, compactness, and performance, eliminating the need for bulky optical components and enabling seamless integration into quantum systems at scale.
Our collaboration
We collaborate with Pixel Photonics to unlock new Quantum applications.
Founded in 2017 and based in Karlsruhe, HQS Quantum Simulations specializes in developingquantum-level simulation software for material scientists in the chemical industry. Their solutions provide deeper insights into the properties of molecules and materials, accelerating innovation and discovery.
Their Technology
Accelerating the development of new materials
Pioneering Quantum-Assisted Design
HQS offers the Quantum Assisted Design (QAD) Cloud platform, an integrated development environment that enables the simulation of molecules and materials on both conventional and quantum computers. This platform facilitates high-precision structure identification, enhancing research and development processes in various industries.
Differentiating Through Open-Source Collaboration
HQS stands out by providing open-source tools like struqture and qoqo, empowering researchers to build and simulate complex quantum systems. This commitment to open collaboration accelerates advancements in quantum simulations and fosters a community-driven approach to quantum research.
Our collaboration
We collaborate with HQS Quantum Simulations to advance quantum-assisted design and simulation technologies.
KETS Quantum Security, founded in 2016, specializes in developing chip-based quantum encryption technologies. The company is a spin-out from the University of Bristol’s Quantum Engineering Technology Labs (QETLabs) in the United Kingdom.
Their Technology
Compact Devices, Quantum-Safe Solutions
Pioneering Integrated Quantum Cryptography
KETS offers miniaturized, integrated photonic devices for quantum key distribution (QKD) and quantum random number generation (QRNG). These technologies enable the secure generation and distribution of encryption keys, ensuring robust protection for sensitive data and communications.
Differentiating Through Miniaturization and Integration
By developing chip-scale solutions, KETS provides quantum cryptographic devices that are compact, lightweight, and energy-efficient. This integration facilitates practical deployment across various platforms, including telecommunications and data centers, enhancing the accessibility of quantum-safe security measures.
Our collaboration
We collaborate with Kets to bring clients the world’s first on-chip, quantum-secured solutions protecting against the future threat of quantum computers.
LightOn, founded in Paris in 2016 by Laurent Daudet and Igor Carron, pioneers enterprise-grade generative AI with secure, customizable solutions designed to enhance productivity and unlock organizational knowledge.
Their Technology
Leveraging Multimodal AI for Business Impact
Revolutionizing enterprise AI Workflows
LightOn’s Paradigm platform combines powerful generative models with advanced tools like Retrieval-Augmented Generation (RAG) and intelligent agents. It empowers organizations to interact with complex documents, including text, images, tables, and graphs, transforming internal data into actionable insights and dramatically improving efficiency across sectors.
Differentiating through Secure and Adaptable AI
LightOn stands out by offering fully sovereign, privacy-first AI deployments tailored to enterprise needs. With flexible deployment options, on-premises, private cloud, or air-gapped environments, Paradigm ensures data never leaves the organization. Its customizable framework adapts generative AI to specific use cases without compromising on security or compliance.
Our collaboration
Quantonation is proud to support the advancement of secure and business-ready AI technologies.
Founded in 2019 Pasqal is a leading quantum computing company specializing in the development of quantum processors using ordered neutral atoms in 2D and 3D arrays. The company was established by Georges-Olivier Reymond, Christophe Jurczak, Nobel laureate Professor Dr. Alain Aspect, Dr. Antoine Browaeys, and Dr. Thierry Lahaye.
Their Technology
Neutral Atoms for Practical Quantum Advantage
Pioneering Neutral Atom Quantum Computing
Pasqal's technology leverages neutral atoms manipulated by laser beams to serve as qubits, enabling the creation of scalable and reliable quantum processors. This approach allows for the arrangement of atoms in customizable configurations, facilitating the execution of complex algorithms and paving the way for business ready quantum computing.
Differentiating Through Scalability and Versatility
By utilizing neutral atoms, Pasqal's quantum processors operate at room temperature, reducing the need for complex cryogenic systems. This design enhances scalability, with the potential to support thousands of qubits, and offers versatility in algorithm implementation, positioning Pasqal at the forefront of practical quantum computing solutions.
Our collaboration
We collaborate with Pasqal to advance the development of scalable, neutral atom-based quantum computing solutions.
Founded in 2017 and based in Basel, Qnami is a pioneering quantum sensing company specializing in the development and commercialization of quantum technologies for sensing and imaging applications.
Their Technology
Harnessing Diamond to Power Next-Generation Quantum Sensors
Pioneering Quantum Sensing Solutions
Qnami's flagship product, ProteusQ, is the first commercial scanning NV (Nitrogen-Vacancy) magnetometer. This quantum microscope enables researchers to capture surface magnetic fields at the atomic scale, facilitating advancements in nanotechnology, life sciences, and earth sciences.
Differentiating Through Diamond Quantum Technology
Qnami distinguishes itself by leveraging diamond-based quantum sensors, specifically engineered at their Quantum Foundry. These sensors utilize NV centers in diamond to achieve unprecedented precision in measuring magnetic fields, enabling applications previously unattainable with classical technologies.
