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CLOUD PLATFORM
Quantum Platform
AWARDS & RECOGNITION
Recognized for next-generation computing infrastructure.
Independent recognition reinforces Dynex’s position as a quantum-driven platform built for practical, industrial-scale innovation.
DYNEX VIDEO LIBRARY
Explore real-world examples of Dynex technology turning complex optimization challenges into measurable advantage.
Extreme Weather Inference
Innovate 4 Nature Screening
World4All City Monitor
Dynex Weather Platform
Quantum LLM Anonymization
Dynex Quantum Diffusion LLM
Paris Smart City Planning
Apollo Neuromorphic Chip
Dynex Documentary
2025 Proof of the Past
2024 Quantum Leap Review
Dynex delivers independently validated quantum-driven optimization through its enterprise-ready Quantum-as-a-Service (QaaS) platform. Dynex enables enterprises to deploy validated quantum-driven optimization at scale.
FINANCIAL SERVICES
+16% YTD in a –4% Nasdaq market
Quantum portfolio optimization
SUPPLY CHAIN
94.61% accuracy in 14-day extreme weather detection
Quantum pattern matching
HEALTHCARE
70B model quality from a single RTX 3090
Quantum-enhanced LLM
REGENERATION
6.8B wind-channel scenarios optimized per second
Quantum optimization
RESEARCH & SCIENCE
Proven scalability in air pollution forecasting with 1,703 qubits
Quantum neural network
NATURE ANALYTICS
400+ startups analyzed across all data dimensions
Quantum optimization
ENVIRONMENTAL FINTECH
10-meter canopy intelligence from satellite imagery
Quantum ensemble AI
BENCHMARKING
Six benchmarks fully replicated with sub-exponential scaling confirmed
Independent platform evaluation
INDEPENDENT VALIDATION
Dynex performance has been quantified and validated by external institutions, supporting its position as an enterprise-ready quantum-driven platform.
Dynex’s deep-tech architecture is built around two patent-pending computational engines: diamond-spin quantum computing and quantum-driven neuromorphic computing.
Diamond-spin quantum computing
(Zeus architecture)
Diamond-spin quantum qubits enabling systems of
up to 1 M qubits operating at room temperature
Zeus utilizes a diamond-spin quantum computing architecture based on nitrogen-vacancy (NV) centers in nanodiamond, whose electron spin states function as stable solid-state qubits at room temperature. These qubits are avoiding cryogenic cooling and complex control infrastructure. It enables dense arrays of optically addressable spin qubits, supporting scalable quantum architectures designed for large-scale optimization and quantum computation.
Quantum-driven neuromorphic computing
(Apollo architecture)
Quantum-driven analog qubit representation to replicate quantum system behavior up to 1 M qubits
Apollo utilizes a quantum-driven analog qubit architecture that can emulate quantum systems with up to one million algorithmic qubits and operate with up to 10,000 physical p-qubits. This approach harnesses RF-CMOS technology to reproduce quantum behavior at room temperature, eliminating the need for cryogenics or complex control systems while enabling scalable, efficient, and practical quantum computation.
Headquartered in Switzerland, Dynex is an award-winning global technology company and one of the leaders developing quantum and quantum-driven soft and hardware infrastructure. For industrial clients Dynex develops quantum-driven solutions focussing on tailored solution developments delivered within a matter of weeks and deployed as end-to-end quantum-driven solutions at industrial scale, powered by its proprietary Quantum-as-a-Service (QaaS) technologies, accessible on a cloud-based, qubit-agnostic infrastructure platform.
Dynex is organized across three complementary strategic divisions that together form the foundation of its competitive advantage: quantum-driven solution development, deep-tech quantum research and hardware development, and large-scale computational infrastructure.
Three Strategic Divisions
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Quantum-Driven Solution Development
Dynex works directly with enterprise, industrial, and institutional clients to identify, design, and deploy advanced computational solutions for complex optimisation, simulation, and processing challenges. This positions Dynex not merely as a technology provider, but as a practical implementation partner focused on real-world use cases where next-generation computing can deliver measurable advantage.
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Deep-Tech Research & Hardware Development
Dynex develops differentiated computing architectures including Apollo, its room-temperature quantum-driven analog computing architecture with up to 10,000 probabilistic qubits, and Zeus, its next-generation gate-based diamond-spin quantum processor based on NV-diamond quantum qubits and patent-pending bioorganic materials. This division reflects Dynex’s commitment to advancing proprietary quantum and quantum-driven hardware architectures from research into scalable commercial systems.
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Large-Scale Computational Infrastructure
This includes Dynex’s cloud-based, qubit-agnostic platform, orchestration layer, workload management, and operational framework required to execute large-scale computational jobs efficiently and reliably across the network. This infrastructure forms the backbone of the Dynex ecosystem and enables scalable access to advanced computing capabilities across software, cloud, analog quantum-driven hardware, and future quantum hardware integrations.
Together, these three strategic divisions give Dynex a differentiated position in the global quantum and advanced computing market. While much of the quantum hardware sector continues to progress toward commercial maturity, Dynex is already delivering scalable, validated computational capabilities through its platform today. Its full-stack approach spanning industrial applications, deep-tech quantum R&D, operational hardware, cloud access, and backend infrastructure, positions Dynex to scale alongside the quantum market as it evolves across multiple complementary architectures rather than a single winner-takes-all model.
