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Spend more time experimenting, less time configuring.

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Deltaflow.Control is a customisable software solution for generating high accuracy, high speed pulse sequences to control qubits using affordable off-the-shelf hardware.

Its decentralised architecture provides the scalability and performance required to enable practical quantum error correction.

Deltaflow.Control is currently available for trapped ion and cold atom qubits. Support for superconducting qubits is in development.

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Why choose


  • Programmable
    Fully programmable with pulse definition and configuration using pure-Python, so no need to spend time learning platform-specific languages, plus a library of powerful and easy to use pulse definition functions
  • Easy integration
    Easy integration and setup with support for the commonly used Xilinx RFSoC and Sinara hardware ecosystems and a comprehensive set of tutorials and examples
  • Professional-level Debugging
    Professional-level debugging and clock cycle accurate simulation, providing deep insight into system behaviour and meaning fewer iterations to perfect experiments
  • Low-latency
    Low-latency decentralised architecture supports scaling to the measurement-heavy workflows required for error-corrected quantum computing
  • World class support
    World class support delivered by experts in trapped ion and atomic qubit control with 20 years' combined experience in trapped ion and atomic qubit control

"Our experience with Deltaflow.Control and the Riverlane product team has been very positive.  They’re always responsive and helpful, and are clearly focused on understanding and addressing the needs of researchers in the lab."


- Tracy Northup, Ingeborg Hochmair Professor of Experimental Physics, University of Innsbruck

Featured experts

Our world-leading team of physicists and engineers have a combined 20+ years experience is the design and implementation of qubit control systems


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