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In an interview published by The Quantum Insider on Oct. 17, 2026, computer scientist Robert Wille argued that quantum computing needs design automation and production-ready software, not only new algorithms. He described the field as moving from basic research toward applied work, while saying that software must support different hardware types and connect quantum processors with broader computing systems.
Robert Wille, a computer scientist at the Technical University of Munich and co-founder of a quantum software company, says the field needs design automation and production-ready software to move beyond research experiments toward practical deployment. In an interview published Oct. 17 by The Quantum Insider, Wille argued that software must connect users and applications to diverse quantum hardware, rather than focus only on developing algorithms.
Wille described quantum computing as being in a transition from basic research to applied research. He said the technology is not yet ready for broad exploitation in real applications, but that developers must now make systems work in practical settings rather than treating them only as research projects. He characterized the period as both demanding and exciting, while offering no specific timetable or deployment milestone.
Wille said he has worked in quantum computing for more than 15 years and combines research at the Technical University of Munich with commercial work. He told The Quantum Insider that the company was founded a little more than a year before the interview to turn academic developments into production-ready software. The source does not identify the company by name in the supplied interview material.
On programming tools, Wille praised IBM’s open-source Qiskit for helping build a community, but said he expects a more heterogeneous software environment. He pointed to approaches including MLIR and QIR, which he said connect more closely with LLVM-style infrastructure. His position was that different frameworks and hardware-specific tools can coexist, provided they remain compatible enough for users to access different systems without having to manage every hardware detail themselves.
Software Must Bridge Quantum Hardware
Quantum processors do not become useful to end users through hardware advances alone. Software is needed to translate applications into instructions a particular system can run, manage the differences among devices, and connect quantum resources to existing computing workflows. Wille’s emphasis on design automation speaks to that intermediate layer: tools that can help build and optimize designs without requiring every task to be handled manually.
The issue matters as organizations explore quantum systems alongside conventional processors. Wille anticipates a heterogeneous computing environment that could include CPUs, GPUs and quantum processors, among other technologies. In that model, users would need a way to select and use appropriate hardware for a task. His comments describe a direction for software development, not evidence that quantum systems are already delivering broad commercial advantage.
Interoperability is also a practical concern. A software ecosystem with only one dominant approach could limit flexibility, while many incompatible tools could make development harder. Wille argued for both different technical paths and compatibility, including support for distinct hardware modalities such as superconducting devices, neutral atoms and ion traps.
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From University Research to Products
Wille presented his work as spanning academic research and commercial software development. He said university research can generate innovation, but that making software production-ready for users requires work in a commercial setting. The company, founded a little more than a year before the interview, is intended to carry those developments toward practical use. The interview does not provide details about its customers, products, funding or revenue.
The discussion also addressed the idea that quantum computing’s main value rests on two familiar algorithms, Shor’s and Grover’s. Wille called them important examples but said he sees potential beyond them, with quantum processors serving a wider range of tasks in a future mix of computing technologies. That is his assessment of future possibilities; the interview does not identify specific applications or establish that they are commercially useful today.
Wille’s comments about Qiskit, MLIR and QIR reflect a software landscape with multiple approaches under development. He said Qiskit has helped the community through open-source availability, while other methods may better fit different programming and hardware needs. The interview frames the challenge as bringing these developments together without forcing all users into one platform or leaving them with disconnected tools.
“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 Pace Remains Unspecified
The interview does not give a specific schedule for when quantum computing will support practical applications at scale, nor does it name applications that are ready for deployment. Wille’s expectation that progress will come in the next few years is a forward-looking assessment, not a confirmed delivery date.
It is also unclear which software standards or frameworks will gain wider adoption, how compatibility among them will be achieved, and what role the company’s products will play. The source material offers no independent performance results, customer deployments or evidence of commercial returns. Wille’s claims about the field’s direction and potential should therefore be understood as his views in an interview.
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Compatibility and Applications Ahead
The next developments to watch are practical demonstrations of quantum software running across different hardware systems, and whether tools such as Qiskit, MLIR and QIR can work together in ways that simplify development. The interview does not announce a product launch, partnership or upcoming technical milestone from Wille’s company.
For now, Wille’s account points to continued work on production-ready software, automation and connections to high-performance computing environments. Whether those efforts lead to useful applications will depend on progress in both hardware and software, as well as evidence from real workloads. The timing and scale of such deployments remain open.
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Key Questions
What did Robert Wille say quantum computing needs?
Wille argued that the field needs design automation and production-ready software to connect users and applications to quantum hardware. He said algorithm development alone is not enough to make systems work in practical settings.
Who is Robert Wille?
Wille is a computer scientist and researcher at the Technical University of Munich, and a co-founder of a quantum software company. In the interview, he said he has been involved in quantum computing for more than 15 years.
Does the interview say quantum computing is ready for widespread use?
No. Wille described the field as moving from basic research toward applied research and said it is not yet ready to be broadly exploited. He did not give a deployment date or identify applications already operating at scale.
What software frameworks did Wille discuss?
He discussed Qiskit, MLIR and QIR. Wille praised Qiskit’s open-source role in building the community and argued that different software approaches should remain as compatible as possible.
What remains unknown about the company?
The supplied interview material does not state the company’s name or provide details about its products, customers, funding or commercial results. It also does not announce a specific upcoming release or deployment.
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