What is Quantum Automation?
In the context of quantum computing, automation refers to the use of software-driven workflows to perform qubit characterization, calibration, tune-up, and benchmarking with minimal manual intervention.Why it matters. A single qubit requires dozens of calibration parameters to be set and maintained: drive frequency, pulse amplitude, pulse duration, readout frequency, readout power, and many more. These parameters drift over time and must be regularly re-tuned. For a 100-qubit processor, doing this manually is impractical. Automated tune-up pipelines run sequences of standardized experiments (spectroscopy, Rabi oscillations, Ramsey fringes, randomized benchmarking), extract the results, update parameters, and move on to the next step without human intervention. The speed and reliability of automation directly determines how quickly a quantum processor can be brought online and kept calibrated during operation.How it connects. The Qblox Scheduler includes an extensive applications toolkit with plug-and-play qubit tune-up routines covering standard characterization experiments. The Q1 Sequence Processor enables FPGA-based real-time loops that run multi-dimensional calibration sweeps entirely on hardware, dramatically reducing the overhead of software-controlled calibration loops. Qblox's open software architecture also integrates with higher-level automated calibration platforms. Learn more about Qblox Scheduler.
