A major update to its IQM Resonance quantum computing cloud platform has been released by IQM Quantum Computers, a world leader in the construction of quantum computers. With the use of new software tools, this significant improvement aims to speed up the creation of quantum algorithms and give end users access to a more robust and enlarged new quantum system. IQM, which serves top high-performance computing centres, research labs, universities, and businesses worldwide, is renowned for offering both on-premises full-stack quantum computers and a cloud platform to access its systems. With its headquarters located in Finland and a substantial global presence spanning many continents, the company employs more than 300 people.
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Key upgrades and features of the IQM Resonance platform include:
New 54-Qubit Quantum Computer: Powered by the cutting-edge Crystal 54 processor, the platform now offers a 54-qubit quantum computer. By July 16, 2025, this reliable system should be accessible on Amazon Braket, the quantum computing service offered by Amazon Web Services (AWS). In terms of giving the quantum community access to high-qubit counts, this increase represents a significant advancement.
Qrisp as Default Software Development Kit (SDK): The IQM Resonance platform now uses Qrisp, an open-source project started by Fraunhofer FOKUS, as its default SDK. For quantum developers and researchers, Qrisp provides a higher-level programming interface that is especially made to be both robust and simple to learn. Even as Qrisp becomes the main SDK, IQM will support Qiskit, Cirq, Cuda Quantum, and TKET to give users options. This comprehensive and transparent quantum development approach provides a solid foundation for both rookie and experienced quantum developers. In a big step, IQM also hired Raphael Seidel, Qrisp’s Lead Quantum Software Engineer, to oversee the company’s continued development beginning in October 2025.
Seidel emphasized that “serious performance advantages” have been consistently shown by Qrisp’s underlying programming model. He said that Qrisp is “state-of-the-art in quantum programming” and that the framework will enter a new phase with its direct and robust integration into IQM’s actual quantum hardware, providing a “strong head-start into the era of fault-tolerant quantum computers.”
Advanced Error Handling: The platform now has complete support for solutions that reduce and eliminate errors. Dynamical decoupling is one of the first features implemented to shield qubits from outside noise. Readout error mitigation is intended as a follow-up improvement to greatly increase the precision of experimental findings. For consumers to get more accurate and trustworthy data from their quantum computations, these developments are essential.
Accelerated Research with Advanced Libraries: A potent library for Quantum Approximate Optimisation Algorithms (QAOA) has been made available. With a range of distinct QAOA flavours, this essential application library facilitates quick iteration on new concepts and the investigation of unique quantum algorithms. It also helps researchers to effectively design, test, and tune quantum circuits for intricate optimisation issues.
Expanded IQM Academy Resources: In order to accommodate the latest enhancements, IQM Academy materials have been greatly improved. These now include in-depth Qrisp examples and tutorials, as well as a newly added section on error reduction. A special lecture series utilising Qrisp on IQM hardware will soon be accessible, and the academy will also offer insights into IQM’s next Noise Robust estimating methodologies.
Pulse-Level Access: IQM Resonance now provides pulse-level access for experienced users who need the most experimental control. This makes it possible for scientists to directly program pulse sequences, facilitating the creation of new quantum operations and extremely precise experiments.
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Increased Accessibility and Adoption:
In an effort to increase access to its top-notch platform, IQM is launching a free plan called the “Starter tier,” which grants users up to 30 credits per month on specific IQM quantum computers. By lowering obstacles for researchers, developers, and students just starting out in the field of quantum, this project hopes to increase interest in quantum technology. In order to further promote experimentation and creativity, IQM is also providing all Starter tier users with temporary access to the 54-qubit quantum computer in conjunction with the launch of this Starter Tier and the instant availability of IQM Crystal 54.
IQM’s Head of Product, Quantum Platform, Dr. Stefan Seegerer, said these developments signal “a new era of utility for quantum computing” and underscore the company’s dedication to enabling the ecosystem. He underlined that IQM is giving researchers and developers the vital tools they need to push the limits of what is feasible in the field by making the Crystal 54-qubit system available, integrating cutting-edge error reduction techniques, and standardising on Qrisp. A “crucial step in our mission to make quantum technology accessible to everyone,” Dr. Seegerer also emphasised the importance of the recently announced free Starter package.
The IQM Resonance quantum cloud platform currently has more than 200 companies registered for a variety of uses, including research. As a world leader in superconducting quantum computing, IQM keeps improving its cloud platform and on-premises full-stack quantum computers to meet the changing demands of research labs, high-performance computing centres, academic institutions, and businesses.
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