NatWest will explore using quantum solutions to detect fraud and illicit activity across large transaction networks. This program will apply quantum innovation to financial services and banking operations for the first time. Eleven sector leaders, including the Rail Safety and Standards Board and Health Innovation North West Coast, now comprise the third cohort of the program, delivered with the National Quantum Computing Centre’s SparQ programme, to accelerate practical quantum innovation in UK industry. A particularly impactful use case will apply quantum computing to improve diagnostic modeling, treatment pathways, and outcome forecasting for the rare and life-threatening blood disorder, thrombotic thrombocytopenic purpura. “Quantum Computing is no longer a theoretical concept but a technology that is demonstrating its potential value through a variety of industrial and commercial applications,” says Paul Ceely, Director of Technology Strategy at Digital Catapult, emphasizing the program’s role in bridging the gap between experts and industry leaders.
Quantum Technology Access Programme Drives UK Industry
NatWest’s exploration of quantum solutions for fraud detection signals a significant expansion of the Quantum Technology Access Programme (QTAP) into financial services and banking operations. The programme, a collaboration between Digital Catapult and the National Quantum Computing Centre’s (NQCC) SparQ programme, is now engaging eleven sector leaders in a drive to translate quantum potential into tangible industrial applications. This latest cohort demonstrates a broadening scope beyond initial trials, with a particular emphasis on addressing real-world challenges in complex systems.
The programme’s structure provides a guided pathway for UK companies to assess the value of quantum technologies and progress from initial concepts to practical experimentation, supported by expert guidance and access to resources like ORCA Computing’s PT-2 quantum computer. The third cohort’s focus extends to diverse sectors including rail, defence, supply chains, and logistics, underscoring the versatility of quantum innovation. Companies like CTA Fintech Solutions are examining cross-system optimisation to improve cost efficiency and resilience in financial transactions, while Bandarlog.dev aims to apply quantum machine learning to early-stage anomaly detection in aerospace and transport assets. Dr. Simon Plant, Deputy Director for Innovation at NQCC, emphasizes that “Through SparQ, we’re helping organisations move towards practical exploration of quantum computing,” adding that this cohort builds confidence in quantum computing across UK industry and strengthens the nation’s quantum capabilities. The programme, running until February 2027, will foster new commercial and collaborative partnerships, solidifying the UK’s position in the emerging quantum landscape and demonstrating how frontier technologies can underpin economic growth.
Quantum Computing is no longer a theoretical concept but a technology that is demonstrating its potential value through a variety of industrial and commercial applications.
NatWest & Fintech Explore Quantum Financial Applications
NatWest is among a new wave of sector leaders actively investigating the potential of quantum computing, extending its reach beyond theoretical research and into practical financial applications. A key focus for NatWest will be leveraging quantum solutions to combat increasingly sophisticated fraud and illicit activity within large transaction networks. Simultaneously, CTA Fintech Solutions will be examining how to optimize cross-system workflows, transitioning from legacy systems to cloud-based infrastructure to improve cost efficiency and bolster resilience in a heavily regulated environment. The emphasis on financial services underscores the UK’s ambition to establish sovereign capability in quantum technology and identify viable commercial applications.
Beyond finance, the cohort’s explorations extend into critical healthcare challenges. Health Innovation North West Coast will utilize quantum computing to refine diagnostic modelling, treatment strategies, and outcome forecasting for thrombotic thrombocytopenic purpura (TTP), a rare and life-threatening blood disorder considered a medical emergency. Running until February 2027, the programme aims to foster new commercial partnerships and advance quantum innovation throughout UK industry, building on existing collaborations with the NQCC and technical partner ORCA Computing.
Recognizing the limitations of current diagnostic modelling, the organization will leverage access to ORCA Computing’s PT-2 quantum computer to refine pathways and more accurately forecast patient outcomes. Health Innovation North West Coast specifically aims to enhance its ability to model the complex factors influencing TTP, a condition where blood clots form in small blood vessels, potentially leading to organ damage and stroke. Current diagnostic processes can be lengthy and imprecise; quantum computing offers the potential to analyze vast datasets of patient information, identifying subtle patterns and accelerating accurate diagnoses.
The application of quantum computing is rapidly expanding beyond theoretical exploration, with a growing number of industries now actively investigating its potential to solve complex, real-world problems. This cohort’s focus on combinatorial optimisation addresses challenges inherent in logistics, resource allocation, and scheduling; areas where even incremental improvements can yield significant economic benefits. TCS Innovations, for example, aims to explore how to allocate and route limited resources across a network, a problem frequently encountered in defence and industrial settings. Similarly, TCS Innovations is investigating the potential of quantum computing to refine parameters within its real-time logistics execution engine. These efforts highlight a common thread: leveraging quantum capabilities to enhance existing systems rather than replacing them entirely. Alongside optimisation, quantum machine learning is gaining traction as a powerful tool for advanced data analysis. Pixon Chemie seeks to build predictive models for molecular screening using quantum machine learning and existing chemical databases.
Through SparQ, we’re helping organisations move towards practical exploration of quantum computing.
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