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ORCA CEO Richard Murray speaks with BBC Correspondent Tom Whipple, discussing how close quantum technologies are to real-world deployment.

ORCA enables seamless integration with NVIDIA accelerated computing and the CUDA software ecosystem

We demonstrate cavity-enhanced ORCA memory achieving order-of-magnitude power reduction and compact footprint – unlocking scalable, high-efficiency photonic quantum computers.

This collaboration demonstrates the practical and scalable potential of hybrid quantum–classical machine learning. The work between ORCA and Toyota Motor now lays the foundation for larger-scale experiments.

As quantum computing matures, the core question is shifting from if the technology will matter to how it becomes useful in real-world settings. For ORCA, the answer lies in building photonic quantum systems that customers can deploy today, not decades from now.

The project focuses on developing cyber anomaly detection using quantum machine learning (QML), a next-generation approach to identifying and mitigating malicious activity in complex digital environments.

The HPC Innovation Excellence Awards program honors outstanding achievements that demonstrate the real-world value of HPC technologies, with the goal of showcasing scientific, engineering and economic impact across industries.

Building on its success integrating NVIDIA accelerated computing and the NVIDIA CUDA-Q platform with its PT-Series photonic systems, ORCA is bringing NVQLink to its proven hybrid architecture, to demonstrate how real-world, scalable quantum–AI systems can be deployed today.

By introducing nonlinearities into photonic architectures, ORCA is unlocking a practical route to scalable, fault-tolerant quantum computing.