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NQCT provides an integrated cloud-based software platform for quantum software development, validation, and deployment with our quantum hardware infrastructure. Built for all users, the platform combines intuitive design workflows with rigorous performance analysis and execution pathways to hardware.
Circuit Builder
Circuit Builder
A drag-and-drop circuit builder that enables quick composition of quantum workflows. Users can construct, inspect, and iterate on circuits visually, reducing development overhead while maintaining control over gate-level design.
Pulse Designer
Pulse Designer
Beyond gate abstraction, NQCT supports pulse-based control for refining quantum operations, enables users to design and tune pulses for custom gate behaviour, bridging algorithm intent with hardware-aware execution.
Circuit Library
Circuit Library
A curated library of quantum algorithms for immediate experimentation and benchmarking. These built-in templates accelerate onboarding, support reproducible testing, and provide a consistent baseline for performance comparison
Noise Modelling
Noise Modelling
NQCT offers configurable noise models and benchmarking tools to evaluate algorithm robustness under realistic operating conditions. Users can quantify fidelity, compare configurations, and generate evidence-based performance insights for research planning.
Quantum Functions
Quantum Functions
NQCT supports function-based quantum deployment, allowing users to package and run quantum workloads as services. This model simplifies integration into research pipelines and hybrid quantum-classical applications by enabling repeatable, on-demand execution.
Hardware Reservation
Hardware Reservation
The platform includes hardware booking and reservation capabilities for planned experiment execution. Structured scheduling improves resource utilisation and provides reliable access to our quantum hardware infrastructure.
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