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In an interview published by The Quantum Insider on Oct. 17, 2026, computer scientist Robert Wille said quantum software must move beyond algorithm research toward production-ready tools and design automation. He described a future with multiple hardware types and software approaches, with interoperability and integration into high-performance computing still unresolved challenges.
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 from research toward practical quantum computing. In an interview published Oct. 17 by The Quantum Insider, he argued that connecting users and applications to differing quantum hardware will require software that can work across a heterogeneous computing environment.
Wille said he has worked in quantum computing for more than 15 years. He described the field as moving from basic research toward applied research, while cautioning that useful quantum applications are not yet broadly established. The shift, he said, calls for developers to make systems work in practice rather than focus mainly on exploratory research.
Wille said he and colleagues founded a company a little more than a year before the interview to turn academic developments into production-ready commercial software. He described his work at the Technical University of Munich and the company as complementary: university research generates innovations, while the company focuses on preparing software for practical use.
On programming tools, Wille praised IBM and Qiskit for helping build an open-source community, but said the future is unlikely to depend on one approach alone. He pointed to alternatives and standards including MLIR and QIR, as well as software tailored to hardware such as superconducting processors, neutral atoms and ion traps. He said these systems should remain compatible where possible, while still serving the requirements of different technologies.
Software Must Connect Quantum Systems
Quantum processors alone do not give most users a practical way to run applications. Software must translate work into operations a particular device can perform, manage differences among hardware designs and connect quantum resources with existing computing systems. Wille’s argument puts software engineering and design automation alongside hardware development and algorithm research as requirements for deployment.
His emphasis on heterogeneous systems also has implications for organizations considering quantum computing. If users must learn separate tools for each processor type, or if quantum systems cannot work with established infrastructure, adoption becomes harder. Wille argued for an experience in which users can access computing resources without needing to select or manage every underlying hardware detail. The interview does not establish that such seamless access is already available.
Design automation could help developers address the complexity of optimizing software for different quantum devices. Wille compared these challenges with optimization problems that classical computing has addressed over time. That is his case for applying lessons from established computing, not evidence that quantum software has already achieved comparable maturity or commercial results.
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From University Research to Deployment
Wille’s interview framed quantum software as part of a broader change in the field. He said quantum computing spent much of his career in basic research, with increased momentum in recent years. He described the current period as a transition toward applied work, but said the technology is not yet at a point where quantum computing can be exploited broadly for real applications.
The discussion also challenged the idea that quantum computing’s potential is limited to Shor’s and Grover’s algorithms, often cited as prominent examples. Wille said he sees possible applications beyond those algorithms, within a future mix of CPUs, GPUs, quantum computers and other specialized processors. He did not identify specific additional quantum applications in the material provided.
Wille presented Qiskit as an important open-source platform, not as a tool that must be displaced. He said different approaches have advantages and disadvantages, and argued for a software community that allows multiple paths while maintaining compatibility. The balance between shared platforms and solutions designed for individual hardware modalities remains a central engineering issue in his account.
“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 Timelines Remain Open
The interview gives no timeline for when quantum computing will support practical applications at scale, and it does not specify which applications Wille expects to arrive first. It also provides no performance measurements, customer deployments or independent evaluation of the company’s software. Wille’s comments about broader application potential and the value of design automation are his views, rather than demonstrated outcomes reported in the source material.
It remains unclear how software platforms such as Qiskit, MLIR and QIR will divide responsibilities, or how much compatibility different hardware providers will support. Wille also discussed integration with high-performance computing environments, but the supplied interview material does not spell out a particular implementation, partnership or deployment. The transcript excerpt ends as the interviewer begins a question about another topic, so further details from the full discussion are not available here.
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Interoperability Is the Next Test
The next steps described in the interview are broad engineering priorities rather than dated milestones: develop software that can be used in production, automate parts of quantum-system design and connect different tools and hardware approaches. Wille also pointed to integrating quantum computing into high-performance computing environments, where it could operate alongside conventional processors. The source provides no announced launch date or specific product schedule.
For users and developers, progress will depend on whether these efforts produce tools that work across systems without concealing important hardware constraints. The interview leaves open how the field will balance common software layers with specialized solutions, and whether the proposed approaches will support applications that outperform available classical alternatives.
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Key Questions
What did Robert Wille say quantum software needs?
He argued for design automation and production-ready software that connects users and applications with quantum hardware and supports different types of systems.
Is quantum computing ready for broad practical use?
Wille said the field is moving from basic research toward applied research but is not yet fully able to exploit quantum computing. The interview does not give a date for broad deployment.
Did Wille say Qiskit will be replaced?
No. He praised Qiskit’s role in building an open-source community and said development would also follow other approaches, including MLIR and QIR. He called for compatibility among them where possible.
What does Wille mean by a heterogeneous computing environment?
He described a future in which CPUs and GPUs work alongside quantum computers and other specialized processors. His view is that different computing technologies may suit different applications.
What is still unknown about Wille’s proposal?
The interview does not provide specific deployment dates, measured results, named customers or a confirmed roadmap for integrating quantum software with high-performance computing. It also does not establish which applications will be practical first.
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