BOULDER OPAL®

Lab-validated, quantum control infrastructure software for R&D professionals building the future

Explore how BOULDER OPAL has been applied to key challenges in quantum
computing and quantum sensing across different technology platforms with
our code-based Application Notes.

Learn via application notes

BOULDER OPAL offers performance to meet your needs

Harness the power of Q-CTRL’s tools in your own DIY research workflows, or integrate directly into hardware for seamless operation and automation.

Our intuitive, hardware-agnostic software is delivered via an advanced cloud platform, so you’ll always have the latest version and newly released features of Q-CTRL’s powerful quantum control solutions.

Optimize robust controls in high-dimensional systems and circuits. Account for leakage levels and dissipation.
Evaluate quasistatic and time-dependent noise-susceptibility of quantum gates and circuits
Simulate algorithm performance in realistic laboratory environments using real, measured noise spectra
Characterize noise and drifts in quantum circuits to gain actionable intelligence
Integrate directly with hardware for full automation, including hardware calibration and optimization

Push the upper limits of quantum technology in the NISQ era

However you’re engaging with quantum computing, Q-CTRL can help you do more.

Learn and understand quantum computing in the NISQ era

Leverage realistic simulators and compiler-level tools to create algorithms for the NISQ era which outperform the competition.

Optimize quantum
hardware performance

Build optimized error-robust control solutions for multidimensional systems, from individual devices through to complete circuits.

Integrate directly into hardware

Accurately characterize noise interfering with quantum hardware, then deploy advanced quantum control tools to reduce errors and optimize performance.

Discover Q-CTRL's capabilities through a technical manuscript
on our software features.

Software tools for quantum control