NQCC Announces UK’s £2 Billion Quantum Computing Investment

The UK government is committing £2 billion to accelerate the development of quantum computing, signaling a major push to establish the nation as a global leader in the field. The investment will fuel a new procurement program, “ProQure: Scaling UK Quantum Computing,” inviting companies to propose prototypes for evaluation and eventual integration into national computing infrastructure. This initiative aims to drive adoption and deliver societal and economic benefits, building on over £1 billion already raised by UK quantum start-ups and a surge of over £10 billion in global venture funding for quantum tech in 2025. “This first-of-its-kind procurement programme…will launch next week, where companies will be invited to table proposals to partner with us to deliver prototypes for evaluation,” said a representative, with the goal of transforming the UK into a hub for the latest quantum technology. £2 Billion ProQure: Scaling UK Quantum Computing Investment The United Kingdom is staking its claim as a quantum computing leader with the launch of ProQure: Scaling UK Quantum Computing, a £2 billion initiative designed to accelerate the development and adoption of the technology. This procurement program will invite companies to submit proposals for partnerships focused on delivering prototypes for evaluation, according to government statements, with the most promising designs scaling into national computing infrastructure. The move signals a deliberate shift from basic research toward tangible applications and commercial viability, building on a foundation of over £1 billion in private capital already invested in UK quantum startups. Beyond funding, the government aims to actively shape the quantum ecosystem, recognizing that simply providing funding is insufficient for scaling expensive quantum hardware. Lord Vallance, UK Science Minister, recently emphasized the priority of anchoring UK quantum startups in the UK and supporting them in their journey to scale and grow. This strategy is reflected in UKRI’s prioritization of funding for companies seeking expansion, and a broader effort to attract talent and investment to capitalize on the UK’s thriving quantum ecosystem and established supply chain. The NQCC, for example, sees direct alignment between its existing programs and the ambitions of ProQure, particularly in areas like technology road-mapping and benchmarking performance. The program’s scope extends beyond hardware development, encompassing a focus on delivering value through practical applications. The NQCC’s SparQ Programme is actively engaging with industry to foster quantum readiness and explore use cases across various sectors, targeting a diverse range of users from those new to quantum computing to experienced developers. This commitment is bolstered by a further £1 billion investment over the next four years, with a future commitment of another £1 billion for procuring platforms capable of a billion quantum operations by 2031, demonstrating a long-term vision for securing high-value employment and a first-mover advantage. NQCC Roadmaps Drive Full-Stack Quantum Technology Progress The United Kingdom is actively solidifying its position as a central hub for quantum technology development, moving beyond initial research toward practical application and industrial scaling. Following a decade of leadership in areas like quantum sensing and imaging, the nation is now focused on translating laboratory advancements into tangible economic and societal benefits, a shift underscored by recent substantial investment.

The National Quantum Computing Centre (NQCC) plays a pivotal role in this progression, with its technical roadmaps serving as a blueprint for the ambitious “ProQure: Scaling UK Quantum Computing” program. These roadmaps, initially published in 2020, represent a systematic approach to scaling quantum capabilities, extending beyond simply increasing qubit counts to encompass control architecture, algorithms, and crucially, applications. “This approach continues, and as our internal technology programmes have matured, so we have incorporated academic and industry input into our blueprints,” explains an NQCC representative, highlighting the collaborative nature of the effort. Current projects actively address bottlenecks in areas like optical-to-microwave transduction, error correction, and noise modelling, aiming to establish a robust framework for charting collective progress. The NQCC’s commitment extends to rigorous performance benchmarking through the Testbed Initiative and Technical Test & Evaluation program, positioning it as an early adopter and independent assessor of commercial platforms. This technical due diligence is considered vital for informed, long-term procurement decisions. Beyond hardware, the NQCC’s SparQ Programme actively engages with industry sectors, fostering quantum readiness and exploring practical applications, categorizing potential users as those new to quantum computing, theorists, and dedicated quantum computing developers. This focus on delivering value through applications is integral to the ProQure program’s evolution, ensuring the technology serves strategic economic sectors and drives societal benefit. This first-of-its-kind procurement programme, ’ProQure: Scaling UK Quantum Computing’, will launch next week, where companies will be invited to table proposals to partner with us to deliver state-of-the-art prototypes for evaluation. Prototypes will then be assessed, with the most promising companies invited to deliver larger-scale machines for use by scientists, researchers, the public sector, and businesses, as part of our national computing infrastructure – transforming the UK into a hotbed for the latest, cutting-edge quantum technology. NQCC Testbed Initiative Benchmarks Platform Performance Quantum Motion, a UK-based startup, exemplifies the current drive toward practical quantum computing; the company is among those benefiting from the National Quantum Computing Centre’s (NQCC) Testbed Initiative, a program designed to rigorously evaluate emerging quantum platforms. This initiative isn’t simply about validating specifications, but actively functioning as an early adopter, providing crucial feedback to commercial partners and establishing a foundation for informed procurement decisions. NQCC has built “internal capability, as well as a suite of protocols and benchmarking tools,” positioning itself to provide independent technical assurance as the ProQure: Scaling UK Quantum Computing Programme progresses. The emphasis on independent verification is considered vital, going beyond standard commercial due diligence to ensure long-term investment decisions are grounded in robust evidence. This technical scrutiny is particularly important given the substantial financial commitments being made; the UK government recently announced a £2 billion investment to accelerate quantum innovation. Beyond hardware, the NQCC is also focused on collaborative research and development, building on a 2020 technical roadmap that systematically addresses challenges in scaling quantum systems, from qubit layers to full-stack integration. Active projects include tackling issues like optical-to-microwave transduction, error correction, and data throughput. This methodical approach extends to fostering a thriving quantum ecosystem; the NQCC’s location on the Harwell Campus has attracted both established players and new startups, creating a cluster benefiting from shared expertise and resources. “More than anchoring companies in the UK, such as our testbed and collaboration partners Quantum Motion, Aegiq, Orca Computing, Riverlane, Nu-Quantum, and Phasecraft,” the initiative has catalyzed inward investment from international firms like Rigetti Computing, Infleqtion, and QuEra. By acting as an anchoring institute, the NQCC is not only evaluating technology but actively shaping a vibrant and competitive quantum industry within the UK. SparQ Programme Delivers Quantum Applications & User Adoption The burgeoning field of quantum computing is rapidly shifting from theoretical possibility to practical application, and the UK’s SparQ Programme is actively bridging that gap by fostering user adoption alongside hardware development. Recognizing that technological advancement alone isn’t enough, the program prioritizes engagement with potential end-users across diverse sectors, ensuring that quantum tools address real-world challenges and deliver tangible benefits. The NQCC’s internal technology programs have matured, incorporating both academic and industry input into their blueprints, and are now focused on industry scaling challenges. This road-mapping activity has enabled a framework for the UK to develop, scoping the feasibility and challenge of progress towards key performance milestones. The NQCC’s Testbed Initiative provides independent technical assurance, acting as an early customer to commercial partners and driving performance benchmarks. This holistic strategy, combining technological advancement with user engagement and rigorous testing, positions the UK to capitalize on the anticipated economic and societal benefits of quantum technologies. Source: https://www.nqcc.ac.uk/blogs/the-uk-has-thrown-down-the-gauntlet-on-quantum/ Tags: