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

Maximize uptime, optimize performance
Achieve complete QPU characterization in under 20 minutes, with up to 99.98% 1-qubit and 99.45% 2-qubit gate fidelity.

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

< 20 min

Complete QPU characterization

99.98%

Max 1-qubit gate fidelity

Median 99.95%

99.45%

Max 2-qubit gate fidelity

Median above 98%

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.

Learn more

Scaling quantum autonomy with physics-informed AI

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

Learn more
Experience complete QPU autocalibration with Boulder Opal

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