Automate complex calibration workflow
Run autonomous routines for feedline and qubit discovery, coupler characterization, and gate calibrations.

Maximize uptime, optimize performance
Achieve less than 3 hours bring-up time per feedline, with 99.95% median 1-qubit gate fidelity across the entire device.

Deploy instantly with off-the-shelf controllers
Work with Quantum Machines and Qblox controllers, with support for other vendors and custom electronics on request.

< 3 hrs

Bring-up time per feedline

99.95%

Median 1-qubit gate fidelity

96%

Median 2-qubit gate fidelity

Maximize your QPU utilization

Boulder Opal automatically extracts live and historical device data, giving you a complete view of device performance. Easily review device parameters and corresponding plots in one interactive visualization.

Boulder Opal dashboard showing qubit network with frequencies and error attributes on a dark interface.Boulder Opal device page for Contralto-D21 on the Measurements tab, showing the qubit connectivity map with a tooltip for qubit 2.

Accelerate your QuantWare device bring-up with autonomous calibration

Cut bring-up time from days to hours with a fully autonomous calibration solution, configured for your system out of the box. Boulder Opal replaces manual control operations, freeing technical teams to focus on high-impact work.

Q-CTRL leads the market in adapting AI technology into real, impactful capabilities for quantum computing

By encoding physics-informed AI into an autocalibration framework, Boulder Opal is the repeatable, deterministic, and scalable solution for quantum control.

Intelligent autonomy over automation

Reliable execution for a frictionless quantum bring up.

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Scaling quantum autonomy with physics-informed AI

Why physics-informed AI is the key to scaling quantum computers.

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Experience complete QPU autocalibration with Boulder Opal

Start your 30-day free trial

QuantWare landing page

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