Quantum Machines

Quantum Machines is a Tel Aviv, Israel-based quantum control company that builds the Quantum Orchestration Platform (QOP) — a unified hardware and software stack for controlling quantum processors at the pulse level. Its hardware portfolio centers on the OPX+ and OPX1000 controllers, which are built around a custom Pulse Processing Unit (PPU) architecture that executes classical control and real-time feedback alongside arbitrary waveform generation, with sub-microsecond classical-quantum round trips and 160 ns active reset latency. The platform is programmed in QUA, the company's domain-specific pulse-level language, exposed to developers through the qm-qua Python SDK and an extensive open-source ecosystem under the qua-platform GitHub organization (QUAlibrate, QUAM, qua-libs, py-qua-tools, qua-dashboards). Quantum Machines also ships peripheral hardware including the Octave up/down converter (to 18 GHz), QDAC-II ultra-low-noise DACs, QSwitch, QBox, and the QCage/QBoard/QFilter cryogenic line. The platform is qubit-modality agnostic, supporting superconducting, semiconductor spin, trapped-ion, neutral-atom, and color-center systems, and is used by university labs (MIT, Caltech, Harvard, Princeton, Weizmann) and quantum startups (Alice & Bob, Diraq, EeroQ). Quantum Machines has partnered with NVIDIA on the DGX Quantum hybrid quantum-classical compute platform and acquired the Delft-based QHarbor Bioscience team as a European R&D hub. Quantum Machines does not currently publish a public REST API, OpenAPI specification, or self-service developer signup; the QOP control surface is reached exclusively via the qm-qua Python SDK against an OPX/OPX1000 controller (hardware or qm-saas cloud simulator).

Quantum Machines publishes 13 APIs on the APIs.io network. Tagged areas include Quantum Computing, Quantum Control, Pulse Level Programming, QUA, and OPX.

Quantum Machines’ developer surface includes documentation, GitHub presence, engineering blog, product news, support, YouTube channel, and 17 more developer resources.

🌐 Visit website 📡 Source on GitHub

14.0/100 emerging ▬ flat Agent 0/100 human only Full breakdown ↓
scored 2026-09-08 · rubric v0.20.0

13 APIs

Quantum ComputingQuantum ControlPulse Level ProgrammingQUAOPXOPX1000QOPQuantum Orchestration PlatformPulse Processing UnitReal Time FeedbackArbitrary Waveform GenerationSuperconducting QubitsTrapped IonsNeutral AtomsColor CentersCryogenic ElectronicsHardware Israel

Kin Score

Kin Score How this is scored →
scored 2026-09-08 · rubric v0.20.0

Composite quality — 14.0/100 · emerging

Contract Quality 0.0 / 25

Developer Ergonomics 4.8 / 20

Access Clarity 0.0 / 20

Operational Transparency 2.7 / 13

Contract Governance 0.0 / 12

Discoverability 6.5 / 10

Agent readiness — 0/100 · human only

Machine-Readable Contract 0 / 18

Agentic Access Contract 0 / 10

Documented Reversibility 0 / 6

MCP Server 0 / 12

Machine-Readable Auth 0 / 10

Idempotency 0 / 9

Stable Error Semantics 0 / 8

Request/Response Examples 0 / 7

Rate-Limit Signaling 0 / 7

Typed Event Surface 0 / 6

Agent Skills 0 / 5

Well-Known Catalog 0 / 4

Consent & Bot Identity 0 / 3

A2A Agent Card 0 / 8

Dry-Run / Simulate Mode 0 / 4

Delegated User Identity 0 / 6

Protected Resource Metadata 0 / 5

Registration Without a Human 0 / 6

Agentic Commerce Well-Known Document 0 / 5

Create-or-Update Ergonomics could not be measured. We hold no machine-readable contract for this provider to read, so there is nothing to measure a write surface against. Excluded rather than scored zero: never-measured and measured-empty are different facts. Publishing an OpenAPI is what makes this facet — and several others — scorable at all.

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APIs 13

Individual APIs this provider publishes, each with its own machine-readable definition.

qm-qua Python SDK

Official Python SDK for the QUA pulse-level programming language. Provides the QuantumMachinesManager client, qua DSL (program, declare, play, measure, wait, save, stream_proces...

qm-saas Cloud Simulator

Cloud-hosted OPX simulator distributed as the qm-saas Python package. Allows developers to author and validate QUA programs without physical OPX hardware; mirrors the qm-qua cli...

QUA Libraries (qua-libs)

High-level libraries and reference experiments built over QUA. Covers superconducting, semiconductor, NV, and other qubit modalities with ready-to-run calibration scripts and ex...

py-qua-tools

Toolbox of Python utilities for QUA experiments — analog filters, mixer calibration, plotting, calibration helpers, and integrations with common lab instruments. Distributed on ...

