Written evidence submitted by the University of Liverpool (IGR0070)

1. How does the Government drive research and innovation in our regions?

Current Policies:

The UK government has implemented several initiatives to promote research and innovation across regions, aiming to address historical imbalances and leverage local strengths. Key policies include:

• Levelling Up Agenda: This overarching strategy emphasises reducing regional disparities in productivity, infrastructure, and innovation.
• Innovation Accelerators: Pilots focused on boosting innovation in select regions, such as Greater Manchester, the West Midlands, and Glasgow.
• Strength in Places Fund: Targeted investments to foster collaborative, place-based R&D initiatives.

While these policies are well-intentioned, their effectiveness has been constrained by:

1. Scale and Longevity: Many programmes are limited in funding and duration, reducing their ability to drive sustained change. For instance, the Strength in Places Fund, though impactful, was not continued, creating uncertainty for regions that had begun to build innovation ecosystems.
2. Over-centralization of R&D Funding: In 2022, 55% of R&D spending was concentrated in London, the South East, and East of England, despite these regions comprising only 36% of the population. This imbalance leaves other regions underserved.

Case Study: LCR 4.0

LCR 4.0, funded through the European Regional Development Fund (ERDF), illustrates how targeted government-backed initiatives can drive significant regional impact:

• Economic Impact: Supported 303 SMEs, created 955 new jobs, and added £31.1 million GVA to the Liverpool City Region over six years.
• Productivity Gains: 82% of participating SMEs reported enhanced innovative capacity, and 71% accelerated new product development.
• Technology Adoption: The programme enabled small and medium-sized enterprises (SMEs) to embrace Industry 4.0 technologies, boosting their competitiveness and fostering regional growth.

Case Study: Materials Innovation Factory (MIF)

• The Materials Innovation Factory (MIF), a partnership between the University of Liverpool and Unilever, exemplifies how strategic collaboration can create a world-class R&D facility.
• Co-founded by Unilever, the University of Liverpool and Research England, the Materials Innovation Factory has the highest concentration of robots doing material chemistry in the world. More than 200 patents were filed between 2020 and 2022 based on data generated at MIF, and Unilever has invested more than €100 million (£85m) in the MIF in the past three years. 
• The facility’s focus on chemistry innovation not only strengthens the Liverpool City Region’s position in materials science but also supports national objectives in areas such as sustainability and advanced manufacturing.

Despite these successes, the lack of sustained funding for similar initiatives underscores the need for continuity to build on these achievements.

Challenges in Supporting Regional Innovation Ecosystems

1. Inconsistent Policy Execution: Short-term initiatives often fail to achieve long-term goals. For example, the Strength in Places Fund catalysed regional collaborations but lacked follow-through to sustain momentum.
2. Limited Commercialisation Pathways: Government policies often focus on research excellence but do not always provide sufficient support for translating research into marketable products and services. The "Valley of Death" between R&D and commercialization remains a significant barrier.
3. Venture Capital Access: Outside London and the Southeast, regions struggle to attract venture capital. This hinders the ability of start-ups and spin-outs to scale.
4. Infrastructure Gaps: Many regions lack the advanced facilities necessary for R&D and product development. The Digital Innovation Factory (DIF) and Virtual Engineering Centre (VEC) in Liverpool help address this gap but require replication across the UK.

Recommendations:

1. Long-Term Funding: Programmes like the LCR 4.0 demonstrate the transformative potential of targeted investments. Expanding such initiatives with sustained funding would create lasting regional benefits.
2. Decentralized R&D Budgets: Shifting a greater proportion of R&D funding to underserved regions can help address geographic disparities. The Civic HealthTech Innovation Zone (CHI-ZONE), backed by £10 million in funding, showcases how devolved leadership can drive tailored innovation strategies.
3. Integrated Commercialization Support: Establishing regional hubs that combine R&D infrastructure, business support, and access to capital would streamline the pathway from research to market.
4. Capacity Building: Enhancing the capabilities of regional institutions to manage and deliver large-scale innovation projects is crucial. Partnerships between local governments, universities, and industry should be prioritized to foster shared expertise.

Conclusion

Government policies like the Levelling Up agenda and Strength in Places Fund have laid the groundwork for reducing regional disparities in innovation, but challenges remain. The success of initiatives like LCR 4.0 highlights the importance of targeted, sustained funding and strong local partnerships. To truly unlock the potential of regional innovation ecosystems, policies must move beyond pilot projects and short-term initiatives to embed long-term strategies that prioritize commercialization, infrastructure, and equitable R&D investment.

