Dynex Quantum Computing

Dynex Quantum Computing is a cloud-based platform for quantum and quantum-driven neuromorphic computing. It is described as qubit-agnostic and as providing access to both quantum and quantum-driven neuromorphic computing power for customized, application-specific solutions. The site also frames the system around practical, industrial-scale innovation and lists industries including artificial intelligence, pharmaceutical, automotive and aerospace, financial services, telecommunications, and research and science.

The platform’s capability stack includes solution development, a cloud platform, and research and hardware. Under solution development, Dynex says it creates tailored use cases in collaboration with customers and uses proprietary algorithms to address real-world challenges at industrial scale. Its materials also highlight quantum computing, quantum-driven computing, diamond-spin quantum computing, NV-diamond spin qubits, probabilistic qubits (p-qubits), algorithmic qubits, and quantum emulation on CPU/GPU nodes. Named examples shown on the page include dynamic dispatch optimization, reinsurance portfolio construction, weather intelligence for risk detection and supply-chain resilience, scenario optimization for regenerative city planning and climate resilience, quantum-assisted language models for anonymizing sensitive patient health data, and quantum diffusion language modelling.

Dynex also says it develops quantum and quantum-driven hardware architectures, including Apollo, described as a room-temperature analog computing system, and Zeus, described as an NV-diamond quantum processor. The page mentions an Apollo Neuromorphic Chip described as a 10,000 p-qubit room-temperature chip. Resources listed on the site include benchmarks, publications, the Dynex SDK, documentation, code examples, and support, and it also references a video library and customer and developer sign-in. The service is offered under a Dynex subscription model. Contact and community links include email, LinkedIn, Slack, and investor relations.