BLACK OPAL

From beginner to expert our tools put you in control

Free

Learn how powerful quantum control can be

Basic

Build, compare, and deploy advanced optimized controls

From $20/mo
*including academic discounts

Try Free For 14 Days

Premium

Make better multiqubit gates through machine learning

From $170/mo
*including academic discounts

Try Free For 14 Days
Graphical Interface
Create beautiful intuitive visualizations
Compare single-qubit gates
Compare multi-qubit gates
Define custom noise processess
Build a library of noise processes
Leverage a detailed control library
Evaluate your own custom controls
Deploy machine-learning for single-qubit gates
Optimize noise-robust multi-qubit gates
Control high-dimensional spaces
Characterize noise in your hardware
Build a library of characterization protocols
Output controls directly to hardware
Efficient cloud-compute engine
Top-tier customer support

Free

Learn how powerful quantum control can be

  • Graphical Interface
  • Create beautiful intuitive visualizations
  • Compare single-qubit gates
  • Compare multi-qubit gates
  • Define custom noise processess
  • Build a library of noise processes
  • Leverage a detailed control library
  • Evaluate your own custom controls
  • Deploy machine-learning for single-qubit gates
  • Optimize noise-robust multi-qubit gates
  • Control high-dimensional spaces
  • Characterize noise in your hardware
  • Build a library of characterization protocols
  • Output controls directly to hardware
  • Efficient cloud-compute engine
  • Top-tier customer support

Basic

Build, compare, and deploy advanced optimized controls

From $20/mo
*including academic discounts

Try Free For 14 Days
  • Graphical Interface
  • Create beautiful intuitive visualizations
  • Compare single-qubit gates
  • Compare multi-qubit gates
  • Define custom noise processess
  • Build a library of noise processes
  • Leverage a detailed control library
  • Evaluate your own custom controls
  • Deploy machine-learning for single-qubit gates
  • Optimize noise-robust multi-qubit gates
  • Control high-dimensional spaces
  • Characterize noise in your hardware
  • Build a library of characterization protocols
  • Output controls directly to hardware
  • Efficient cloud-compute engine
  • Top-tier customer support
Ben McCarty, iDefense | Accenture Security
This is beautiful and showing the rotation of the qubit is exactly what I was struggling with ...this is so great it makes me want to cry

BOULDER OPAL

Professional tools and full automation for expert customers

Professional

Harness the power of Q-CTRL's tools in your own "DIY" research workflows using our python toolkit

Enterprise

Integrate the most advanced quantum control directly into your hardware and leave the toughest jobs to us.

Python Interface
Cloud Access
Calculate Arbitrary Dimensional Filter Functions
Error Budgeting
Comprehensive Control Library
Create Optimal Control Solutions
Create Error-Robust Controls
Create Optimized Noise-Filtering Controls
Incorporate Realistic Control Constraints
Simulate Quantum Dynamics
Calculate Experimental Observables
Characterize Noise Sources
Output Controls Easily
Last-mile Integration
Characterize Single-Qubit Parameters
Calibrate System Response
Scheduled Calibration
Automated Optimization
Log system state information
Priority Queueing
Access Special Computational Resources
Automatic Updates
Developer Portal

Professional

Harness the power of Q-CTRL's tools in your own "DIY" research workflows using our python toolkit

  • Python Interface
  • Cloud Access
  • Calculate Arbitrary Dimensional Filter Functions
  • Error Budgeting
  • Comprehensive Control Library
  • Create Optimal Control Solutions
  • Create Error-Robust Controls
  • Create Optimized Noise-Filtering Controls
  • Incorporate Realistic Control Constraints
  • Simulate Quantum Dynamics
  • Calculate Experimental Observables
  • Characterize Noise Sources
  • Output Controls Easily
  • Last-mile Integration
  • Characterize Single-Qubit Parameters
  • Calibrate System Response
  • Scheduled Calibration
  • Automated Optimization
  • Log system state information
  • Priority Queueing
  • Access Special Computational Resources
  • Automatic Updates
  • Developer Portal

Enterprise

Integrate the most advanced quantum control directly into your hardware and leave the toughest jobs to us.

  • Python Interface
  • Cloud Access
  • Calculate Arbitrary Dimensional Filter Functions
  • Error Budgeting
  • Comprehensive Control Library
  • Create Optimal Control Solutions
  • Create Error-Robust Controls
  • Create Optimized Noise-Filtering Controls
  • Incorporate Realistic Control Constraints
  • Simulate Quantum Dynamics
  • Calculate Experimental Observables
  • Characterize Noise Sources
  • Output Controls Easily
  • Last-mile Integration
  • Characterize Single-Qubit Parameters
  • Calibrate System Response
  • Scheduled Calibration
  • Automated Optimization
  • Log system state information
  • Priority Queueing
  • Access Special Computational Resources
  • Automatic Updates
  • Developer Portal

Interested in Quantum Sensing?

System overview diagram

FIRE OPAL

Coming Soon

Turn the weakness of quantum systems into a strength by building and deploying the right controls for quantum sensors like magnetometers and gravimeters.
For researchers and teams looking to extract the most, and most useful, information from quantum sensing hardware.

Contact Us

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