Quantum control infrastructure software | Q-CTRL

Navigate without GPS
Learn quantum computing
Run quantum algorithms
Deploy quantum computers
We're building a new class of AI-powered infrastructure software to control quantum systems with precision beyond human reach. Backed by pioneering research and real-world demonstrations, we’re at the forefront of AI for quantum in both computing and navigation. This convergence unlocks a powerful cycle where AI enhances quantum, and quantum powers next-gen AI.
Black Opal is the industry-leading education platform designed to prepare your organization to achieve learning outcomes and understand quantum computing's real-world applications.
Build deep understanding with expert-designed courses from global quantum leaders.
Engaging interactivity
Drive excitement and participation with real-world applications and interactive materials.
Customize, launch, and manage learning programs with intuitive tools.
Trusted certification
Earn badges and validate your quantum knowledge through structured assessments and certifications.
Real-world applications
Explore how quantum computing transforms industries with relevant, practical use cases.
Grasp complex principles by working through guided activities and visual simulations.
Fire Opal delivers fully automated error suppression, maximizing the success of quantum algorithms without requiring specialized knowledge. Designed for algorithm developers and platform vendors, Fire Opal ensures reliable performance across quantum processors.
Automated error suppression
Mitigate errors in real-time with AI-driven automation.
Best-in-class compiler
Reduce circuit-level errors for optimal performance.
Algorithmic acceleration
Deploy pre-built, hardware-optimized solutions for QAOA, VQE and more.
Seamless backend selection
Connect to multiple quantum processors through a single interface.
Improve performance instantly with no manual tuning.
Boulder Opal empowers quantum hardware developers with professional toolkits to design, automate, and scale quantum hardware and controls. By minimizing errors, enhancing stability, and replacing manual tasks with intelligent autonomy, Boulder Opal accelerates quantum innovation.
Model quantum systems with time-varying noise.
Standardize and accelerate the creation of infrastructure modules.
Precision characterization
Define hardware specifications and environmental noise.
Closed-loop optimization
Automate the last phase of performance tuning for optimal device operation.
Scalable performance
Deliver peak performance, every time with autonomous tuneup solutions.
Multi-modality support
Compatible with superconducting, trapped ion, and silicon qubit architectures.
Ironstone Opal delivers GPS-like positioning without GPS through the power of quantum sensing. A totally novel hardware architecture enabled by software ruggedization has finally made quantum-assured navigation a commercial reality on land, at sea, and in the air. Discover our various solutions tailored to crewed and autonomous platforms.
Advanced noise suppression
Reduce environmental interference for maximum accuracy.
Enhanced signal clarity