How should devolution be harnessed to support innovation across the regions and nations, and what role should local government play in supporting research and development?

Devolution provides a significant opportunity to empower regions and nations to develop tailored research and innovation strategies that align with their specific strengths, challenges, and priorities.

Harnessing Devolution to Support Innovation

Devolution enables local stakeholders to align R&D investments with regional strengths, leveraging unique local assets to address challenges and seize opportunities.

Examples in the Liverpool City Region include:

• Civic Data Co-Op (CDC): This initiative, supported by devolved powers, uses data-sharing to improve health outcomes across LCR. By integrating regional health data and fostering collaboration between universities, health providers, and policymakers, the CDC creates insights that directly benefit the community while advancing data-driven health innovation.
• Civic HealthTech Innovation Zone (CHI-ZONE): By focusing on AI and data technologies for health and social care, CHI-ZONE addresses local health disparities while contributing to national priorities, such as improving population health and reducing strain on healthcare systems.

These initiatives exemplify how devolution allows regions to design and implement bespoke innovation strategies, ensuring investments deliver maximum local impact while contributing to broader national goals.

The Role of Local Government in Supporting R&D

Local governments are uniquely positioned to act as convenors and catalysts within the innovation ecosystem. Their proximity to local stakeholders allows them to:

1. Facilitate Collaboration: Local authorities can bridge gaps between universities, businesses, and public sector organisations. For instance, the Liverpool City Region Combined Authority (LCRCA) has played a pivotal role in securing funding for initiatives like the Digital Innovation Factory (DIF) and Virtual Engineering Centre (VEC), both of which provide cutting-edge facilities and expertise to support SMEs in adopting digital transformation.
• DIF offers advanced prototyping and testing capabilities, enabling SMEs to develop and commercialize innovative products more efficiently.
• VEC has supported over 248 R&D collaborations and helped create 955 jobs, illustrating the tangible benefits of targeted R&D support​.
2. Promote Place-Based Innovation Strategies: Devolved authorities can design funding programmes and policies that reflect regional needs. The LCR's focus on health innovation aligns with its academic and industrial strengths in their local higher education institutions. By prioritising these areas, local governments can ensure R&D investments are impactful and sustainable.
3. Secure Investment and Funding: Local governments can attract and coordinate funding for large-scale projects, leveraging devolved powers to make the case for regional priorities.
4. Develop Skills Pipelines: Innovation requires a skilled workforce. Local governments, in collaboration with universities and industry, can design training programmes that equip local talent with the skills needed to participate in R&D and innovation-driven industries.

Why Devolution Matters for Innovation

• Flexibility and Responsiveness: Devolution allows regions to respond quickly to emerging opportunities and challenges. This was evidenced during COVID-19, local authorities were better positioned to coordinate rapid responses, leveraging regional R&D assets to address immediate needs.
• Addressing Regional Disparities: Devolution is essential for tackling the significant regional imbalances in R&D investment. In 2022, the Greater Southeast accounted for 55% of total UK R&D spending, despite representing only 36% of the population​. Devolved authorities can direct funding to underserved areas, fostering innovation in regions with untapped potential.

Challenges and Recommendations

While devolution offers significant potential, there are challenges to address:

• Variable Capacity: Not all regions currently have the infrastructure or expertise to manage large-scale R&D investments. Capacity-building efforts, such as expanding facilities like the DIF, are essential.
• Coordination with National Bodies: Devolved authorities must work closely with national organisations like UKRI to ensure alignment with overarching priorities. Programmes should emphasise co-creation, where regional and national stakeholders collaboratively design initiatives.
• Sustained Funding: Short-term funding cycles undermine the impact of devolved initiatives. Long-term, stable funding is critical to building and maintaining innovation ecosystems.

In summary, devolution is a powerful tool for driving regional innovation, with local governments playing a crucial role as convenors, funders, and advocates. The successes of the Liverpool City Region—through initiatives like the Civic Data Co-Op, CHI-ZONE, DIF, and VEC—illustrate the transformative potential of aligning R&D investments with local strengths. By empowering regions to take a leadership role in innovation, the UK can build a more equitable and globally competitive research and innovation landscape.

How do factors such as the tax system, regulatory frameworks, and standards influence the success of start-ups, spinouts, and other innovation-driven businesses?