Quantum Abstract Machine (QUAM)

Framework for abstracting and managing quantum programming environments on top of QUA. Provides an object model for qubits, resonators, pulses, and configuration; serializes to ...

QUAM Builder

Builder tool for generating QUAM state from hardware wiring and configuration inputs.

QUAlibrate

User-programmable calibration software for large-scale quantum computers. Orchestrates calibration graphs (calibration nodes and their dependencies) on top of QUA/QUAM.

QUAlibrate App

TypeScript front-end web application for running and visualizing QUAlibrate calibration graphs.

QUAlibrate Core

Core Python library that defines the calibration node and graph abstractions used by QUAlibrate.

QUAlibrate Runner

Execution service that runs QUAlibrate calibration nodes and graphs.

QUAlibrate Config

Configuration management package for QUAlibrate deployments.

QUAlibration Libraries

Collection of calibration graph building blocks (qubit spectroscopy, Rabi, T1, T2, readout calibration, etc.) for QUAlibrate.

QUA Dashboards

Interactive dashboards (Plotly Dash / Streamlit) for visualizing QUA experiment results and live data streams.

Scroll for all 13

Security Posture 1

Authentication, domain security, vulnerability disclosure, and trust-center signals.

Quantum Machines Domain Security

TLSv1.3 · HSTS · DNSSEC · DMARC

SECURITY

Resources

Documentation 1

Reference material describing how the API behaves

Documentation

Documentation

Build 2

SDKs, sample code, and the tooling you integrate with

PythonSDK

PythonSDK

GitHub

GitHub

Access & Security 1

Authentication, authorization, and security posture

DomainSecurity

DomainSecurity

Learn 1

Tutorials, courses, talks, and written guidance

YouTube

YouTube

Operate 2

Status, limits, changes, and where to get help

Contact

Contact

Support

Support

Company 7

The organization behind the API

Website

Blog

News

Partners

Careers

LinkedIn

Twitter

Twitter

Scroll for all 7

Other 9

Properties that don't map to a standard resource type

QOP

OPX1000

OPXPlus

Octave

QUA

QUAlibrate

CloudSimulator

Customers

Company

Scroll for all 9

Source (apis.yml)

