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In an interview published by The Quantum Insider on Oct. 17, 2026, computer scientist and Munich quantum-software company co-founder Robert Wille said the field needs design automation and production-ready software, not just new algorithms. He described quantum computing as moving from basic research toward applied work, while stressing that software must connect different hardware types and fit into broader computing systems.
Robert Wille, a computer scientist at the Technical University of Munich and co-founder of a quantum-software company, said the field needs design automation and production-ready software as it moves from basic research toward practical applications. In an interview published by The Quantum Insider on Oct. 17, 2026, Wille argued that software must connect users and applications to different quantum devices and work alongside conventional high-performance computing systems.
Wille described quantum computing as being in a transition from basic research to applied research, while cautioning that the technology is not yet ready to deliver broadly useful quantum applications. He said the next stage demands more than experimenting with algorithms: software needs to be made reliable and usable in practice. His remarks reflect his work across research and commercial development. Wille said he has been involved in quantum computing for more than 15 years and that he and colleagues founded a company a little over a year before the interview to turn academic developments into production-ready commercial software.
The interview focused on software as the layer that connects end users, applications and quantum hardware. Wille expects computing systems to combine different kinds of processors rather than rely only on CPUs and GPUs. In that setting, he said, quantum computers may serve some applications among a wider mix that could also include AI processors and other computing technologies. He argued that identifying which technology fits a particular task will be part of the challenge.
Wille also called for a software ecosystem that can support different hardware modalities, including superconducting devices, neutral atoms and ion traps. He praised IBM and Qiskit for helping build an open-source community, while saying other approaches, including MLIR and QIR, have their own roles. His stated aim was not to have one framework dominate, nor to leave users with disconnected tools, but to make different developments compatible where possible.
Software Must Connect Quantum Systems
Wille’s argument points to a practical barrier beyond the development of quantum algorithms or more capable hardware: developers and users need software that can translate applications into work a particular system can run. If tools are tied to one device type or cannot interoperate, organizations may face added complexity when testing or moving applications across platforms.
The emphasis on design automation reflects a broader engineering problem. Quantum programs must be adapted to hardware constraints, and the interview presents automation as part of making that work manageable. Wille likened quantum computing’s complex optimization challenges to problems that classical computing has addressed through automation. That is his assessment of the field’s needs, not evidence that practical quantum applications are already delivering commercial benefits.
For readers following quantum investment and deployment, the distinction matters: research progress does not by itself establish that quantum systems can outperform conventional computing for useful tasks. Wille’s comments frame software development and integration as necessary work on the route to deployment, while leaving the timing and scale of that deployment open.
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From University Research to Products
Wille said he combines an academic role at the Technical University of Munich with work at a company founded to commercialize software developments from research. He described the company’s purpose as taking academic innovation and making it production-ready in a commercial setting. The interview did not provide the company’s name, product details, customer list, funding information or performance measures.
The discussion also addressed whether quantum software should center on a small set of well-known algorithms, including Shor’s and Grover’s. Wille said he sees potential beyond those examples, in a future where quantum processors are one element of a heterogeneous computing environment. He did not identify specific applications or claim that a broader set of quantum use cases is already commercially established.
On programming tools, Wille said Qiskit has contributed to community-building through open-source development. He also pointed to work around MLIR and QIR, which he associated with approaches closer to LLVM. His position was that multiple frameworks and device-specific tools may coexist, provided they can work together sufficiently for users.
“You definitely need software to connect the end users to the hardware and to make these applications work.”
— Robert Wille, in an interview with The Quantum Insider
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Deployment Timeline Remains Open
The interview provides Wille’s views and priorities, not independent evidence that design automation has solved quantum software’s engineering challenges. It does not specify which applications are ready for deployment, what performance they achieve, or when quantum computing might deliver practical value in particular industries.
Details about the company’s products, customers, commercial progress and plans were not included in the supplied interview material. Wille also did not set out a technical roadmap for interoperability among Qiskit, MLIR, QIR and modality-specific tools. It remains unclear how quickly those approaches will converge, or how much compatibility developers can achieve across different hardware platforms.
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Watch for Software and Integration Progress
The interview does not announce a product launch, funding round or deployment milestone. The next developments to watch are whether Wille’s company brings research software into commercial use and whether the wider ecosystem makes measurable progress on automation, portability and compatibility.
Any claims of practical impact will need to be judged against specific applications, hardware conditions and comparisons with conventional computing. The interview sets out Wille’s view of what the field needs; it does not provide dates for those milestones or confirm when they will be reached.
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Key Questions
What did Robert Wille say quantum software needs?
Wille argued that quantum computing needs design automation and production-ready software, as well as algorithms. He said software must connect applications and end users to hardware and help systems work in practice.
Is quantum computing ready for widespread practical use?
Wille said the field is moving from basic research toward applied research, but added that it is not yet ready to fully exploit quantum computing. The interview did not identify broadly deployed applications or establish a timeline for them.
What software tools did Wille discuss?
He discussed Qiskit, MLIR and QIR. Wille praised Qiskit’s open-source contribution and argued that different tools should remain as compatible as possible rather than one framework dominating the field.
Which quantum hardware types did he mention?
Wille referred to superconducting devices, neutral atoms and ion traps, saying different modalities may require dedicated software while users still need straightforward access across systems.
Did the interview announce a new company product?
No. The interview discussed Wille’s company and its aim of making academic software development production-ready, but the supplied material did not announce a product, customer or launch date.
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