The Role of Tax Policies in Supporting Innovation

The UK’s tax system plays a critical role in enabling innovation-driven businesses, with R&D tax credits being one of the most significant mechanisms. These credits incentivize investment in innovation by offsetting costs associated with research and development. However, their effectiveness is not uniform across the business landscape:

• Large Firms vs. SMEs: Larger firms often have the financial and administrative capacity to navigate the complexities of R&D tax credit applications. Smaller businesses, particularly in regions outside the Golden Triangle, frequently lack the specialist knowledge or resources to maximize their benefits. For example, SMEs in the Liverpool City Region supported through LCR 4.0 have shown strong potential for innovation but often need targeted support to access such schemes.
• Regional Disparities: The over-concentration of innovative activity in London and the Southeast highlights a geographic imbalance in the tax system's effectiveness.

Regulatory Frameworks and Innovation Success

A clear and supportive regulatory environment is essential for fostering innovation. While the UK is generally recognized for having a stable and business-friendly regulatory framework, specific issues can impact the success of start-ups, spin-outs, and other innovation-driven businesses:

• Navigating Complexity: Regulatory requirements in sectors like health, life sciences, and digital manufacturing can be complex and resource-intensive for start-ups. For example, the Digital Innovation Factory (DIF) and Virtual Engineering Centre (VEC) provide essential support to SMEs in understanding and meeting these standards. The VEC, for instance, helps companies integrate digital technologies while adhering to safety and quality regulations.
• Sector-Specific Barriers: Emerging industries such as health tech and AI often face outdated regulatory standards that do not align with rapid technological advancements. The Civic HealthTech Innovation Zone (CHI-ZONE) is addressing such challenges by focusing on ethical AI and data-driven technologies for healthcare, emphasising the need for dynamic regulatory frameworks.

Standards and Their Impact on Commercialization

Standards play a pivotal role in ensuring the quality, safety, and interoperability of innovative products and services. For innovation-driven businesses, adherence to recognized standards can open up new markets and foster trust among stakeholders. However:

• Challenges for Start-Ups: For many start-ups, the cost and complexity of meeting national and international standards act as significant barriers. This is particularly true for SMEs with limited resources.
• Role of Regional Hubs: Facilities like the DIF and VEC help SMEs bridge this gap by providing access to cutting-edge infrastructure and expertise to develop products that meet rigorous standards. Through LCR 4.0, participating businesses reported enhanced capacity to innovate and accelerate product development.

1. Intellectual Property (IP) Rights: Protecting IP is critical for start-ups and spinouts, but navigating the patent system can be expensive and complex. Tailored IP support programmes, like those provided through the Digital Innovation Factory, help businesses safeguard their innovations.
2. Access to Venture Capital: While not directly part of the tax or regulatory system, the availability of venture capital is influenced by government incentives. Tax-relief schemes for investors, such as the Enterprise Investment Scheme (EIS), have successfully attracted private funding for innovation-driven businesses but remain concentrated in London and the Southeast.

Recommendations

1. A more accessible, tiered R&D tax credit system that provides enhanced support for SMEs, particularly in underserved regions, could significantly boost innovation-driven businesses' participation.
2. The UK should adopt an adaptive regulatory framework that evolves with technological advancements. Regulatory sandboxes, such as those implemented in fintech, should be expanded to sectors like health tech and digital manufacturing.
3. Establish regional hubs focused on supporting businesses in understanding and meeting key standards. Coupled with financial incentives, this approach would reduce barriers to market entry for SMEs.

Conclusion

While existing mechanisms like R&D tax credits and enterprise support programmes are beneficial, their impact is unevenly distributed across regions and business sizes. By simplifying access, tailoring support to SMEs, and adopting adaptive regulatory frameworks, the UK can ensure that businesses nationwide have the resources and environment needed to thrive.

What challenges do innovation-focused researchers and businesses face in spinning out or scaling up, such as accessing venture capital, infrastructure, and intellectual property rights?

Innovation-driven researchers and businesses face several systemic challenges when transitioning from ideation to commercialization and scaling their operations. These challenges are particularly pronounced outside London and the Southeast, where access to venture capital, infrastructure, and support systems is less concentrated.

1. Accessing Venture Capital

One of the most significant barriers for spin-outs and start-ups is securing the necessary funding to scale operations. While London and the Southeast attract the vast majority of venture capital in the UK, other regions face acute funding shortages:

• Concentration of Capital: A 2022 Nesta report highlighted that approximately 75% of UK venture capital is invested in London, leaving regional innovation hubs underfunded.
• Impact on SMEs: In regions like the Liverpool City Region (LCR), small and medium-sized enterprises (SMEs) often struggle to secure early-stage and growth funding. For example, although 4.0 supported SMEs in adopting Industry 4.0 technologies, participants still reported challenges in scaling without additional private investment.

