Black Opal is a hardware-agnostic software suite which works with every qubit to reduce decoherence and errors at the physical layer.
No local downloads, no slow package updates, no crashing laptops under heavy load, no hacked code. Just the most advanced quantum control solutions professionally delivered through the most intuitive cloud platform.
Analyze the performance of single-qubit driven controls, multiqubit gates, and even complex multilevel circuits in the presence of realistic noise.
Output control solutions in a variety of formats for direct integration into your experiments.
Get actionable information about the noise sources disrupting your quantum hardware using our controls and in-built data fusion routines.
Tailor new control solutions to the needs of your hardware using our proven machine-learning package.
BasicLearn how powerful quantum control can be with cutting-edge tools and intuitive visualizations Free Trial |
PremiumCharacterize hardware, make better multiqubit gates, and deploy optimized solutions to hardware Free Trial |
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| Interface |
Black Opal Graphical User Interface |
Black Opal Graphical User Interface |
| Control Evaluation |
Understand the performance of single qubit controls and sequences |
Understand the performance of single qubit controls and sequences Extend analytics to multiqubit gates for superconducting and trapped ion systems |
| Control Library |
Basic protocols |
Full access to a comprehensive library of control approaches |
| Control Optimization |
Optimize single-qubit operations |
Generate customized control solutions via our machine learning package tailored to single-qubit operations Extend optimizer capabilities to multi-qubit gates |
| Noise Identification |
Standard noise characterization protocols |
Deploy state-of-the-art machine learning techniques for noise characterization and spectrum reconstruction |
| High-Dimensional Spaces | X |
Treat qudits, multiple interacting qubits, circuits, and spectator levels |
| Data Imports |
Import custom controls and sampled noise spectra for evaluation |
Import custom controls and sampled noise spectra for evaluation |
| Outputs |
Generalized control solution outputs |
Generalized control solution outputs Hardware-specific (JSON) and quantum programming language formats |
| Computational Engine |
Shared computational engine |
Priority processing |
| Support |
Standard access to full document library |
Access to Support Engineering team |
Coming Soon
Boulder Opal allows the most discerning scientists and engineers to automate workflows and embed customized quantum control solutions directly into their products.
Augment the capabilities of the full Black Opal suite with a full API and SDK, to automate workflows and deploy solutions directly to compilers and cloud hardware.
Integrate fully customized control capabilities directly into quantum computing hardware. Link directly to our computational engine; we provide the translation software for you.
Automate key tasks such as control-system calibration using our in-built routines and machine learning packages; schedule control re-optimization to automatically combat system drifts.
Perform computationally intensive tasks using a dedicated cloud compute engine to get all the advantages of the cloud in an embedded architecture. Ask us about local server architectures for sensitive applications.
Build in flexibility to add new features accommodating growing system sizes as soon as they come online. Efficient state tracking, closed-loop control, and architectural solutions all forthcoming.
ProfessionalIntegrate control into programming |
EnterpriseMaximize performance and uptime |
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| Interface |
API/SDK & Developers Portal |
Fully custom, seamless integration into your hardware |
| Quantum Control Capabilities |
Full feature set contained in BLACK OPAL + more |
Full feature set contained in BLACK OPAL + more |
| Outputs |
Generalized, hardware-specific (JSON), and quantum programming language formats |
Fully custom output formats |
| Direct Hardware Interface |
Full integration with custom hardware programming included |
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| Hardware Characterization |
Deploy control routines to characterize the response of a quantum hardware system |
Deploy control routines to characterize the response of a quantum hardware system |
| Auto-Calibration and Optimization | X |
Integrate with hardware to automatically calibrate and optimize controls from the most recent experimental conditions |
| Computational Engine |
Perform realtime processing and minimize latency on complex calculations |
Perform realtime processing and minimize latency on complex calculations |
| Uncontested Queueing |
Segregated, prioritized computational engine for BOULDER OPAL customers |
Dedicated computational engine |
| Fully Private Implementation | X |
Optional local builds to give you the computational power you need with total privacy |
| Support |
Replies within one business day from a dedicated support engineer |
Replies within one business day from a dedicated support engineer and real-time support chats |
