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Anyon Computing's new NVQLink-based system represents a significant architectural shift by integrating quantum processors directly into classical supercomputing fabrics, enabling microsecond-scale hybrid loops essential for error correction and adaptive control. Notably, the development of this complex control stack was executed almost entirely by autonomous AI agents, highlighting an emerging trend where AI accelerates the very infrastructure required to scale quantum computing. This convergence of real-time classical compute with quantum hardware marks a critical step toward practical, large-scale fault-tolerant quantum systems in data centers.
Source coveringThe Quantum Insider
What this isA model's reading of the article and related coverage, written for aiqbench. Not the publisher's words.

Anyon Computing Unveils NVQLink-Based Quantum Control System

The Quantum Insider4 min read

Insider Brief PRESS RELEASE — The control cluster and the quantum processors it drives join GPU and CPU compute nodes as co-processors of a single quantum-GPU supercomputer with quantum-classical loops measured on hardware in microseconds. The system was developed almost entirely by autonomous AI agents. Anyon Computing, which builds complete quantum supercomputers, today unveiled a […]

Anyon Computing has unveiled an open-source real-time quantum control system built on NVIDIA NVQLink that integrates QPU control clusters with GPU and CPU compute nodes as co-processors within a shared supercomputing architecture. The system runs CUDA-Q, OpenQASM and QIR and is designed to support microsecond-scale quantum-classical loops for workloads including quantum error correction, calibration, readout classification and hybrid machine learning. Anyon says the control system was developed almost entirely by autonomous AI agents and…

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