Top Free Cloud-Based Quantum Computing Services, Solutions, and Tools

Quantum computing is an emerging technology that harnesses the bizarre properties of quantum physics to solve complex problems far beyond the capabilities of classical computers. While access to quantum hardware remains limited, major tech companies and startups now offer free cloud-based quantum computing services to let anyone experience real quantum processors and simulators.

This article explores the top free cloud platforms for accessing quantum computers and development tools from leading providers including IBM, Microsoft, Amazon, D-Wave, Rigetti, and more.


Unlike classical binary bits, quantum computers use quantum bits or qubits that can exist in a superposition of 1 and 0. This allows quantum computers to perform computations in parallel, giving them the potential to be millions of times faster for certain workloads.

An image showing the process of cloud-based quantum computing
An image showing the process of cloud-based quantum computing

Quantum computing promises to revolutionize fields like artificial intelligence, medical research, cryptography, financial modeling, and more. The free public cloud services profiled here allow developers and researchers to experiment with real quantum algorithms and hardware to gain practical experience in quantum information science.

Benefits of Cloud-Based Quantum Computing Access

Cloud-based access offers several advantages compared to on-premise quantum computers:

  • Lower cost: Avoid huge capital investments in quantum hardware and maintenance.
  • Flexible access: Leverage quantum resources when you need them.
  • Scalability: Scale up quantum circuits as more qubits come online.
  • Broad accessibility: Enable more organizations to build quantum knowledge.

For those new to the field, cloud services provide valuable hands-on experience with real quantum computers to learn practical programming skills.

Top Free Cloud Services for Quantum Computing

Here are some of the top free public cloud platforms that provide access to quantum computers, simulators, and developer tools.

IBM Quantum Experience

IBM offers 5 and 15-qubit quantum processors available through the cloud. Developers can access these systems for free as well as use Qiskit, IBM’s open-source quantum programming framework.

A screenshot of the IBM Quantum Experience platform
A screenshot of the IBM Quantum Experience platform

Key Features:

  • Qiskit SDK: Open source Python framework with tools for quantum computing
  • Qiskit tutorials: Jupyter notebooks for learning Qiskit and quantum programming
  • Composer: Graphical interface to assemble quantum circuits
  • Simulators: Built-in simulators to test quantum code

Azure Quantum from Microsoft

Microsoft Azure Quantum provides a full suite of quantum developer tools and simulators with the option to run programs on an ion trap quantum processor from IonQ.

Microsoft Azure Quantum platform

Key Features:

  • Quantum Development Kit: Libraries and SDKs for quantum software development
  • Q# programming language: Microsoft’s language for quantum programming
  • Quantum simulators: Simulate quantum algorithms
  • VS Code extensions: Quantum development plugins

Amazon Braket

Amazon Braket delivers access to quantum computing hardware from vendors like D-Wave, IonQ, and Rigetti. It provides Jupyter Notebooks for getting started with quantum programming.

Amazon Braket

Key Features:

  • Braket SDK: Python library and templates for quantum programming
  • Quantum simulator: Fully managed simulator
  • Visual debugger: Step through quantum circuits
  • Example Jupyter notebooks: Demonstrations and tutorials

D-Wave Leap

D-Wave Leap allows developers to access D-Wave’s quantum annealing systems over the cloud to experiment with hybrid quantum applications.

D-Wave’s quantum annealing system

Key Features:

  • Ocean SDK: Python library for developing on D-Wave systems
  • Hybrid solver service: Combine quantum annealing with classical computing
  • Quantum application environment: Develop and run hybrid apps
  • Problem inspector: Analyze and debug quantum programs

Rigetti Quantum Cloud Services

Rigetti Computing offers API access to its superconducting quantum processors over the cloud infrastructure as part of its Quantum Cloud Services (QCS) platform.

A screenshot of the Rigetti Quantum Cloud Services
A screenshot of the Rigetti Quantum Cloud Services

Key Features:

  • Forest SDK: APIs and tools for building on Rigetti’s platform
  • Quil SDK: Python abstraction layer for quantum programming
  • Quantum Virtual Machine: Compiler and simulator
  • Rigetti Computing Studio: Integrated quantum IDE

Qiskit Runtime from IBM

Qiskit Runtime is an open source service for running quantum programs seamlessly across simulators and real quantum hardware through a cloud-based API.

Qiskit Runtime Architecture
Qiskit Runtime Architecture shown in Chart

Key Features:

  • job executor module: Execute quantum circuits seamlessly on backends
  • Scheduler: Schedule jobs on simulators and hardware
  • Qiskit Runtime program: Containerized programs for hybrid systems
  • Monitoring and visualization: Real-time metrics tracking

Other Options

Other free quantum computing cloud services worth exploring include QC Ware Forge, Xanadu PennyLane, Pasqal, Quantinuum, Oxford Quantum Circuits, and Quantum Futur. These provide access to a variety of quantum processors and tools for niche applications.

Key Factors When Evaluating Free Quantum Services

Here are some key criteria to evaluate when selecting a free quantum cloud platform:

  • Quantum processors: Number and connectivity of qubits available.
  • Performance: Low latency, high uptime, consistent results.
  • Development tools: SDKs, simulators, libraries, programming languages.
  • Learning resources: Documentation, tutorials, demos, community support.
  • Ease of use: Intuitive interfaces and workflows for users of all skill levels.

Trying out multiple free services allows developers to identify which providers are best suited for their specific projects and use cases.

Getting Started with Free Cloud-Based Quantum Computing

For those looking to get started, here are some suggested steps:

  • Learn general principles of quantum computing to build foundational knowledge.
  • Sign up for a free account with one or more of the cloud platforms highlighted above.
  • Work through beginner tutorials and documentation provided by the platform.
  • Experiment with the SDK and simulators to understand quantum programming.
  • Test quantum algorithms on available quantum processors accessible through the cloud.

The world of quantum computing is evolving rapidly. These free public cloud services represent the best way for developers, researchers, and students to gain practical experience today so they can fully leverage quantum’s emerging potential.

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