QM logo
  • Products
    • Control Hardware
      • OPX1000
        Modular High-Density Quantum Control Platform
      • OPX+
        Ultra-Fast Quantum Controller
      • DGX Quantum
        Boost Quantum Control
with GPU/CPU Acceleration
      • QDAC-II Compact
        High-Density DAC
      • QDAC-II
        Ultra-Low-Noise 24-Channel DAC
    • Control Hardware Second Column
      • QSwitch
        Software-Controlled Breakout Box
      • Octave
        Up/Down Conversion Up to 18 GHz
      • QBox
        Highly Reliable 24-Channel Breakout Box
      • Cryogenic Electronics
    • Control Software
      • QUA
        Intuitive pulse-level programming
      • QUAlibrate
        Automated Calibration Software
  • Solutions
    • Use Cases
      • Advancing Quantum Research
      • Quantum Computing at Scale
      • Quantum for HPC
      • Quantum Control for Transducers
      • Quantum Sensing
      • Quantum Networks
    • Qubit Types
      • Superconducting
      • Semiconductor Spins
      • Optically Addressable
      • Neutral Atoms
    • More
      OPX1000 Microwave Module
      The Microwave Frontend Module for OPX1000 sets a new benchmark for controllers.
  • Technology
    • Core Technologies
      • HPU
        Real-Time Quantum Control at the Pulse Level
      • Control Benchmarks
        Pulse-level benchmarking system
      • Ultra-Fast Feedback
        OPX feedback and feed-forward performance
      • Direct Digital Synthesis
        Microwave pulses directly from digital data
    • More
      DDS for Large-Scale Quantum Computers
      How Direct Digital Synthesis (DDS) empowers the OPX1000 for quantum scalability & peak microwave control
  • Partner Program
  • Resource Center
    • left
      • Scientific Publications
      • Blog
      • Brochures
      • Podcasts
      • Videos
      • FAQ
    • More
      Finally: A Practical way to Benchmark Quantum Controllers
      A framework for evaluating quantum control solutions
  • Company
    • left
      • About Us
      • Careers
      • Press Releases
      • In the Media
      • Events
      • Visit IQCC
      • Newsletter
    • Qualibrate-Release
      Quantum Machines Launches QUAlibrate, an Open-Source Framework that Cuts Quantum Computer Calibration from Hours to Minutes
Contact Us
All Posts
QM Team
QM Team
  • Jump to:

All Posts

Quantum Machines $50 Million Funding Round Signals Quantum Computing Growing Up

September 06 | 2021 | 03 min

Israeli startup Quantum Machines has raised $50 million in a Series B round of funding, bringing its total funding to date to $73 million.

The latest round was led by Red Dot Capital Partners with the participation of Exor, Claridge Israel, Samsung NEXT, Valor Equity Partners, Atreides Management LP, and joined by TLV Partners, Battery Ventures, Altshuler Shaham as well as other existing investors.

“Quantum computing does not promise us better computing. It promises impossible computing,”

– Dr. Itamar Sivan, CEO, Quantum Machines

Impossible computing has attracted last year $365 million in VC funding, entrepreneurs launching new startups, and increased investment in quantum computing products and services by established companies. A number of participants in the race to achieve impossible computing focus on developing hardware, measuring their position in the race by the number of high-quality quantum bits (qbits) their devices achieve. These include IBM, Google, Intel, Honeywell, Rigetti Computing, and D-Wave Systems. Other market participants—for example Microsoft, Baidu, and 1Qbit—focus on developing quantum algorithms and specialized programming languages. Among existing cloud computing providers, Amazon, in addition to IBM, Microsoft, and Google, provide specific quantum computing services. A handful of startups, including Quantum Machines, focus on the management and control of current and future quantum systems.

The average VC deal size for quantum computing startups in 2020 was just under $10 million, so the $50 million Quantum Machines has raised may indicate a new phase in VC assessment of the state of this emerging technology. It is also the largest round of investment ever in a quantum company not focused on building a quantum computer but on developing the infrastructure to support all types and brands of quantum computers.

Other early indicators this year of a more mature quantum computing market were the announcement of what will become the first pure-play publicly traded quantum computing stock, after startup IonQ completes a merger with special purpose acquisition corporation (SPAC) dMY Technology; and the announcement of the formation of a new company, combining Honeywell Quantum Solutions (HQS) with startup Cambridge Quantum (CQ), with Honeywell as the majority shareholder of the new company.

The new phase in the evolution of the quantum computing industry is evident also in increasing investments in proof-of-concept projects by corporations worldwide. Quantum Machines has seen major growth over the past 12 months, tripling its interdisciplinary team of physicists and engineers based in Israel, France, Germany, Canada, and the United States.

“Quantum technology is approaching the mainstream,” declared an article in the July issue of the Harvard Business Review. “The opportunity for quantum computing to solve large scale combinatorics problems faster and cheaper has encouraged billions of dollars of investment in recent years.” Today’s news from Quantum Machines is yet another indicator that we are going to see many more billions of dollars invested in quantum computing in the near future.

The funding will allow QM to help implement an “effective cloud infrastructure for quantum computers.”

QM Team

QM Team

Quantum Machines accelerates the realization of practical quantum computing that will disrupt all industries. Our comprehensive portfolio includes state-of-the-art control and cryogenic electronic solutions that support a wide span of qubit technologies. With hundreds of deployments, Quantum Machines’ solutions have been an enabler for many research labs, HPC centers, full-stack quantum computer manufacturers, and cloud service providers.

Never miss a Quark!
Sign up for the Newsletter

QM logo

Privacy Policy Terms of Use

Request a Demo


Let’s Keep in Touch

Subscribe to Quantum Machines news,
product updates, events, and more

  • Product
    • QUANTUM CONTROL SYSTEMS
      • OPX1000
      • OPX+
      • Octave
      • QDAC-II Compact
      • QDAC-II
      • QSwitch
      • QBox
      • NVIDIA DGX Quantum
    • CRYOGENIC CONTROL SYSTEMS
      • QCage
      • QBoard
      • QFilter
  • Solutions
    • USE CASES
      • Advanding Quantum Research
      • Quantum Computing at Scale
      • Quantum for HPC
      • Quantum Control for Transducers
      • Quantum Sensing
      • Quantum Networks
    • QUBIT TYPES
      • Superconducting
      • Optically Addressable
      • Semiconductor Spins
      • Neutral Atoms
  • Technology
    • Hybrid Processing Unit (HPU)
    • QUA
    • Control Benchmarks
    • Ultra-Fast Feedback
  • Company
    • About Us
    • Careers
    • Press Releases
    • News
    • Events
    • Contact Us
  • Resource Center
    • Scientific Publications
    • Brochures
    • Videos
    • Blog
    • FAQ

Terms Privacy

© Q.M Technologies Ltd. (Quantum Machines) — All Rights Reserved

Take the Next Step

Have a specific experiment in mind and wondering about the best quantum control and electronics setup?

Talk to an Expert

Want to see what our quantum control and cryogenic electronics solutions can do for your qubits?

Request a Demo