1
built for cloud
infrastructure
Designed for extreme reliability and robustness. Offering high-availability and redundancy. Built-in continuous health monitoring.
Welcome to
A scalable solution for
cloud-based quantum computing.
Advanced capabilities and scale-up: It seems like you must always choose one over the other.
Not anymore. The Quantum Orchestration Platform is a scalable solution for cloud-based quantum computers capable of addressing even 1000+ qubits while maintaining its advanced capabilities. From highly complex AI-based multi-qubit calibrations to multi-qubit quantum-error-correction. Run even the most complex quantum protocols on the largest quantum processors.
1
built for cloud
infrastructure
Designed for extreme reliability and robustness. Offering high-availability and redundancy. Built-in continuous health monitoring.
2
optimized for hybrid
quantum-classical algorithms
The Quantum Orchestration Platform offers a unified framework for controlling quantum processors and running heavy classical processing. An advanced stream-processing framework and built-in AI-engines allow running and optimizing hybrid quantum-classical algorithms from day 1.
3
Scales
with Your Needs
The Quantum Orchestration Platform is both highly scalable and highly modular. Easily scale or modify the number of channels (analog/digital/input/output) and processing power to suit your specific and growing needs.
Write quantum programs as simply as writing pseudo-code using QUA - the most powerful yet intuitive language designed for quantum.
Perform the most complex error correction and error mitigation protocols to optimize pulses and reduce noise - even on large-scale computers.
Reach extremely high throughput between control hardware, to speed up complex calibrations and hybrid routines.
Run protocols that were impossible before
Accelerate Your Research and Development
Compatible with any quantum technology
With Quantum Machines’ flexible, universal platform, partners can easily build protocols on top of QUA. Join partners like Q-CTRL and start accelerating your quantum research and development.
Ultra-low feedback latency
Operate at less than 150 ns, using its results to impact pulse shaping, integration parameters and branching between pulses and procedures.
Frequency Multiplexing & demultiplexing
Play up to 10 pulses with different intermediate frequencies to a single output (5 in IQ-mode), and demodulate any given input signal with up to 10 different frequencies.
Control
Flow
Use general control flow statements, loop statements and more, to manipulate the flow of your
programs.