Quantum computing
Building the future of quantum computing
Q-CTRL empowers quantum computing with Black Opal for intuitive learning, Fire Opal to boost performance with error suppression, and Boulder Opal to stabilize and scale hardware. Unlock the full potential of quantum with our powerful, easy-to-use solutions.
Our clients
Learn
Master quantum computing with Black Opal
Black Opal is an interactive online learning platform designed to make quantum computing accessible to everyone. Whether you're a student, a developer, or an enterprise looking to upskill your workforce, Black Opal simplifies complex concepts with engaging, hands-on activities.
World-class content
Professionally designed courses from a global quantum leader.
Engage your team
Interactive materials to drive excitement and participation.
Seamless deployment
Tools to customize, launch, and manage learning programs.
Certification programs
Earn badges and showcase your expertise.
Real-world applications
Understand quantum’s impact across industries.
Interactive learning
Step-by-step activities to build quantum knowledge.
Run
Optimize and abstract quantum computer hardware with Fire Opal
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.
Run quantum algorithms
For quantum solutions developers
Unleash your hardware’s potential
For hardware providers
Automated error suppression
AI-driven, real-time mitigation.
Best-in-class compiler
Circuit-level error reduction for optimal results.
Hardware-optimized algorithmic modules
Pre-built solutions for QAOA, VQE, and more.
Seamless backend selection
Connect to multiple quantum processors through a single interface.
Zero configuration needed
Instantly improve performance with no manual tuning.
Build
Scale quantum hardware with Boulder Opal
Boulder Opal empowers quantum hardware developers with professional solutions 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.
Build superior quantum computers
For hardware providers
Accelerate quantum research
For researchers
Advanced simulation
Model quantum systems with time-varying noise.
Model-based control
Standardize and accelerate the creation of infrastructure modules.
Precision characterization
Define hardware specs and environmental noise.
Closed-loop optimization
Automate the last phase of performance tuning.
Scale Up
Deliver peak performance, every time with autonomous tuneup solutions.
Multi-modality support
Compatible with superconducting, trapped ion, and silicon qubit architectures.
Get started now
Make quantum technology useful