Our collaboration
We collaborate with Qnami to advance quantum sensing technologies.
CryptoNext Security, founded in Paris in 2019 after over two decades of academic research at Sorbonne University, INRIA, and CNRS, specializes in post-quantum cryptography. The company offers advanced solutions to help organizations transition to quantum-resistant cybersecurity.
Their Technology
Providing Post Quantum Cryptography to Address the Quantum Threat
Quantum-Resistant Cryptography
CryptoNext Security has developed the Quantum-Safe Crypto Agile Suite, a comprehensive set of tools designed to facilitate the discovery, remediation, and management of cryptographic assets. This suite empowers organizations to seamlessly migrate to post-quantum cryptography, ensuring long-term data protection and compliance with evolving security standards.
Differentiating Through Crypto-Agility
Setting itself apart, CryptoNext Security emphasizes crypto-agility in its solutions, allowing organizations to adapt swiftly to new cryptographic standards and threats. By integrating hybrid approaches that combine classical and post-quantum algorithms, their technology ensures robust security during the transition to a quantum-safe environment.
Our collaboration
We collaborate with CryptoNext Security to advance quantum-resilient cybersecurity.
Qunnect, a spin-off from Stony Brook University founded in 2018, is dedicated to revolutionizing telecommunications infrastructure by developing scalable quantum networks.
Their Technology
Qunnect is a global leader in developing robust and field-ready quantum hardware modulesdesigned for scalable quantum networks
Product Suite for Quantum Network
Qunnect offers a range of solutions that enable scalable and efficient quantum networks, improving connectivity, reliability, and performance for quantum computing and sensing applications. Their technology supports seamless data storage, real-time monitoring, and precise control, driving the future of quantum communications.
Field Deployable Solutions
Qunnect’s room-temperature hardware delivers optimal performance and seamless device compatibility through a proprietary approach, while AI-driven software continuously monitors and optimizes network performance, making practical field deployment possible.
Our collaboration
We partner with Qunnect to transform the future of Telecommunications.
Founded in 2019 as a spin-out from the University of Oxford, ORCA Computing specializes in developing full-stack photonic quantum computers. Leveraging over 30 years of research, the company aims to make quantum computing a practical reality.
Their Technology
Powering the Future with Scalable Photonic Quantum Computers
Pioneering Photonic Quantum Computing
ORCA Computing's approach combines proprietary quantum memory technology with optical fiber components to create modular, fiber-interconnected quantum computing systems. This design facilitates the storage, synchronization, and buffering of quantum operations, enabling scalable and high-performance quantum computing solutions that operate at room temperature.
Differentiating Through Hybrid Integration
By integrating photonic quantum processors with classical high-performance computing (HPC) systems, ORCA Computing offers hybrid quantum-classical solutions tailored for applications such as generative AI and optimization.Their systems are designed for seamless deployment within existing data center infrastructures, providing a practical pathway to quantum advantage.
Our collaboration
We collaborate with ORCA Computing to advance the integration of photonic quantum technologies into practical computing solutions.
Quandela is leading photonic quantum computing. Founded in 2017 as a spin-off from the Centre for Nanoscience and Nanotechnology (C2N), the company specializes in developing modular and customizable quantum computers designed to tackle the most complex computational challenges.
Their Technology
Quandela’s photonic quantum technology powers hardware, middleware, and software for industries like energy, cybersecurity and finance.
Full Stack Quantum Computing
Quandela has positioned itself as a full-stack quantum company, offering everything from quantum computer production and cloud access to training and industry-specific use case support. Its tech roadmap reflects this ambition, aiming to develop scalable industrial processes by 2030.
Unlocking the potential of Light
Photonic quantum computers operate at room temperature, offering high speeds and requiring fewer components to scale. Their compatibility with existing fiber-optic and semiconductor technologies makes them easier to integrate and ramp up efficiently.
Our collaboration
We collaborate with Quandela to lead the development of Photonic Quantum Computing.
Founded in 2020 by scientists from leading universities based both in France and in the U.S., Qubit Pharmaceuticals leverages 30 years of research to develop novel drug candidates and therapies for complex targets through high-performance computing and quantum algorithms.
Their Technology
No target is Undruggable with Quantum Aided Drug Discovery
Developing Better Drugs
Qubit Pharmaceuticals is dedicated to developing breakthrough treatments for life-threatening diseases, with a focus on oncology, inflammation, and pandemic response - the company is advancing a diverse drug pipeline with over 40 targets to date.
Unparalleled Accuracy and Precision
Qubit Pharmaceuticals stands out with a proprietary drug design platform that integrates AI, quantum computing, and physics-based simulations, delivering state-of-the-art chemical accuracy and 100,000x faster simulations.
Our collaboration
We collaborate with Qubit Pharmaceuticals to advance Quantum aided Drug Discovery.
Multiverse Computing, founded in 2019 and headquartered in San Sebastián, Spain, is a quantum computing software company that applies quantum and quantum-inspired algorithms to sectors including finance, energy, manufacturing, and life sciences. The company is a spin-off from academic research carried out at institutions such as the Donostia International Physics Center (DIPC).