2. Infrastructure Gaps

Access to specialized facilities and infrastructure is essential for businesses to prototype, test, and scale their innovations. However, many regions lack the advanced infrastructure needed for these activities:

• Digital Innovation Factory (DIF): Facilities like the DIF, based at the University of Liverpool, address this gap by providing state-of-the-art tools for product development, including advanced prototyping and testing capabilities. Such resources are invaluable for SMEs transitioning from R&D to commercialization.
• Virtual Engineering Centre (VEC): The VEC has supported over 248 R&D collaborations, enabling businesses to leverage cutting-edge engineering expertise to refine and scale their innovations.

Despite these successes, many regions lack comparable infrastructure, limiting their ability to support innovation-driven businesses.

3. Intellectual Property (IP) Rights

Navigating intellectual property rights is a complex but essential process for innovation-driven businesses. Challenges include:

• High Costs: Filing and maintaining patents can be prohibitively expensive for start-ups and spin-outs, particularly those in early stages of development.
• Lack of Expertise: Many SMEs lack in-house IP expertise, increasing their vulnerability to competitors and reducing their ability to secure funding tied to protected innovations.

DIF and VEC help mitigate these issues by offering advisory services on IP management, but broader systemic support is needed.

4. Scaling Challenges

Scaling a business requires not just funding and infrastructure but also access to skilled talent, market connections, and robust supply chains. Key challenges include:

• Skills Shortages: Many regions face shortages of skilled workers in fields such as advanced manufacturing, digital technologies, and health tech. For example, while the Civic HealthTech Innovation Zone (CHI-ZONE) focuses on AI and health innovation, it also underscores the need for specialized talent to support its initiatives.
• Market Barriers: Gaining access to national and international markets can be difficult for SMEs without established networks.

5. Regional Disparities

The geographic concentration of funding, infrastructure, and support systems exacerbates the challenges faced by innovation-driven businesses in scaling. While regions like London benefit from a dense ecosystem of investors, accelerators, and research facilities, other areas must rely on fragmented and underfunded resources.

Recommendations:

• Develop regional venture capital funds to bridge the funding gap for SMEs and spinouts in underserved regions.
• Enhance existing schemes like the Enterprise Investment Scheme (EIS) to incentivize investment outside London and the Southeast.

• Expand investment in regional innovation hubs, modelled on the DIF and VEC, to provide access to essential facilities.
• Establish funding streams for infrastructure development in underserved regions to ensure equitable access.

• Create regional IP support programmes that provide funding and expertise to help businesses secure and manage their intellectual property.
• Collaborate with universities to offer training on IP strategies, particularly for spinouts emerging from academic research.

• Implement regional skills development programmes aligned with local innovation priorities, as demonstrated by LCR’s focus on health and digital technologies.
• Establish national networks to connect SMEs with market opportunities and supply chain partners.

• Develop a place-based innovation strategy to address disparities, ensuring that all regions have access to the necessary ecosystem components for innovation and scale-up.
• Strengthen partnerships between national bodies like UKRI and regional hubs to co-create programmes that address specific local needs.

Conclusion

Innovation-focused researchers and businesses face significant hurdles in spinning out and scaling up, particularly in regions outside London and the Southeast. Addressing these challenges requires targeted interventions, including enhanced access to venture capital, expanded infrastructure investments, tailored IP support, and regional skills development. The Digital Innovation Factory and Virtual Engineering Centre illustrate how strategic investments can mitigate these barriers and support businesses in achieving sustainable growth. However, scaling such models across the UK is critical to fostering a truly equitable and thriving innovation ecosystem.

2. How does research and innovation in our regions drive growth and prosperity in those regions?

How effective are regional innovation hubs and clusters in supporting regional growth and prosperity for local communities?

