A method comprising: identifying domains (101A, 101B) of a quantum computing system by operation of a control system, the domains comprising respective domain control subsystems and respective subsets of quantum circuit devices in a quantum processor of the quantum computing system, wherein the respective domain control subsystems communicate with the respective subsets of quantum circuit devices of respective domains and each of the respective domain control subsystems comprises a processor, memory, a generator, and a receiver; obtaining a first set of measurements from a first domain of the domains, wherein the domain control subsystems include a first domain control subsystem that controls the first domain, and the respective subsets of quantum circuit devices include qubit devices in the first domain; determining, by operation of the first domain control subsystem, device characteristics of the quantum circuit devices of the first domain based on the first set of measurements, wherein the device characteristics comprise resonance frequencies and coherence times for qubit devices in the first domain; determining whether to obtain a second set of measurements from the first domain based on the device characteristics, wherein determining whether to obtain the second set of measurements comprises determining whether the device characteristics meet respective predefined sets of criteria; in response to determining that one or more of the device characteristics meet the respective predefined sets of criteria, obtaining the second set of measurements from the first domain; determining, by operation of the first domain control subsystem, quantum logic control parameters for the subset of quantum circuit devices of the first domain based on the second set of measurements; and storing the quantum logic control parameters in a database of the control system for use in operating the first domain. identifying domains (101A, 101B) of a quantum computing system by operation of a control system, the domains comprising respective domain control subsystems and respective subsets of quantum circuit devices in a quantum processor of the quantum computing system, wherein the respective domain control subsystems communicate with the respective subsets of quantum circuit devices of respective domains and each of the respective domain control subsystems comprises a processor, memory, a generator, and a receiver; obtaining a first set of measurements from a first domain of the domains, wherein the domain control subsystems include a first domain control subsystem that controls the first domain, and the respective subsets of quantum circuit devices include qubit devices in the first domain; determining, by operation of the first domain control subsystem, device characteristics of the quantum circuit devices of the first domain based on the first set of measurements, wherein the device characteristics comprise resonance frequencies and coherence times for qubit devices in the first domain; determining whether to obtain a second set of measurements from the first domain based on the device characteristics, wherein determining whether to obtain the second set of measurements comprises determining whether the device characteristics meet respective predefined sets of criteria; in response to determining that one or more of the device characteristics meet the respective predefined sets of criteria, obtaining the second set of measurements from the first domain; determining, by operation of the first domain control subsystem, quantum logic control parameters for the subset of quantum circuit devices of the first domain based on the second set of measurements; and storing the quantum logic control parameters in a database of the control system for use in operating the first domain.