Quantum Computing Could Give UK Space Sector an Edge if We Act Now

The UK has spent the past decade building a strong position in quantum technologies, with a credible research base, a growing industrial ecosystem, and a clear national strategy. The policy challenge now is different. The question is no longer whether the UK can support quantum excellence in the laboratory, but whether it can translate that excellence into adoption, deployment, and long-term economic value. If the UK wants to remain internationally competitive, commercialisation now needs to sit at the centre of the agenda.

There is already evidence this shift is underway. Research commissioned by Fujitsu found that 96% of executives expect quantum computing to benefit their organisation, while 58% plan to include it in strategic planning this year. In the public sector and defence, 73% are actively assessing quantum use cases, compared with 32% in other sectors. Quantum is no longer being treated simply as a frontier science topic, but increasingly as a strategic capability with relevance to public services, resilience, and productivity.

Recent policy announcements demonstrate government recognises that need. In March 2026, the UK Government announced support worth up to £2 billion for quantum technologies, including a procurement programme to help scale quantum computing in the UK. That matters because procurement can do more than fund innovation. It can create markets, reduce risk for adopters, and provide the demand-side signal that emerging technologies need to scale.

Commercial readiness should therefore be treated as a strategic policy priority. For the UK, this is not only about supporting research, important though that remains. It is about strengthening the conditions for adoption: identifying priority sectors, improving access to testbeds and early deployments, supporting links with adjacent technologies such as cloud, AI, and high-performance computing, and making collaboration between government, industry, and academia easier in practice.

For organisations, that means moving from awareness to preparation: identifying where quantum may create value, what barriers remain, and what partnerships will be needed over time. For policymakers, the implication is equally clear. Adoption does not happen automatically. It requires sustained work on skills, standards, procurement, infrastructure, and cross-sector coordination.

This matters because the international environment is becoming more competitive. Other countries are investing heavily and focusing on commercial scale-up, sovereign capability, and strategic applications. The countries that lead will not necessarily be those with the strongest research credentials alone, but those that can retain talent, scale companies, develop trusted supply chains, set standards, and create domestic markets for adoption.

The potential benefits are substantial. Quantum technologies could support advances in healthcare, energy, logistics, financial services, security, navigation, and public services. For the UK, the opportunity is not simply to support another high-growth sector, but to strengthen productivity, resilience, and sovereign capability across the economy.

The UK has already shown that it can lead in quantum research and strategy. The next phase will test whether it can lead in adoption as well. That will require more than continued investment in science. It will also require demand-side action, closer collaboration across the ecosystem, and a deliberate focus on the skills, standards, infrastructure, and procurement mechanisms that make commercialisation possible. If those pieces come together, the UK will be well placed to translate leadership in quantum into lasting economic and societal value.

We have seen the recent advances in AI led from US businesses. But quantum is different. The UK has the legacy, the people, the research and academic communities and infrastructure to be a leader in this next wave of technology.

At Fujitsu, we are helping customers prepare for quantum advantage by identifying high-value use cases, building practical roadmaps, and supporting early experimentation across sectors. As the market matures, that preparation will be essential to turning quantum potential into real-world impact.

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Technology and Innovation programme activities

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