Eleven Sector Leaders Join Digital Catapult’s Quantum Program

NatWest will apply quantum solutions to detect fraud and illicit activity within large transaction networks, marking the first time the Digital Catapult’s Quantum Technology Access Programme has focused on financial services. Eleven sector leaders now comprise the third cohort of the programme, including the Rail Safety and Standards Board and Health Innovation North West Coast, signaling increased interest in quantum technology across UK industry. Health Innovation North West Coast will also apply quantum computing to improve diagnostic modelling and treatment for thrombotic thrombocytopenic purpura, a rare and life-threatening blood disorder. “Quantum Computing is no longer a theoretical concept but a technology demonstrating its potential value through a variety of industrial and commercial applications,” says Paul Ceely, Director of Technology Strategy at Digital Catapult, emphasizing the programme’s role in translating deep tech into commercial reality.

Quantum Technology Access Programme Drives UK Industry

The United Kingdom is expanding the industrial application of quantum technologies, with eleven sector leaders recently joining the third cohort of the Quantum Technology Access Programme (QTAP). Delivered jointly by Digital Catapult and the National Quantum Computing Centre’s (NQCC) SparQ programme, QTAP is designed to move quantum computing beyond theoretical research and into practical, commercial deployments across diverse industries. This latest expansion signifies a shift, as the programme now extends into financial services alongside continued exploration within rail and healthcare. NatWest’s participation highlights this new direction; the bank will investigate how quantum solutions can enhance fraud detection within complex transaction networks.

This focus on TTP demonstrates a commitment to applying advanced technology to address critical healthcare needs, supported by access to ORCA Computing’s PT-2 quantum computer. The breadth of the cohort, including organizations like the Rail Safety and Standards Board (RSSB) and CTA Fintech Solutions, underscores growing confidence in the potential of quantum computing to address real-world challenges. RSSB intends to utilize quantum machine learning to improve signal classification for trains, while CTA Fintech will focus on optimizing transaction flows between legacy and cloud systems.

He emphasizes the importance of demonstrating real-world business use cases to maintain the UK’s leading position in quantum technology, adding, “Quantum adoption cannot be done in isolation, but in bridging the gap between quantum experts, experienced technologists, and industry leaders.” The programme, scheduled to run until February 2027, will concentrate on two key areas: combinatorial optimization for logistics and scheduling, and quantum machine learning for advanced data analysis. Dr Simon Plant, Deputy Director for Innovation at NQCC, affirms that “Through SparQ, we’re helping organisations move towards practical exploration of quantum computing,” and highlights the programme’s role in building expertise and partnerships to strengthen the UK’s quantum capabilities. This collaborative effort, involving Digital Catapult, NQCC, and technical partner ORCA Computing, aims to translate deep technology into tangible commercial success.

NatWest’s entry into quantum computing marks a significant expansion of the technology’s reach beyond traditional research sectors, signaling a growing belief in its potential for practical application. This represents the first time the programme has directly addressed challenges within financial services. NatWest’s initiative isn’t isolated; CTA Fintech Solutions also joins the cohort, investigating cross-system optimisation of financial transaction flows to enhance cost efficiency and system resilience in heavily regulated environments. The broadening scope of QTAP, now encompassing banking, rail, and healthcare, demonstrates a shift from purely theoretical exploration to targeted industrial problem-solving.

Researchers will leverage quantum computational power to analyze complex datasets related to TTP, seeking to identify patterns and correlations that may be missed by classical computing methods. The goal is to create more sophisticated predictive models, enabling clinicians to make faster, more informed decisions regarding diagnosis and treatment. This is particularly crucial for TTP, where delays in intervention can dramatically worsen prognosis. The project acknowledges the urgent need for improved diagnostic tools and treatment protocols for this devastating condition.

While early explorations focused on fundamental science, this iteration demonstrates a clear shift towards solving complex problems across diverse sectors, with a particular emphasis on combinatorial optimisation and quantum machine learning. Participants are now actively investigating how these quantum approaches can deliver tangible benefits, moving beyond proof-of-concept studies to real-world validation. TCS Innovations is leveraging quantum computing to refine parameters within its real-time execution engine for logistics operations. These projects highlight a move towards integrating quantum solutions into established workflows, rather than creating entirely new systems.