Regional innovation hubs and clusters are critical to fostering economic growth, increasing productivity, and creating high-quality jobs in local communities. They serve as focal points for collaboration between businesses, universities, and local governments, enabling regions to leverage their unique strengths to drive innovation. Examples from the Liverpool City Region (LCR) illustrate their potential impact:

1. Virtual Engineering Centre (VEC):
• The VEC has facilitated over 248 R&D collaborations, enabling businesses to access advanced engineering tools and expertise to solve complex challenges.
• Through its support for SMEs adopting digital transformation strategies, the VEC has contributed to the creation of 955 new jobs and increased productivity for 36% of participating businesses.
• By connecting SMEs with cutting-edge technologies, the VEC has strengthened the region’s manufacturing and engineering sectors, making them more competitive nationally and globally.
2. Digital Innovation Factory (DIF):
• The DIF provides state-of-the-art facilities for prototyping, testing, and developing innovative products. This infrastructure bridges a critical gap for SMEs, enabling them to scale and commercialize their ideas efficiently.
• The DIF has been pivotal in supporting businesses across advanced manufacturing, AI, and other high-growth sectors, fostering economic diversification and resilience.
3. Civic HealthTech Innovation Zone (CHI-ZONE):
• CHI-ZONE focuses on integrating AI and data-driven technologies into healthcare and social care, addressing significant societal challenges while creating economic opportunities.
• CHI-ZONE is expected to enhance healthcare delivery while aligning with national missions to improve population health and reduce healthcare inequalities.
4. Materials Innovation Factory (MIF):
• Another example is the Materials Innovation Factory (MIF), which has revolutionized materials discovery by integrating robotics and data analytics. The facility has attracted global research partnerships, enhancing the UK’s competitiveness in advanced materials.
• With its emphasis on sustainability and commercial applications, the MIF supports innovation outputs such as spin-outs, patents, and collaborations with SMEs, while contributing to regional economic growth.

These examples highlight the measurable benefits of regional hubs, not only in job creation and productivity gains but also in addressing local challenges and enhancing societal outcomes.

How can regional cluster growth best be measured, mapped, and monitored to help inform local leadership and evidence-based policymaking in Whitehall?

Effective measurement and monitoring of regional cluster growth are essential for guiding investment decisions and evaluating the impact of innovation initiatives.

Key metrics include:

1. Economic Indicators: Such as job creation, GVA, and Business Growth.
2. Innovation Outputs: Such as R&D collaborations, patents and spinouts and new products and services.
3. Social and Environmental Outcomes: Such as health outcomes linked or contributions to net-zero targets.
4. Mapping and Monitoring Tools: The DSIT Clusters Map provides a national overview of innovation clusters, offering insights into geographic strengths and opportunities. Granular, region-specific data from initiatives like the Civic Data Co-Op can complement national datasets, providing a deeper understanding of local impact.

Would unlocking investment at scale for innovative science and technology companies support regional growth, and how could this be done?

Large-scale investments are vital for scaling innovative science and technology companies and driving regional economic growth. The challenges faced by businesses, particularly in underserved regions, underscore the need for targeted funding mechanisms to help unlock investment.

This could be delivered through:

• Innovation Accelerators: Expanding initiatives such as Innovation Accelerators can provide much-needed funding to regional clusters, enabling them to develop sector-specific strengths. The Liverpool City Region’s focus on health tech and advanced manufacturing aligns with its academic and industrial capabilities.
• Regional Venture Capital Pools: Creating dedicated funding pools for underserved regions would address disparities in access to venture capital. These pools could attract private investment by offering matched funding or tax incentives.

Recommendations:

• Regional governments should adopt an integrated framework combining quantitative and qualitative metrics. Real-time data collection and transparent reporting can support evidence-based policymaking, both locally and nationally.
• Establish place-based investment funds aligned with regional innovation priorities, ensuring equitable distribution of resources.
• Enhance public-private partnerships to leverage private capital alongside government funding.
• Implement long-term funding strategies to ensure stability and continuity for regional initiatives.

Conclusion

Regional innovation hubs and clusters, such as the VEC, DIF, and CHI-ZONE, are critical drivers of growth and prosperity in their communities. Their success underscores the importance of targeted investments, robust measurement frameworks, and sustained support. Unlocking large-scale funding and creating equitable access to resources are essential for scaling these successes nationwide, ensuring that all regions benefit from the UK’s innovation economy. By aligning local and national priorities, regional clusters can deliver measurable economic, social, and environmental impact.

What more can be done to ensure that innovation investments deliver tangible outcomes for both local and national economies, in terms of productivity and growth, and how should this be assessed?