aid: quantum-machines
name: Quantum Machines
description: Quantum Machines is a Tel Aviv, Israel-based quantum control company that builds the Quantum Orchestration Platform
  (QOP) — a unified hardware and software stack for controlling quantum processors at the pulse level. Its hardware portfolio
  centers on the OPX+ and OPX1000 controllers, which are built around a custom Pulse Processing Unit (PPU) architecture that
  executes classical control and real-time feedback alongside arbitrary waveform generation, with sub-microsecond classical-quantum
  round trips and 160 ns active reset latency. The platform is programmed in QUA, the company's domain-specific pulse-level
  language, exposed to developers through the qm-qua Python SDK and an extensive open-source ecosystem under the qua-platform
  GitHub organization (QUAlibrate, QUAM, qua-libs, py-qua-tools, qua-dashboards). Quantum Machines also ships peripheral hardware
  including the Octave up/down converter (to 18 GHz), QDAC-II ultra-low-noise DACs, QSwitch, QBox, and the QCage/QBoard/QFilter
  cryogenic line. The platform is qubit-modality agnostic, supporting superconducting, semiconductor spin, trapped-ion, neutral-atom,
  and color-center systems, and is used by university labs (MIT, Caltech, Harvard, Princeton, Weizmann) and quantum startups
  (Alice & Bob, Diraq, EeroQ). Quantum Machines has partnered with NVIDIA on the DGX Quantum hybrid quantum-classical compute
  platform and acquired the Delft-based QHarbor Bioscience team as a European R&D hub. Quantum Machines does not currently
  publish a public REST API, OpenAPI specification, or self-service developer signup; the QOP control surface is reached exclusively
  via the qm-qua Python SDK against an OPX/OPX1000 controller (hardware or qm-saas cloud simulator).
type: Index
deliveryModel:
  model: unknown
  open_source: unknown
  commercial: false
  callable_host: false
  label: Delivery model not determined — needs a product licence on record
  confidence: low
  source:
  - repository-unlicensed
  generated: '2026-08-28'
  method: derived
accessModel:
  pricing: unknown
  onboarding: unknown
  trial: false
  try_now: false
  public: false
  label: Unknown
  confidence: low
  source: []
  generated: '2026-07-22'
  method: derived
position: Producing
access: 3rd-Party
image: https://kinlane-images.s3.amazonaws.com/shared/apis-json/icons/quantum-machines.png
tags:
- Quantum Computing
- Quantum Control
- Pulse Level Programming
- QUA
- OPX
- OPX1000
- QOP
- Quantum Orchestration Platform
- Pulse Processing Unit
- Real Time Feedback
- Arbitrary Waveform Generation
- Superconducting Qubits
- Trapped Ions
- Neutral Atoms
- Color Centers
- Cryogenic Electronics
- Hardware
- Israel
url: https://raw.githubusercontent.com/api-evangelist/quantum-machines/refs/heads/main/apis.yml
created: '2026-05-24'
modified: '2026-05-24'
specificationVersion: '0.23'
apis:
- aid: quantum-machines:qm-qua-python-sdk
  name: qm-qua Python SDK
  description: Official Python SDK for the QUA pulse-level programming language. Provides the QuantumMachinesManager client,
    qua DSL (program, declare, play, measure, wait, save, stream_processing, math, casting, random), Configuration API, Results,
    Simulator, and Octave APIs to compile and execute QUA programs against an OPX+, OPX1000, or the qm-saas cloud simulator.
    Communicates with the controller over gRPC; not a public REST API.
  tags:
  - Quantum Computing
  - SDK
  - Python
  - QUA
  - QOP
  humanURL: https://docs.quantum-machines.co/latest/docs/API_references/qua/dsl_main/
  properties:
  - url: https://docs.quantum-machines.co/latest/docs/API_references/qua/dsl_main/
    type: Documentation
  - url: https://pypi.org/project/qm-qua/
    type: PyPI
  - url: https://docs.quantum-machines.co/latest/docs/API_references/
    type: APIReference
  - url: https://docs.quantum-machines.co/latest/docs/Releases/qm-qua_releases/
    type: ReleaseNotes
- aid: quantum-machines:qm-saas
  name: qm-saas Cloud Simulator
  description: Cloud-hosted OPX simulator distributed as the qm-saas Python package. Allows developers to author and validate
    QUA programs without physical OPX hardware; mirrors the qm-qua client surface against a managed simulator backend.
  tags:
  - Quantum Computing
  - Simulator
  - Cloud
  - QUA
  humanURL: https://pypi.org/project/qm-saas/
  properties:
  - url: https://pypi.org/project/qm-saas/
    type: PyPI
  - url: https://docs.quantum-machines.co/latest/docs/Guides/simulator/
    type: Documentation
- aid: quantum-machines:qua-libs
  name: QUA Libraries (qua-libs)
  description: High-level libraries and reference experiments built over QUA. Covers superconducting, semiconductor, NV, and
    other qubit modalities with ready-to-run calibration scripts and example sequences.
  tags:
  - Quantum Computing
  - Libraries
  - Examples
  - QUA
  humanURL: https://github.com/qua-platform/qua-libs
  properties:
  - url: https://github.com/qua-platform/qua-libs
    type: SourceCode
- aid: quantum-machines:py-qua-tools
  name: py-qua-tools
  description: Toolbox of Python utilities for QUA experiments — analog filters, mixer calibration, plotting, calibration
    helpers, and integrations with common lab instruments. Distributed on PyPI as qualang-tools.
  tags:
  - Quantum Computing
  - Tools
  - Python
  - QUA
  humanURL: https://github.com/qua-platform/py-qua-tools
  properties:
  - url: https://github.com/qua-platform/py-qua-tools
    type: SourceCode
  - url: https://pypi.org/project/qualang-tools/
