News and updates

Fire Opal delivers 12x faster execution while preserving performance accuracy on IBM's fastest quantum processor yet.

The industry’s first push-button solution for fully autonomous quantum computer bring-up, operation, and maintenance, powered by physics-informed AI.

Tackle more complex optimization problems and gain greater control with constrained optimization, estimator twirling, and advanced circuit control.

Introducing the Monte Carlo Integration application function and a finance course to help you learn and run enterprise-scale financial risk modeling without needing quantum expertise.

The company’s quantum navigation system maintained one nautical mile positioning accuracy over the mission duration, surpassing navigation-grade GNSS backups by more than 10 times.

Q-CTRL’s novel compilation strategy enables large-scale QFT twice the size of any previous demonstration on real hardware.

Shifting focus from technology to customer value in commercial quantum computing.

Fire Opal helps solve meaningfully advanced physical-simulation problems in fields including materials science and energy.

Ironstone Opal’s accelerated development from field validation to safety-of-flight qualification signifies that quantum navigation is ready for commercial aviation and UAV deployment.

Strategic collaboration pairs Anyon’s hybrid system with Q-CTRL’s infrastructure software, enabling continuous, high-performance operation of quantum supercomputers at data center scale.

AI-powered infrastructure software is key to unlocking the potential of quantum computers, enabling impact for military operations in 2027.

The relevance of quantum computing will ultimately hinge on one thing: whether a customer achieves a positive ROI from a quantum solution over an alternative computing tool for their commercial problem.