Long-Term Funding and Strategic Alignment

To ensure that innovation investments yield tangible outcomes, sustained funding and strategic alignment between local and national priorities are essential. Initiatives such as the Civic HealthTech Innovation Zone (CHI-ZONE) exemplify how place-based R&D strategies can deliver measurable benefits:

• Economic Outcomes: CHI-ZONE’s focus on health tech innovation is projected to improve healthcare delivery and create high-value jobs, contributing to both regional and national economic growth
• Societal Impact: By leveraging AI and data technologies to address health challenges, CHI-ZONE aligns with national priorities, such as reducing health disparities and improving population health outcomes.

To maximize impact, innovation investments must:

1. Prioritize Scalability: Projects should include clear pathways to commercialization, ensuring that innovations can be adopted at scale across regions and sectors.
2. Foster Ecosystem Development: Investments should support the broader innovation ecosystem, including infrastructure, skills development, and access to funding.
3. Encourage Collaboration: Aligning efforts between universities, businesses, and public sector organisations ensures that investments address real-world challenges.

Assessment Metrics

The effectiveness of innovation investments should be assessed through a combination of economic, social, and environmental metrics:

1. Economic Indicators: Metrics such as job creation, Gross Value Added (GVA), and business growth provide insights into the direct economic impact of investments.
2. Innovation Outputs: The number of patents, spinouts, and new products developed serve as proxies for commercialization success.
3. Societal Outcomes: Initiatives like the Civic Data Co-Op in Liverpool, which tracks health outcomes linked to innovation investments, demonstrate how regional projects can deliver societal benefits alongside economic gains.

To what extent do Catapults support technology diffusion, and drive both national and regional growth?

Catapults are a critical component of the UK’s innovation ecosystem, designed to bridge the gap between research and commercialization. While they have been effective in supporting technology diffusion, their impact could be amplified through stronger integration with regional hubs and clusters:

• National Role: Catapults help de-risk innovation for businesses, enabling them to adopt cutting-edge technologies and bring new products to market.
• Regional Integration: Partnerships with facilities like the Virtual Engineering Centre (VEC) can enhance Catapults’ reach in underserved regions. The VEC’s success in supporting over 248 R&D collaborations highlights the potential for localized hubs to complement Catapult activities.

Challenges:

1. Geographic Concentration: Many Catapults are concentrated in London and the South East, limiting their accessibility to businesses in other regions.
2. Sectoral Focus: Expanding Catapults’ focus to include emerging sectors such as AI and health tech could address evolving industry needs.

Recommendations:

• Strengthen partnerships between Catapults and regional innovation hubs to ensure equitable access to resources and expertise.
• Expand the geographic reach of Catapults through satellite facilities in key regions.

How well are universities and businesses coordinating efforts to develop and commercialize research, including the role of spinouts and collaborative R&D projects?

Universities play a pivotal role in coordinating innovation efforts, acting as anchors for regional ecosystems and facilitating collaboration between academia and industry. The University of Liverpool’s initiatives provide a model for effective coordination:

• LCR 4.0: Demonstrates how universities can support SMEs in adopting digital technologies, resulting in 955 new jobs and a projected £31.1 million GVA over six years
• Spin-Outs and Collaborative R&D: The Digital Innovation Factory (DIF) and Virtual Engineering Centre (VEC) provide cutting-edge facilities and expertise to help businesses co-develop and commercialize innovative solutions.

Barriers to Coordination:

1. Fragmented Networks: In some regions, the lack of cohesive networks between universities and businesses limits collaboration.
2. Resource Gaps: SMEs often lack the resources to engage in R&D partnerships without targeted support.

Recommendations:

• Develop regional innovation networks to strengthen connections between universities, businesses, and public sector organisations.
• Provide dedicated funding for collaborative R&D projects, ensuring that SMEs can participate fully.

Additional Insights

Relationship Between Investment in Innovation and Economic Growth:

The success of LCR 4.0 highlights the transformative potential of targeted investments. By focusing on digital transformation, the programme delivered significant economic returns, demonstrating how innovation can drive regional growth.

Expanding Place-Based Funding Models:

Bodies like UKRI and ARIA should adopt a co-creation approach, working with regional hubs to design and implement funding programmes tailored to local needs. This would ensure that investments align with both regional priorities and national goals.

Conclusion

To deliver tangible outcomes for both local and national economies, innovation investments must focus on long-term impact, equitable access, and ecosystem development. Regional hubs like the DIF, VEC, and CHI-ZONE demonstrate how targeted investments can create high-value jobs, foster collaboration, and address societal challenges. By enhancing the role of Catapults, strengthening university-business partnerships, and adopting robust assessment frameworks, the UK can ensure that its innovation investments drive sustained productivity and growth.