About QuantGates
QuantGates is a quantum computing research and deployment company. We bring together quantum computing, artificial intelligence and computational science to develop tools that expand what scientists and engineers can simulate, optimise and understand.
Our areas of work
Our work takes shape through two connected platforms: Spinorio for quantum research and QuantumClass for learning and practice.
Quantum research and development
Spinorio brings notebooks, experiment workflows and quantum compilation into a connected research environment. Spinorio Lab provides the workspace, with Spinorio Workflow and Weylattice available within it.
Our compiler research investigates how the structure of a circuit and its target hardware can inform the sequence of transformations used to compile it.
Quantum education and practice
QuantumClass is our platform for learning and practising quantum computing. It helps students, engineers and researchers study quantum concepts and algorithms, program circuits and work with modern quantum software frameworks.
Its Quantum Lab, powered by Spinorio, connects learning with hands-on practice. Learners can move from concepts into coding, experimentation and analysis, developing the understanding needed to work with this computational paradigm.
Quantum compilation
Weylattice is our AI-powered quantum compiler. It prepares circuits for a selected hardware target and provides structural metrics, baseline comparisons and reusable compiled outputs within the development workflow.
Available in Spinorio Lab’s Compile section. Standalone API access is coming soon.
Quantum experiment workflows
Spinorio Workflow connects captured circuit states, processing runs, jobs and available results. It helps researchers follow how an experiment evolved, compare recorded transformations and inspect execution evidence in its notebook context.
Available in Spinorio Lab’s Workflow workspace. Standalone API access is coming soon.
Quantum Application Solvers
Hilvarion provides quantum application solvers for combinatorial optimisation, connecting problem-specific inputs, quantum sampling, classical feedback and evaluated solutions.
Integrated with Spinorio Lab, with Weylattice compilation and execution records connected through Spinorio Workflow.
Our mission
Our mission is to advance quantum computing so we can address problems beyond the practical limits of classical computation. We aim to build the software, intelligence and computational infrastructure that make quantum computing increasingly powerful, practical and useful.
Through research, development and education, we work to expand what can be simulated, optimised and understood, and to support new possibilities for scientific and technological discovery.