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Bechtle will provide the German Aerospace Center’s Quantum Computing Initiative with cloud access to IQM superconducting quantum computers through June 2027. The arrangement also includes account management and a dedicated classical server at IQM’s Munich data center for hybrid workloads; specific hardware performance and project outcomes were not disclosed.
Bechtle will give the German Aerospace Center’s Quantum Computing Initiative (DLR QCI) cloud access to IQM superconducting quantum computers through June 2027, adding another type of system to the initiative’s research resources. The agreement also provides a dedicated classical server at IQM’s Munich data center to support hybrid workloads, in which conventional computing and quantum resources are used together.
Under the framework agreement, Bechtle will provide computing time on IQM’s quantum hardware and manage the DLR QCI’s user accounts on IQM Resonance, IQM’s cloud platform. Bechtle’s Competence Center Quantum Technologies, based at its Bonn IT system house, will handle account setup and administration and provide support with teams from Bechtle and IQM. The companies say the platform supports user and group management and the planning, development, execution and management of quantum algorithms.
A dedicated classical server at IQM’s Munich data center is reserved for DLR QCI and is intended to support hybrid computing tasks, including algorithms that combine quantum resources with high-performance computing. The source report does not specify the server’s technical configuration, the amount of quantum computing time available, or the number and identity of teams that will use the service.
The arrangement expands the initiative’s existing technology portfolio, according to the announcement. DLR QCI already commissions work involving technologies such as ion traps, neutral atoms, photons and NV centers. Adding superconducting quantum systems gives its application teams another platform to use and compare. Bechtle and IQM said their partnership began in 2024 and is continuing to expand.
A Broader Testbed for DLR Teams
Access to a further hardware approach gives DLR QCI teams more options for developing and testing algorithms. Quantum computing systems use different physical technologies, and their performance and suitability can vary by task. By making IQM’s superconducting machines available alongside systems in the initiative’s existing portfolio, the agreement creates an opportunity for researchers to compare approaches under their own application work. The announcement does not report completed comparisons or establish that one technology performs better than another.
The classical server is relevant because many quantum computing workflows rely on conventional computers for tasks such as preparing inputs, coordinating calculations and processing results. A server located at IQM’s data center gives the arrangement a specified resource for such hybrid work, although no capacity or service-level details were disclosed. The near-term value is therefore expanded access and infrastructure, rather than a reported scientific breakthrough or demonstrated business result.
The initiative’s work spans areas including materials research, aerospace, mobility and security, according to the supplied announcement. Those are stated areas of focus, not evidence that the new access has already produced applications in any of them. Its impact will depend on how teams use the systems, what workloads they run and whether they can produce results that are useful beyond experimental development.
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How IQM Fits DLR QCI’s Portfolio
DLR QCI brings together start-ups, industrial companies, researchers and public-sector participants to develop quantum computers, algorithms and use cases. The initiative emphasizes practical application scenarios and is funded by Germany’s Federal Ministry of Research, Technology and Space, according to the source material. Its approach includes commissioning companies to develop and use systems based on different quantum technologies rather than relying on a single hardware type.
The Bechtle-IQM arrangement extends that model by adding cloud-based access to IQM’s superconducting hardware. It is not described as a purchase or transfer of quantum computers to DLR QCI: the announced provision is computing time through IQM’s cloud platform, with Bechtle administering access and support. The agreement is scheduled to continue until June 2027.
Bechtle says the partnership supports the expansion of research infrastructure and European technological sovereignty. That is the company’s stated rationale, not an independently measured outcome of the agreement. IQM describes its systems as production-grade and operated in Europe; those characterizations are company claims in the announcement, and no performance figures or independent evaluation are provided in the source material.
“With our production-grade superconducting quantum computers, the DLR QCI gains direct access to powerful quantum systems operated in Europe and backed by deep technical expertise and practical support.”
— Jan Goetz, CEO and co-founder of IQM Quantum Computers
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Hardware Access Without Performance Data
The announcement does not identify the specific IQM quantum processor models, their qubit counts, the amount of computing time allocated, or technical service levels such as availability. It also does not name the DLR QCI application teams that will use the platform or describe the algorithms they plan to test. These details make it difficult to assess the scale of the access or compare it with the initiative’s other systems.
No results from use of the systems are reported, and there are no benchmarks, independent assessments or completed application outcomes in the source material. The agreement establishes access and support; it does not establish that the systems will deliver a particular performance advantage, solve a practical problem or produce commercial benefits. The parties have also not specified whether access will continue after June 2027.
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Use Through June 2027
Bechtle is responsible for setting up and managing DLR QCI accounts on IQM Resonance, providing computing time and coordinating support with IQM. The next reported stage is operational use by the initiative’s application teams, including development and testing of algorithms and potential comparisons with other available quantum technologies. No launch schedule, first-use date or milestones for those activities were supplied.
The agreement runs through June 2027. Further information that would clarify its impact includes which teams and use cases take part, how much access they receive, and any published technical results or comparisons. The parties have not announced an extension or a post-agreement plan.
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Key Questions
What has Bechtle agreed to provide DLR QCI?
Bechtle will arrange cloud-based computing time on IQM superconducting quantum computers, manage DLR QCI user accounts on IQM Resonance and provide support. The arrangement also includes a dedicated classical server at IQM’s Munich data center.
How long will the access last?
The announced access is scheduled to run through June 2027. The source material does not say whether the agreement will be extended.
What is the Munich server for?
The dedicated classical server is intended to support hybrid workloads, including algorithms that combine quantum computing resources with high-performance computing. Its specifications and capacity have not been disclosed.
Does the agreement show that IQM’s systems outperform other quantum technologies?
No. The agreement gives DLR QCI another system to use and compare, but the announcement provides no benchmark results or performance comparisons.
Which research areas could use the added resources?
DLR QCI’s stated focus areas include materials research, aerospace, mobility and security. The announcement does not identify which specific projects will use IQM’s systems.
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