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Company profile
Quantum Machines is a private company that creates quantum control systems for using quantum computers. It focuses on delivering solutions to experimentalists, full-stack quantum computer manufacturers, cloud service providers and HPC integrators. The company is based in Tel Aviv, Israel and operates globally.
History[edit]
Quantum Machines was founded in 2018 by Dr. Itamar Sivan, Dr. Yonatan Cohen and Dr. Nissim Ofek with the goal of developing control and operation systems for quantum computers.<ref>https://www.crunchbase.com/organization/quantum-machines Crunchbase - Quantum Machines</ref>
The company has completed two funding rounds, with the most recent round closed on July 1, 2022. In total, Quantum Machines has raised $153 million to date from investors including Meron Capital and Alumni Ventures.<ref>https://techcrunch.com/2023/01/18/quantum-machines-continues-to-grow-in-spite-of-economic-uncertainity/ "Quantum Machines continues to grow in spite of economic uncertainty"</ref> It also acquired QDevil, a company focused on developing and manufacturing auxiliary electronics and specialized components, in 2022.<ref>https://qdevil.com/quantum-machines-acquires-qdevil-to-provide-full-stack-orchestration-platform/ "Quantum Machines acquires QDevil to provide full-stack orchestration platform</ref>
Products[edit]
Quantum Machines's product line includes a range of offerings that span software, hardware and electronics solutions for the quantum computing industry. Key products include
OPX+, an ultra-fast quantum controller capable of performing processing and pulse manipulation in real time QDAC, an ultra-low-noise 24-channel digital-to-analog converter (DAC). QCage and Qboard, which serve as cryogenic sample holders QFilter, a cryogenic compact multi-stage low-pass filter.
Role in the quantum computing stack[edit]
The main goal of Quantum Machines is to provide solutions that allow quantum developers, builders and integrators to create an end-to-end quantum control and orchestration stack. Traditionally, running experiments involving quantum computers has required scientists to manage a variety of interference phenomena, a task that is especially difficult when relying on traditional computing hardware and software that was not designed with quantum computing in mind.
To address this challenge, Quantum Machine develops software, hardware and electronics products that help scientists integrate analog computing resources into quantum environments, without having to build the solutions from scratch.
Main applications[edit]
Advancing quantum research Quantum computing Quantum for High-Performance Computing (HPC) Quantum control Qubit technology Quantum sensing Quantum networking