The British OQC (Oxford Quantum Circuits) has just completed the largest private fundraising ever recorded in quantum computing in Europe. The company from the University of Oxford announced a funding round of 260 million pounds sterling, or nearly 299 million euros, from Bullhound Capital, the British Business Bank, JP Morgan and several institutional investors.
At first glance, the operation looks like a new fundraising in an emerging technological sector, in reality, it illustrates a more profound evolution: quantum computing is gradually joining the restricted circle of technologies considered strategic by States, alongside semiconductors, artificial intelligence and energy infrastructure.
This fundraising comes even though the quantum industry has not yet demonstrated its ability to generate revenues comparable to those of the major software or cloud markets. Investors are financing less an existing activity than a strategic position in a market set to redefine the technological balances of the coming decades.
From laboratory to industrial policy
The entry of the British Business Bank into the capital of OQC constitutes a strong signal for the English quantum ecosystem, the British government no longer considers quantum as a simple field of research, but as an industrial asset capable of strengthening the technological autonomy of the country.
The logic is reminiscent of that observed in semiconductors since the adoption of the American CHIPS Act or the various European support programs for the chip industry. In all three cases, governments are seeking to secure technologies on which economic competitiveness, military capabilities and cybersecurity will depend.
This approach responds to growing concern. Western countries are observing the concentration of industrial capacities in certain regions of the world, whether semiconductor manufacturing plants in Asia or artificial intelligence infrastructures in the United States, and quantum computing appears to be one of the rare sectors where positions still remain open.
A competition that goes far beyond Europe
OQC’s announcement is part of a global race that is already well underway.
In the United States, public and private investments number in the tens of billions of euros. Groups like IBM, Google, Microsoft and Amazon finance their own programs while specialized players like IonQ or PsiQuantum benefit from major public contracts.
China is pursuing a different but equally ambitious strategy. Beijing sees quantum as a component of its technological rise and is investing massively in research infrastructure, quantum communications and military applications.
Faced with these two blocs, the United Kingdom is trying to capitalize on its historical assets. The universities of Oxford and Cambridge are among the world’s leading centers of quantum research. The challenge now is to transform this scientific advance into sustainable industrial capacity.
Recent technology history shows that the quality of research does not guarantee the creation of a global champion. Europe has had excellent artificial intelligence laboratories for several decades, yet most of the economic value created by this technology is today concentrated in the United States.
The real issue: cryptography
If governments are so interested in quantum, it is not only because of its industrial promises. One of the main issues concerns communications security. A sufficiently efficient quantum machine could, in the long term, call into question some of the cryptographic mechanisms used today to secure financial transactions, government communications or critical infrastructures.
Even if this scenario remains several years away, it is already influencing investment decisions. States are simultaneously funding the development of quantum computers and the migration to post-quantum cryptography standards intended to withstand these future computing capabilities.
In this context, mastering quantum technologies means mastering part of the global digital security architecture. The equation explains why defense ministries, intelligence agencies and financial institutions are among the industry’s top potential customers.
Quantum as a service
Beyond the geopolitical dimension, OQC also seeks to resolve an essential economic question: how to commercialize a technology whose infrastructure remains extremely expensive?
The response adopted by the company follows a model now well established in the digital industry.
Rather than selling quantum computers, OQC provides remote access to its machines through deployments in data centers. Customers access computing power via the cloud, without having to finance the cryogenic systems needed to operate the processors themselves.
This approach brings OQC closer to cloud operators than to traditional hardware manufacturers.
The comparison with artificial intelligence is enlightening. The economic value of AI has not only been concentrated in the models but also in the infrastructure capable of making them work at scale, quantum computing could follow a comparable trajectory.
From this perspective, the battle is no longer just about qubits. It concerns the ability to operate reliable, secure quantum infrastructures integrated into the information systems of businesses and administrations.
A new generation of strategic investments
JP Morgan’s participation also illustrates the evolution of the sector. Large financial institutions are no longer only interested in theoretical applications of quantum. They seek to understand how this technology could transform portfolio optimization, risk management or the simulation of complex markets.
The same reasoning appears in energy, chemistry, aeronautics and defense. In each of these sectors, quantum is seen as a potential capability that could provide a major competitive advantage in the long term.
This logic explains why such large amounts continue to be invested despite the absence of mature economic models. Capital does not only finance future income but access to technology deemed strategic.
