Solve real-world problems on IonQ

With real-world applications in optimization, chemistry, materials science, and more, Fire Opal brings noise-aware performance management directly to IonQ’s trapped ion processors, helping users abstract quantum hardware complexities and improve the success of algorithms by 1,000X.

By optimizing algorithms and reducing errors during runtime, Fire Opal lets you scale to larger problems: deeper circuits with more gates and qubits. At the same time, it delivers correct answers in fewer shots and with no additional overhead, reducing compute time and cost.

Leading the way with Fire Opal’s QAOA Solver, you can define complex combinatorial problems like Max-Cut or MaxSAT, and execute them on IonQ hardware without writing quantum circuits manually. The solver automatically maps your problem to the hardware, optimizes circuit parameters, and automatically implements a comprehensive error-suppression pipeline with no manual adjustments, no settings, and no configuration required. This enables you to run deeper circuits, and achieve more accuracy, faster. 

With Fire Opal on IonQ, you can run your use cases at peak performance. Let Fire Opal handle the quantum complexities while you focus on innovation.

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