Their Technology
Quantum Advantage, Ready for Business
Pioneering Quantum Solutions Across Industries
Multiverse Computing’s flagship platform, Singularity, enables enterprises to access quantum computing through familiar tools like Microsoft Excel. The company also developed CompactifAI, a proprietary engine that applies quantum-inspired algorithms to optimize AI models—enhancing performance and reducing resource consumption. These solutions integrate seamlessly into real-world workflows, delivering practical impact without the need for deep quantum expertise.
Differentiating Through Applied Quantum Expertise
Multiverse Computing stands out by combining cutting-edge quantum science with direct industrial applicability. With a team rooted in academic excellence—including Chief Scientific Officer Román Orús—and partnerships with institutions like Université de Sherbrooke, the company bridges the gap between theoretical innovation and enterprise deployment, offering quantum and quantum-inspired tools ready for use today.
Our collaboration
We collaborate with Multiverse to pioneer quantum and quantum-inspired solutions across industries.
Founded in 2020 and based in Sherbrooke, Quebec, Nord Quantique specializes in developing fault-tolerant quantum computing hardware. The company focuses on integrating quantum error correction directly into superconducting quantum processors to enhance computational reliability and scalability.
Their Technology
Leveraging Bosonic Codes in Superconducting Circuits to deliver Industry-Leading Error Correction Solutions
Pioneering Quantum Error Correction
Nord Quantique employs a unique approach by embedding error correction within individual qubits using bosonic codes. This method addresses common quantum errors, such as bit flips and phase flips, without necessitating a large overhead of physical qubits. Consequently, their technology reduces the number of physical qubits required by a factor of 1,000 to 10,000 compared to other models, facilitating faster and more efficient quantum computations.
Differentiating Through Scalable Architecture
By focusing on hardware-efficient designs and rapid clock speeds, Nord Quantique aims to deliver a 100-logical-qubit machine by 2028. Their strategy combines minimal error rates with high computational speeds, enabling the development of practical quantum computers suitable for complex industrial applications.
Our collaboration
We collaborate with Nord Quantique to advance the development of scalable, fault-tolerant quantum computing solutions.
Founded in 2021, QphoX is dedicated to delivering innovative networking solutions to address the most pressing scalability challenges in quantum computing. Their diverse team of scientists, engineers, and technology enthusiasts share a common belief: that creative solutions are essential at every stage of technology development.
Their Technology
Qphox technology enables optical access to qubits, providing the first viable method to enhance the scalability and performance of today’s most advanced quantum computers
Scaling Quantum Computers
Qphox’s product serve as the infrastructure for the prospective quantum internet, employing a unique quantum transducer that facilitates the coupling of microwave and optical photons. By utilizing the principles of piezoelectric and optomechanical effects, Qphox is addressing quantum computing's scalability challenge.
Unlocking the potential of Light
This approach leverages high-capacity, low-thermal conductivity optical data lines to efficiently control, measure, and interconnect quantum systems at scale, significantly reducing strain on cryogenic space and thermal budgets by converting qubit signal processing to the optical domain.
Our collaboration
We collaborate with Qphox to scale Quantum Computers.
Foqus Technologies Inc. is a Toronto-based company specializing in quantum information algorithms and machine learning techniques to enhance magnetic resonance imaging (MRI). Their innovative software solutions aim to significantly reduce MRI scan times while improving image quality.
Their Technology
Powering the future of precision imaging through quantum innovation
Revolutionazing Medical Imaging
Foqus Technologies integrates proprietary quantum algorithms with artificial intelligence to enhance the sensitivity of existing MRI scanners. Their software solution reduces scan times from approximately 60 minutes to under 5 minutes without compromising image quality, facilitating early disease detection and improving patient experience.
Leveraging Quantum Innovation
Foqus sets itself apart by embedding quantum information algorithms directly into their software, enabling seamless integration with existing MRI systems. This approach offers a cost-effective alternative to expensive hardware upgrades, providing healthcare providers with scalable and efficient imaging solutions.
Our collaboration
We collaborate with FoQus to revolutionize medical imaging.
InSpek, established in 2021, develops advanced optical sensing solutions for real-time monitoring of chemical and biological processes. The company was founded by researchers from École Polytechnique in France and the Massachusetts Institute of Technology (MIT), combining expertise in photonic integrated circuits and chemical sensing.
Their Technology
Better Sensing, Real-Time Insight
Pioneering On-Chip Optical Sensors
InSpek combines photonic integrated circuits with traditional optical sensing techniques to create compact, cost-effective sensors. These sensors enable real-time, non-invasive monitoring of biochemical reactions, providing high-precision data that optimizes process efficiency and reduces waste.
Differentiating Through Integration and Precision
By integrating photonic components onto microchips, InSpek offers sensors with enhanced detection performance, reduced size, and lower costs compared to traditional solutions. This innovation allows industries to achieve better process control and sustainability in their operations.
Our collaboration
We collaborate with Inspek because bioproduction has the potential to change the world for the better — from enabling new medicines such as cell & gene therapies, to making chemical production more sustainable.
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