    type: PyPI
- aid: quantum-machines:quam
  name: Quantum Abstract Machine (QUAM)
  description: Framework for abstracting and managing quantum programming environments on top of QUA. Provides an object model
    for qubits, resonators, pulses, and configuration; serializes to JSON and generates QUA configuration dictionaries.
  tags:
  - Quantum Computing
  - Framework
  - QUA
  - Abstraction
  humanURL: https://github.com/qua-platform/quam
  properties:
  - url: https://github.com/qua-platform/quam
    type: SourceCode
  - url: https://qua-platform.github.io/quam/
    type: Documentation
- aid: quantum-machines:quam-builder
  name: QUAM Builder
  description: Builder tool for generating QUAM state from hardware wiring and configuration inputs.
  tags:
  - Quantum Computing
  - QUAM
  - Builder
  humanURL: https://github.com/qua-platform/quam-builder
  properties:
  - url: https://github.com/qua-platform/quam-builder
    type: SourceCode
- aid: quantum-machines:qualibrate
  name: QUAlibrate
  description: User-programmable calibration software for large-scale quantum computers. Orchestrates calibration graphs (calibration
    nodes and their dependencies) on top of QUA/QUAM.
  tags:
  - Quantum Computing
  - Calibration
  - QUA
  humanURL: https://github.com/qua-platform/qualibrate
  properties:
  - url: https://github.com/qua-platform/qualibrate
    type: SourceCode
  - url: https://qua-platform.github.io/qualibrate/
    type: Documentation
- aid: quantum-machines:qualibrate-app
  name: QUAlibrate App
  description: TypeScript front-end web application for running and visualizing QUAlibrate calibration graphs.
  tags:
  - Quantum Computing
  - Calibration
  - Web App
  tags_raw:
  - Quantum Computing
  - Calibration
  - WebApp
  humanURL: https://github.com/qua-platform/qualibrate-app
  properties:
  - url: https://github.com/qua-platform/qualibrate-app
    type: SourceCode
- aid: quantum-machines:qualibrate-core
  name: QUAlibrate Core
  description: Core Python library that defines the calibration node and graph abstractions used by QUAlibrate.
  tags:
  - Quantum Computing
  - Calibration
  - Library
  humanURL: https://github.com/qua-platform/qualibrate-core
  properties:
  - url: https://github.com/qua-platform/qualibrate-core
    type: SourceCode
- aid: quantum-machines:qualibrate-runner
  name: QUAlibrate Runner
  description: Execution service that runs QUAlibrate calibration nodes and graphs.
  tags:
  - Quantum Computing
  - Calibration
  - runner
  tags_raw:
  - Quantum Computing
  - Calibration
  - Runner
  humanURL: https://github.com/qua-platform/qualibrate-runner
  properties:
  - url: https://github.com/qua-platform/qualibrate-runner
    type: SourceCode
- aid: quantum-machines:qualibrate-config
  name: QUAlibrate Config
  description: Configuration management package for QUAlibrate deployments.
  tags:
  - Quantum Computing
  - Calibration
  - Configuration
  humanURL: https://github.com/qua-platform/qualibrate-config
  properties:
  - url: https://github.com/qua-platform/qualibrate-config
    type: SourceCode
- aid: quantum-machines:qualibration-libs
  name: QUAlibration Libraries
  description: Collection of calibration graph building blocks (qubit spectroscopy, Rabi, T1, T2, readout calibration, etc.)
    for QUAlibrate.
  tags:
  - Quantum Computing
  - Calibration
  - Libraries
  humanURL: https://github.com/qua-platform/qualibration-libs
  properties:
  - url: https://github.com/qua-platform/qualibration-libs
    type: SourceCode
- aid: quantum-machines:qua-dashboards
  name: QUA Dashboards
  description: Interactive dashboards (Plotly Dash / Streamlit) for visualizing QUA experiment results and live data streams.
  tags:
  - Quantum Computing
  - Dashboards
  - Visualization
  humanURL: https://github.com/qua-platform/qua-dashboards
  properties:
  - url: https://github.com/qua-platform/qua-dashboards
    type: SourceCode
common:
- type: DomainSecurity
  url: security/quantum-machines-domain-security.yml
- type: Website
  url: https://www.quantum-machines.co
- type: Documentation
  url: https://docs.quantum-machines.co/latest/
- type: QOP
  url: https://www.quantum-machines.co/products/qop/
- type: OPX1000
  url: https://www.quantum-machines.co/products/opx1000/
- type: OPXPlus
  url: https://www.quantum-machines.co/products/opx/
- type: Octave
  url: https://www.quantum-machines.co/products/octave/
- type: QUA
  url: https://docs.quantum-machines.co/latest/docs/Introduction/qua_overview/
- type: QUAlibrate
  url: https://qua-platform.github.io/qualibrate/
- type: PythonSDK
  url: https://pypi.org/project/qm-qua/
- type: CloudSimulator
  url: https://pypi.org/project/qm-saas/
- type: GitHub
  url: https://github.com/qua-platform
- type: Blog
  url: https://www.quantum-machines.co/blog/
- type: News
  url: https://www.quantum-machines.co/news/
- type: Customers
  url: https://www.quantum-machines.co/customers/
- type: Partners
  url: https://www.quantum-machines.co/partners/
- type: Company
  url: https://www.quantum-machines.co/about/
- type: Careers
  url: https://www.quantum-machines.co/careers/
- type: Contact
  url: https://www.quantum-machines.co/contact/
- type: Support
  url: https://www.quantum-machines.co/support/
- type: LinkedIn
  url: https://www.linkedin.com/company/quantum-machines/
- type: Twitter
  url: https://twitter.com/QM_quantum
- type: YouTube
  url: https://www.youtube.com/@QuantumMachines
maintainers:
- FN: Kin Lane
  email: kin@apievangelist.com

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