IQM Quantum Cloud

Speed up innovation and learning with instant access to quantum

IQM Quantum Cloud: A fully managed quantum cloud platform with the latest processors and hardware for easy access to quantum computers for enterprises and academia.

Trusted by industry leaders

Why IQM Quantum Cloud?

Cloud computers for performance and scalability

IQM’s cloud platform enables dynamic scalability from experimental systems to high-performance setups with dozens of qubits. Ready to support you in physics experiment needs with pulse-level access.

1.

Easy access with the tools you know

Develop, test and benchmark quantum algorithms at low cost with Qrisp, Qiskit, Cirq or Cuda Quantum.

2.

Intuitive design

Transparent and user-centric platform that lets you plan, build, run and manage your quantum algorithms with full control of the experimental flow for reproducible research.

3.

Innovative topologies

Innovative quantum processor (QPU) topologies delivering high quality with 99.9% fidelity, the highest connectivity in the market, tunable couplers, and a stack of software to get the most out of your computer.

IQM Quantum Cloud - your destination for all things quantum

  1. Learn what quantum is and how you can leverage it in IQM Academy

  2. Create and compile quantum algorithms with Qrisp, Qiskit, Cirq, or Cuda Quantum.

  3. Find out how to manage and optimise your algorithm performance with documentation

  4. Run your algorithms on the quantum computer of your choice

  5. Access IQM support for any issues or help

What you get

Built for research hubs

Seamless user and group management for smooth and timely workflows.

Your algorithm, your choice

Choose from our catalogue of different quantum cloud QPUs and reserve your timeslot.

No magic pipelines

No hidden modifications or changes to your experiments, only maximum transparency.

Seamless 
integration

Compatible with major quantum software frameworks like Qrisp, Qiskit,
Cirq, and more.

IQM’s cloud computers offer quick and versatile access to our most advanced QPUs and the highest qubit connectivity.

Available QPUs
(quantum processing units):

IQM Crystal 54 is a 54-qubit QPU based on superconducting transmon qubits.

Offers superior computational power through high-fidelity gates and full square lattice connectivity. These 54 qubits enable you to do cutting-edge research, paralleling the world’s most advanced supercomputers.

IQM Crystal 20 is a 20-qubit QPU based on superconducting transmon qubits.

A 20-qubit QPU based on superconducting transmon qubits connected by tunable couplers.

Features

  • 20 qubits with tunable couplers between the qubits

  • Square lattice with the highest connectivity available at this scale

  • Calibrated to support arbitrary X and Y rotations as the native single-qubit gate and CZ as the native two-qubit gate

  • The layout natively supports surface-code error-correction

 

Benchmarking results

  • Supports full entanglement (across the QPU) – 20-qubit GHZ state with fidelity greater than 0.5

  • Quantum volume of 32

  • CLOPS (circuit layer operations per second) of 2600

  • Solves combinatorial optimisation problems with a Q-score of 15

  • Two-qubit gate operation fidelity of 99.8% demonstrated

IQM Star 24 is a 24-qubit QPU based on superconducting transmon qubits.

A 24-qubit QPU based on superconducting transmon qubits designed for cutting-edge quantum research that requires high connectivity. IQM Star 24 is now available in beta, with full deployment in the coming months.

 

  • Global Connectivity: Dramatically reduces the number of SWAP operations needed.

  • Unique Topology: A central resonator hub connects a large number of qubits, optimizing connectivity for highly interactive quantum processes.

  • Scalable Design: The architecture is designed with a clear path to larger, more powerful quantum systems in mind.

Find out how the cloud access will work for you​

See it for yourself

Pricing plans

Starter

Experience what IQM’s cloud computers have to offer, for free.

Pay-as-you-go

Load up credits that don’t expire. Pay only for what you use. Run your quantum cloud job in a first-come, first-served queue.

Skip-the-queue

Load up credits that don’t expire. Pay-as-you-go and timeslot usage. Ideal for usage that requires consistent, uninterrupted access.

Access to our latest QPUs

(up to 1h)

(billed in QPU seconds)

(billed in QPU seconds)

Access to experimental QPUs for research purposes

Access to IQM Academy training materials

Technical support

Guaranteed exclusive access during reserved timeslots     

Pulse-level access

Early access to new features

Free
starting at $0.30/sec
Contact us
Starter

Experience what IQM’s cloud computers have to offer, for free.

Access to our latest QPUs

(up to 1h)

Access to experimental QPUs for research purposes

Access to IQM Academy training materials

Technical support

Guaranteed exclusive access during reserved timeslots     

Pulse-level access

Early access to new features

starting at $0.30/sec
Pay-as-you-go

Load up credits that don’t expire. Pay only for what you use. Run your quantum cloud job in a first-come, first-served queue.

Access to our latest QPUs

(billed in QPU seconds)

Access to experimental QPUs for research purposes

Access to IQM Academy training materials

Technical support

Guaranteed exclusive access during reserved timeslots     

Pulse-level access

Early access to new features

starting at $0.30/sec
Skip-the-queue

Load up credits that don’t expire. Pay-as-you-go and timeslot usage. Ideal for usage that requires consistent, uninterrupted access.

Access to our latest QPUs

(billed in QPU seconds)

Access to experimental QPUs for research purposes

Access to IQM Academy training materials

Technical support

Guaranteed exclusive access during reserved timeslots     

Pulse-level access

Early access to new features

Contact us
Roadmap

How we will reach fault-tolerant quantum computing

Case study

The future of portfolio optimization is in quantum

Are you ready to change the future?

Turn your ideas into impact and connect with us today.

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