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Two or three clusters, read side by side across sectors, research, companies, capital, infrastructure, government designations and UKIZ relevance. There is no score and no ranking: British clusters are different from one another, not better or worse than one another.

Choose up to three clusters

Side by side

Dimension	Cardiff & South WalesWales	Norwich & the EastEast of England	Southampton & PortsmouthSouth East
Sectors	Semiconductors, Advanced Materials, Creative Industries Supporting: Clean Energy, Advanced Manufacturing, Digital Technologies	AgriTech & FoodTech, Engineering Biology, Clean Energy Supporting: Life Sciences, Digital Technologies	Defence & Security, Robotics & Autonomous Systems, Advanced Manufacturing Supporting: Clean Energy, Digital Technologies, Advanced Materials
Research	Cardiff University Swansea University	University of East Anglia John Innes Centre Quadram Institute	University of Southampton National Oceanography Centre
Companies	South Wales compound semiconductor cluster	Not recorded on the map.	Not recorded on the map.
Infrastructure	Not recorded on the map. Compound semiconductor fabrication and research facilities, materials and coatings research, production studios.	Not recorded on the map. Plant and food research institutes, genomics facilities and offshore energy operations bases.	Not recorded on the map. Naval and maritime engineering facilities, photonics research centres and port infrastructure.
Capital	Public and corporate capital dominate; venture funding is limited by capital intensity.	Research council and charitable funding dominate; venture capital is scarce.	Prime contractor supply chain finance and public programmes rather than venture capital.
Government programmes	Wales Investment Zone designations — Investment Zones	Freeport East — Freeports	Solent Freeport — Freeports
What exists	The UK's compound semiconductor cluster, combining research, fabrication and supply chain, alongside steel and coatings materials research, and a significant screen production economy.	Plant, food and genomics research of international standing, offshore energy operations and maintenance, and a significant agricultural production base on the doorstep.	Maritime, naval and defence engineering, marine autonomy, photonics research and a major port and logistics complex.
What's missing · UKIZ interpretation	Design demand. Fabrication capability needs a pipeline of UK customers designing products that use it, and capital patient enough for semiconductor timelines.	Commercial translation of agri-food science, and connection between offshore energy operations and the research base inland.	Routes for smaller innovators into defence and maritime procurement, and a civil market for capability developed for defence customers.
What could connect · UKIZ interpretation	South Wales fabrication connected to Bristol and Cambridge chip design and to defence, automotive and energy customers who currently source overseas.	Agri-food and genomics research connected to national food manufacturing and to engineering biology capacity, and offshore operations connected to the Humber and North East energy supply chain.	Marine autonomy and photonics connected to Plymouth marine capability, Bristol robotics and offshore energy operations — the same technologies serving defence, energy and shipping.
UKIZ relevance	Compound semiconductors are a genuine national specialism with a fragile ownership base. The proposed Wales mission focuses on keeping the value chain here.	Food security and biotechnology intersect here more clearly than anywhere else in Britain, and connect to the proposed Oxford–Cambridge mission.	Marine autonomy is where defence, robotics and clean energy meet. The proposed Cornwall & Devon marine mission connects to this capability directly.
Last verified	15 August 2026	15 August 2026	15 August 2026

Proposed by UKIZ · independent · not a government designation

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