QUAlibrate simplifies the complex task of quantum calibration, dramatically boosting productivity. Built for scale, it enables parallelized multi-qubit tune-up, with full qubit tune-up in less than a minute. QUAlibrate gives users complete code-level control to program and customize calibration nodes and graphs.
With interactive execution, live visualization, and robust data management, QUAlibrate ensures high-fidelity calibration and seamless scalability for today’s – and tomorrow’s – quantum systems.
Customizable Calibration Graphs
At the core of QUAlibrate is its graph-based approach: Calibration graphs and their control flow logic are completely customizable. They are made up of nodes, each representing a specific operation – like spectroscopy, Rabi experiments, or gate tuning.
- Nodes are implemented as QUA programs – custom-built or selected from QUAlibrate’s comprehensive library of pre- built control applications.
- Calibration graphs determine how nodes connect and interact based on qubit-specific results and run simultaneously on any number of selected qubits.
- Advanced traversal algorithms allow for intelligent navigation, and optimization of the graph.
Quantum Abstract Machine (QUAM)
QUAlibrate leverages QUAM, a component-based architecture built on the QUA programming language. QUAM digitally models your quantum system – from hardware to qubits – enabling more flexible, hardware-agnostic calibration workflows. It simplifies setup, enhances control, and ensures consistency across devices and experiments.
- Focus on qubit operations without needing hardware-specific code.
- Adapt to new systems with minimal overhead.
- Log and re-run calibration routines with ease.
Intuitive Web Interface
QUAlibrate’s web-based interface gives full visibility and control over calibration workflows, from individual node execution to full graph orchestration.
Calibration Node View
- Run calibration programs from the built-in application library, or create custom QUA-based routines.
- View results with detailed, real-time visualizations and plots.
- Set parameters and adjust them interactively in response to live measurement outcomes.
Calibration Graph View
- Build automated calibration graphs by connecting multiple nodes.
- Choose from several traversal algorithms to optimize efficiency and calibration success.
- Track progress with live graph updates at every stage.
- Parallelize calibration across multiple qubits to accelerate and improve large-scale tune-up.
QUAlibrate in Action
Customer Voices
Prof. John Martinis
CTO and Co-Founder – Qolab
״QUALibrate has been transformative for our company. Its automated calibration capabilities now complete full calibrations in less than 10 minutes – tasks that otherwise would demand up to two hours of manual work. This efficiency boost frees up our team to focus on accelerating our QPU development.״
Izhar Medalsy
Co-founder and CEO – Quantum Elements
“At Quantum Elements, we see QUALibrate as a meaningful step toward a more open and empowered quantum ecosystem. Calibration has long been a hidden bottleneck, often locked behind proprietary tools and inaccessible workflows. By making it open source, Quantum Machines is helping turn calibration into a shared foundation the entire field can build on. We believe this kind of openness not only accelerates progress — it also gives scientists the clarity and control they need to push quantum computing forward, together.”
Simon Philips
Oxford Quantum Circuits (OQC)
“At Quantum Elements, we see QUALibrate as a meaningful step toward a more open and empowered quantum ecosystem. Calibration has long been a hidden bottleneck, often locked behind proprietary tools and inaccessible workflows. By making it open source, Quantum Machines is helping turn calibration into a shared foundation the entire field can build on. We believe this kind of openness not only accelerates progress — it also gives scientists the clarity and control they need to push quantum computing forward, together.”
Key Features
- All-in-one calibration platform
Build, control, and optimize calibrations in a unified environment with interactive workflows, live plotting, and data management. - Parallelized multi-qubit tune-up
Calibrate multiple qubits simultaneously to accelerate system tuning and enable scaling. - Fully customizable framework
Write or modify pulse-level code and logic of calibration nodes and graphs – not just adjusting parameters – for complete control and flexibility. - System modeling via QUAM
Represent and optimize quantum systems with ease. - Extensive control application library
Access a rich set of pre-built calibration routines and graphs to save time and ensure you get the best out of your qubits. - Built for OPX hybrid controllers
Provides a streamlined calibration solution with OPX+, OPX1000, and NVIDIA DGX Quantum. - Open source
Fully open-source with BSD-3 licensing.
Fast & Scalable
Full qubit tune-up in less than a minute. Parallelized multi-qubit calibration for growing QPUs.
Fully Customizable
Tailor workflows, from pulse-level routines to full calibration graphs.
User-Friendly Web Interface
Build, visualize and control calibrations in real time.
Control Application Library
Pre-built routines to speed up development and boost performance.
Fully Open-Source with BSD-3 Licensing
Harness collaboration with leading labs and an active user community
Replacing 3 devices with one synchronized, orchestrated machine tremendously simplified lab workflow. Now our pulse sequences run in a fraction of the time of any other device combo. Plus, we can “talk” to the FPGA in human-speak, to run real-time calculations that were too complicated before! Along with the yoga-level.
