Quantum Hardware Partner

We are looking for a partner that:

• Operates or is actively developing a quantum processor at a meaningful scale with a level of hardware maturity that demonstrates a credible scaling pathway to fault-tolerant operation;

• Is willing to provide programmatic access to their hardware (including pulse-level control interfaces, device Hamiltonians, and calibration data) enabling Qruise's digital twin engine to build accurate system models and close the software-hardware integration loop;

• Has or is developing UK-based operational infrastructure , consistent with ProQure's requirement that significant and critical activities be delivered within the UK;

• Shares the scientific and commercial ambition to validate scalable, automated approaches to qubit bring-up and operational performance benchmarking, directly addressing the programme's goal of validating technologies and architectures to scale beyond the current state of the art.

What Qruise Brings to the Partnership

Automated device characterisation and bring-up: Our QruiseOS platform reduces manual tuning effort through physics-informed model identification and closed-loop optimisation, enabling faster transitions from device fabrication to operational qubit.

Digital twin development: We build high-fidelity, fully differentiable models of quantum hardware (including noise processes, cross-talk, and control imperfections), providing a simulation environment that accelerates protocol design without consuming precious QPU time.

Quantum optimal control: Qruise's pulse optimisation algorithms enable higher-fidelity single- and two-qubit gates, directly contributing to improved system-level performance metrics.

Scalability architecture: Our software stack is designed to scale with qubit count, supporting the automation frameworks needed to manage the complexity of processors at scale.