A national framework for the future of materials innovation
The Henry Royce Institute has launched its latest report, A National Framework for Materials 4.0: Pathways to Implementation, setting out how the UK can strengthen its global competitiveness in advanced materials through greater digitalisation, data interoperability and AI-enabled innovation.
Building on the foundations established by the National Materials Innovation Strategy (NMIS), and following Royce’s 2025 interim framework report, the new report provides the next phase of implementation for Materials 4.0. It defines the practical infrastructure, standards, governance and skills needed to embed digital capability across the entire materials lifecycle, from discovery and manufacture through to deployment, reuse and recycling.
The report was commissioned by the Henry Royce Institute in collaboration with IfM Engage, Perspective Economics, Urban Foresight and Frazer-Nash Consultancy. It responds directly to one of the core cross-cutting priorities identified in the NMIS: ensuring the UK’s materials sector is digitally enabled, globally competitive and resilient.
Why Materials 4.0 matters
Materials 4.0 refers to the creation of a connected “digital thread” through materials innovation processes, linking data, models, digital infrastructure and operational tools so that materials can be designed, tested, manufactured and recovered more efficiently and with greater confidence.
The report highlights that this capability is now essential to achieving national priorities at the required pace across net zero, clean energy, defence, nuclear resilience, battery supply chains and advanced manufacturing.
The findings show that fragmented and inaccessible data remains one of the biggest barriers to innovation. Valuable materials data is often locked in legacy systems, poorly described, or difficult to exchange between organisations. This slows product development, increases costs and creates unnecessary duplication across supply chains.
By contrast, better data and interoperable digital tools can deliver significant economic and strategic benefits, including faster development cycles, reduced waste, improved compliance and traceability, stronger supply chain resilience, and higher-value circular recovery of materials at end of life.
Industry impact and practical applications
Industry representatives consulted for the report unanimously agreed that materials properties and performance data are already integral to commercial operations and will become an even more important differentiator in the age of artificial intelligence.
Across sectors including aerospace, composites, batteries, polymers, metals and biomedical materials, businesses identified clear gains from Materials 4.0 approaches, including faster time to market, lower testing and process costs, stronger lifecycle assurance, and better in-service decision-making.
Practical examples highlighted in the report include battery passports to trace and recover critical minerals, digital composite design to reduce physical trial-and-error testing, and computational modelling to safely extend the life of nuclear steel infrastructure.
These use cases directly support government priorities around net zero delivery, critical minerals resilience, sovereign capability and industrial productivity.
Supporting government strategy
The report aligns closely with wider government strategy objectives, including the AI Opportunities Action Plan, the UK Compute Roadmap, the AI for Science Strategy, the UK Battery Strategy, and the Critical Minerals Strategy.
It identifies how Materials 4.0 can help unlock the value of these national investments by ensuring that materials data is FAIR-compliant: findable, accessible, interoperable and reusable, and supported by secure, federated digital infrastructure rather than isolated data silos.
Four priority actions for national delivery
Four priority action areas are identified for coordinated action nationally:
- Improving data availability
- Incentivising adoption across industry
- Enabling interoperability through shared standards and ontologies
- Strengthening security and governance for trusted collaboration
The report concludes that the UK already has the scientific excellence and industrial capability needed to lead globally, but that decisive action is now required to convert that strength into a connected national capability.
Professor David Knowles FREng, CEO of the Henry Royce Institute, said:
A coordinated, digitally enabled national capability is needed to transform how the UK discovers, develops, manufactures and reuses materials. This report sets out the practical steps required to build that capability, ensuring we can accelerate innovation, strengthen industrial resilience and support the Government’s ambitions across clean energy, advanced manufacturing and national security.
“The UK has world-leading expertise in materials science and growing strength in AI and digital infrastructure. Our challenge now is to connect those strengths through trusted data, shared standards and coordinated investment. By doing so, we can create a true digital thread across the materials lifecycle, reducing cost, improving sustainability and securing long-term competitive advantage for UK industry.”
Looking ahead
As the UK looks to deliver on ambitions for economic growth, net zero and technological sovereignty, the report positions Materials 4.0 as a critical enabler, ensuring that materials science remains not only a world-leading research strength, but also a driver of future industrial prosperity.
The Henry Royce Institute will continue to convene partners across government, industry and academia to champion the investments, partnerships and skills needed to deliver this national framework and ensure the UK leads in the next era of materials innovation.
