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In an October 17, 2026, interview with The Quantum Insider, Robert Wille said quantum computing’s move toward practical use will require design automation, hardware-aware software and compatibility across different tools. He described the field as moving from basic research toward applied research, while noting that broad commercial deployment has not yet arrived.
Robert Wille, a computer scientist at the Technical University of Munich and co-founder of a quantum software company, said the sector needs design automation and compatible software tools to move from research toward practical applications. In an interview published by The Quantum Insider on October 17, 2026, Wille argued that work on algorithms alone is not enough: software must connect users and applications to different kinds of quantum hardware and fit into broader computing systems.
Wille described quantum computing as being in a transition from basic research to applied research, rather than a field already delivering widespread practical quantum applications. He said that recent momentum has increased pressure to make systems work in practice, but added that the technology is not yet at the point where its potential can be fully exploited. His remarks were an assessment of the field, not a report of a newly demonstrated commercial application.
His central argument was that quantum software should be treated as an engineering and automation challenge as well as an algorithm-development problem. Wille said software is needed to connect end users with hardware and help applications run. He also pointed to the difficulty of supporting a heterogeneous mix of computing technologies, including quantum processors alongside CPUs, GPUs and, potentially, other specialized systems.
On programming environments, Wille praised IBM’s Qiskit for being open source and helping build a community, while saying the future should not depend on a single framework. He cited approaches such as MLIR and QIR, which connect more closely to compiler infrastructure associated with LLVM, and said different tools have different strengths. He called for compatibility among them while preserving software tailored to hardware modalities including superconducting circuits, neutral atoms and ion traps.
Software Must Bridge Quantum Hardware
The practical value of quantum hardware depends partly on whether developers can use it through reliable software. If tools are difficult to use, incompatible or tied too closely to one device type, researchers and companies may face extra work adapting applications and maintaining separate workflows. Wille’s argument is that design automation can help manage that complexity, making software development and deployment less dependent on bespoke, manual processes.
Interoperability also matters as quantum systems are developed through different physical approaches. A software stack that can accommodate multiple modalities could give users more choice, while hardware-specific tools may still be needed to account for each machine’s characteristics. The challenge Wille described is balancing shared interfaces with specialized support without allowing one platform to dominate or leaving users with disconnected tools.
His comments also place quantum computing within a broader high-performance computing environment. Rather than assuming every task will move to a quantum processor, Wille described a future in which applications could be matched to different computing technologies. That is a forward-looking view, not evidence that such a unified environment is already available or that quantum processors currently outperform conventional machines on a wide range of useful tasks.
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From University Research to Production
Wille said he has worked in quantum computing for more than 15 years and holds an academic role at the Technical University of Munich. In the interview, he described the company he co-founded as a way to take innovations developed in academic settings and turn them into production-ready commercial software. He said it was founded a little more than a year before the interview; the source material does not give a precise founding date or identify the company by name in the supplied transcript.
The interview also addressed the popular focus on Shor’s and Grover’s algorithms. Wille acknowledged their importance but argued that quantum computing’s potential should not be reduced to those examples. His broader case is for a heterogeneous computing future, though he did not identify specific near-term applications or provide performance results in the supplied account.
Wille described Qiskit as a prominent open-source environment and said its contribution to community-building was substantial. He presented Qiskit, QIR and MLIR as examples of different directions in software development, rather than announcing that one has replaced another. His position was that the field needs multiple approaches that can work together as far as possible.
“We’re not completely there yet that we really can exploit quantum computing.”
— Robert Wille, in an interview with The Quantum Insider
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Deployment Timelines Remain Unspecified
The interview does not specify when quantum computers will support broad, economically useful applications, or which applications are closest to deployment. Wille said the field is not yet fully able to exploit quantum computing, but offered no timeline, benchmark or deployment milestone for the transition he described.
The supplied material also does not include technical details about the company’s products, customers, revenue, funding or commercial deployments. It mentions design automation and AI-assisted development as topics of discussion, but provides no quantified results showing how those methods affect development time, cost or system performance. The interview reports Wille’s views; it does not independently verify them or establish that the industry has settled on a common software architecture.
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Compatibility Is the Next Test
The next test for the approach Wille described is whether software projects can support useful compatibility across frameworks and hardware types while still accounting for device-specific requirements. The interview does not announce a release, partnership, product launch or scheduled standards milestone, so no particular next event is confirmed.
For now, Wille’s comments set out a direction rather than a completed technical development: more automation, software that can connect users to varied hardware, and cooperation among open-source and other programming efforts. Further evidence of progress would include documented integrations, production deployments and results showing that applications can be moved or adapted across different systems. The timing and scope of such developments remain unknown.
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Key Questions
What did Robert Wille say quantum software needs?
Wille argued that quantum computing needs design automation and software that connects users and applications to hardware, alongside continued work on algorithms. He also called for better compatibility among software approaches.
Did the interview announce a new quantum software product?
No. The supplied interview material presents Wille’s views on software development and his company’s role, but does not announce a product launch, release date or new customer deployment.
Is quantum computing already moving into widespread practical use?
Wille characterized the field as moving from basic research toward applied research, but said it is not yet fully able to exploit quantum computing. The interview gives no evidence of widespread commercial applications.
What software environments did Wille discuss?
He discussed Qiskit, QIR and MLIR. He praised Qiskit’s open-source role and community contribution, while saying different approaches should remain compatible where possible.
What remains unknown about the company’s work?
The supplied material does not name the company or provide details on its products, customers, funding, revenue or deployments. It also gives no measured results for design automation or AI-assisted development.
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