Unify measurement and automation in your lab

Give your whole group one place to run experiments, compare results, and build together, all using the hardware you already own.

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For research groups and university labs.

An engineer working on the stages of a dilution refrigerator

Lab expertise shouldn’t leave with your students

In most labs, measurement code lives in personal scripts and notebooks. When people move on, their expertise goes with them, and the next person starts again.

Scattered scripts

Everyone writes their own experiments, so results are hard to compare or repeat.

Lost context

Settings and parameters live in people’s heads or in local files, not next to the results.

Slow onboarding

New members spend months rebuilding tools before they can make real progress.

From first measurement to shared knowledge

Step 1
Connect your instruments

Quantum EDGE connects to the control electronics and cryostats already in your lab.
Step 2
Measure in one place

Run experiments in Python or as reusable workflows, with every result recorded.
Step 3
Share across the group

Everyone works from the same devices, configurations, and parameters, with their full history.

Everything your group needs, in one place

Parameter management

Pick up where others left off

Every parameter is versioned and traced to the run and person behind it, so knowledge stays with the lab.

See parameter management

The Quantum EDGE Parameter Manager: every parameter for a qubit, with its version history and the person who last changed it

Workflows

Automations the whole group can run

Turn a routine task into a workflow that anyone in the group can run the same way.

See Automations

A Quantum EDGE workflow run: a bring-up routine stepping through its measurements

Template library

Start from what already works

Ready-made experiments, workflows, and analysis pipelines for every major control stack, from first spectroscopy to two-qubit gates. We test them nightly in our lab against the latest libraries. Adapt them to your devices and share them with the group.

See the template library

Template libraryQblox · Zurich Instruments · Quantum Machines

experiments/
  resonator_spectroscopy.py
  qubit_spectroscopy.py
  rabi.py
  cphase_experiment.py
workflows/
  qubit_bringup.py
  qubit_pair_tuning.py

Python and agents

Code when you want it

Experiment Timeline and the Python SDK for full control, plus an agent framework for your own AI models.

See Measurement and AI

Experiment Timeline: measurement commands with their results and plots as they arrive

Data visualization

Every result, back in context

Browse every measurement by run, component, and type, with the extracted values beside the raw data.

See data and plots

Quantum EDGE data visualization: a qubit power spectroscopy result with its run, system, and extracted qubit frequency

Want the detail? See every feature on the Platform page

We were able to perform significantly more measurements in just a few days than was previously possible.

64qubits tuned up from scratch on a Tenor QPU, all in one central record.

Halima Giovanna Ahmad, Assistant Professor, University of Napoli Federico II

Bring new members up to speed

Academy practicals run on the same platform as your lab, so students learn your tools before they touch your hardware.

Explore Academy