Quantum Orchestration Platform
Get the edge in developing, building, and integrating quantum computers or experiments with an end-to-end control stack.
Bring out the best of your qubits.
Realize the full potential of any qubit, at any scale, in record time
RUN CUTTING EDGE EXPERIMENTS WITH EASE
The first hybrid architecture designed for quantum control, the Quantum Orchestration Platform (QOP) allows for real-time decision making with extreme ease and incomparable speed.
From testing new qubit technologies in the lab to developing error-correction schemes and building full-stack quantum computers.
Leverage QM’s standard integrated control stack to achieve your goals and push quantum computing forward.
ACHIEVE THE FASTEST TIME TO RESULTS
At the heart of the platform is the Pulse Processing Unit, QM’s leading-edge quantum control technology.
Progress with incomparable speed and extreme flexibility.
Run even the most demanding experiments efficiently, with the fastest runtimes and the lowest latencies in the industry, including quantum protocols that require real-time waveform generation, real-time waveform acquisition, real-time comprehensive processing, and control flow.
CODE QUANTUM PROGRAMS SEAMLESSLY
Designed for quantum control, QUA is the first universal quantum pulse-level programming language.
Implement the protocols of your wildest dreams as easily as writing pseudocode.
Code even the most advanced programs and run them with the best possible performance.
Natively describe your most challenging experiments, from complex AI-based multi-qubit calibrations to multi-qubit quantum error correction.
Run the protocols and experiments of your dreams immediately instead of spending months and years configuring general-purpose test-equipment, programming FPGA, and writing low-level code.
Enabling Parametric Pulses & Classical Calculations
BUILT FOR SCALE
ERROR CORRECTION READY
From ideation to execution, speed up every step of your experiment to an incredible pace. With Quantum Orchestration as your quantum control platform, you can run state of the art experiments in a fraction of the development time and make your mark on the world of quantum computing.