Tag: Department for Science Innovation and Technology

The press release issued by the Department for Science, Innovation and Technology on 23 October 2023.

Regional clusters of innovation across the UK backed by £75 million that will boost local economies and pioneer game-changing solutions from healthcare to net zero.

Regional clusters of world-class innovation across the UK are being backed by a share of £75 million that will boost local economies and pioneer game-changing solutions from healthcare to net zero, UK Science Minister George Freeman has announced today (Monday 23 October).

Following pilots in Liverpool and Teesside, launched earlier this year, a further 8 Launchpads, facilitated by Innovate UK, will be rolled out across every nation of the UK. These initiatives will build on existing clusters of high-tech innovation in each region, such as renewable energy in Southwest Wales, Agri-tech in East Anglia and digital health in Yorkshire.

Launchpads is a programme that supports emerging clusters of small and medium-sized enterprises (SMEs) by providing each Launchpad up to £7.5 million from Innovate UK to fund innovation projects led by local businesses.

The £7.5 million bespoke funding from each Launchpad will allow SMEs in each region to bid for support that is tailored to the unique needs of each business cluster, helping them drive innovation, expand operations, and boost their local economies.

Launchpads concentrate their support in specific areas of the UK with strong innovation capabilities. This approach encourages close collaboration with local leaders and provides tailored support, including funding for research and development, access to specialised innovation resources, and opportunities for SMEs to connect, share ideas, and participate in joint ventures.

Teesside University has so far taken the lead in net-zero research projects, investing in initiatives like waste diversion technologies to reduce landfill waste and protect the environment. Meanwhile, funding for Liverpool City Region is backing 23 green projects including an eco-friendly concrete block to help protect coastal communities against climate change-related flooding, which has supported dozens of jobs.

George Freeman MP, Minister of State at the Department for Science, Innovation and Technology, who has made government support for regional R&D and innovation clusters a key priority, said:

The UK science, research and innovation economy is not just the ‘golden triangle’ of Cambridge-Oxford-London. It is all around the UK.

From Glasgow satellite manufacturing to Manchester materials, Teeside hydrogen and Liverpool life sciences, alongside as many as 25 other globally recognised hubs around the UK – we have world class R&D – and supporting these regional clusters of world class innovation is central to our plan to make the UK an ‘Innovation Nation’.

That is why we have launched our flagship Launchpads programme – and this £75 million investment will support high-growth companies to build the industries of tomorrow – in sectors from renewable energy through to digital health. These Launchpads will play a pivotal role in growing our local economies, creating jobs and levelling up the UK.

The funding follows a competitive bidding process involving more than 40 proposals from across the UK put forward by local leaders and carefully evaluated by a panel of Innovate UK directors, sector experts and academics.

The project aims to establish world-leading, globally interconnected innovation clusters, catalysing increased employment, economic growth, and productivity within these regions.

The 8 clusters, following investment in Liverpool City Region and Teesside, to receive funding are:

• Net Zero Industry Launchpad – Located in South West Wales, this Launchpad is dedicated to the pursuit of sustainable solutions in net-zero industrial emissions
• Digital Technologies Launchpad – Positioned in North East England, this Launchpad will be at the forefront of digital technologies applied into fast growth and emerging markets
• Health Technologies Launchpad – Based in West Yorkshire, this Launchpad is dedicated to pioneering breakthroughs in technologies that will improve healthcare outcomes
• Agri-tech and Food Tech Launchpad – Nestled in Eastern England, this Launchpad will revolutionise agri-tech and food technology, driving innovation in food production and sustainability
• Marine and Maritime Launchpad – Located in the Great South West, this Launchpad will support initiatives in marine and maritime industries, fostering growth and sustainability in this sector
• Bio-based Manufacturing Launchpad – Positioned in Scotland, this Launchpad will drive innovations in bio-based manufacturing, promoting sustainable production methods
• Immersive and Creative Industries Launchpad – Centred on Coventry and Warwickshire in the West Midlands, this Launchpad will champion technologies for the creative industries and immersive experiences, paving the way for groundbreaking innovations.  Innovate UK will deliver this Launchpad in collaboration with the Arts and Humanities Research Council (AHRC)
• Life and Health Sciences Launchpad – Situated in Northern Ireland, this Launchpad is dedicated to the advancement of healthcare solutions and medical breakthroughs

Indro Mukerjee, Chief Executive of Innovate UK said:

Innovate UK is building strong regional partnerships across the UK to support local innovation and commercialisation.

Our new Launchpads will help to attract further private sector R&D investment into innovation clusters, growing local economies and delivering societal and economic benefits to local communities.

Welsh Secretary of State David TC Davies said:

It is fantastic that £7.5 million of UK government funding is coming to Southwest Wales to support the growing net zero industry in this part of the country.  There are some really innovative businesses who are already collaborating with each other and researchers to develop industries of the future, and this Launchpad funding will deliver what they need to take their work to the next level.

The UK government is committed to creating jobs and growing prosperity in Wales, and this is exactly the type of intervention that will help to foster a modern 21st century economy  in the Neath Port Talbot area.

UK Government Minister for Scotland, John Lamont said:

Scotland is a world leader in scientific innovation and research and development across a range of hi-tech sectors.

This funding from the UK government for a Scottish bio-based manufacturing launchpad, connected to the other clusters across the UK, will help boost economic growth and ensure our businesses are at the forefront of sustainable production techniques.

Minister of State for Northern Ireland Steve Baker said:

The creation of a Precision Medicine Launchpad in Northern Ireland opens up fantastic opportunities for innovative small and medium healthcare and medical firms to flourish.

This new network of UK government innovation clusters provides the ideal environment for local firms to exchange ideas with experts across the UK, to progress and thrive, and will provide a wealth of economic opportunities.

The press release issued by the Department for Science, Innovation and Technology on 19 October 2023.

Seven organisations to receive funding for programmes supporting tech and digital businesses.

Start-ups across the UK will receive access to the latest scientific research, business coaching and help to raise capital from universities and business experts. Announced today (Thursday 19 October), seven organisations are to receive funding to run programmes to support tech and digital businesses.

Local programmes in cities including Edinburgh, Exeter and Sheffield will be match-funded by the Department for Science, Innovation and Technology’s Digital Growth Grant, delivered by Barclays Eagle Labs. Each organisation has received up to £250,000 to match their investments in new and existing programmes that help local tech businesses.

Minister for Tech and the Digital Economy, Paul Scully said:

Britain’s innovative tech start-ups span the nation and drive global innovation forward. We are delighted to boost these programmes to provide on-the-ground support for founders in their local areas, giving them the help they need to thrive.

Directly supporting businesses in this way is the cornerstone of our Digital Growth Grant, which champions a future where every corner of the UK benefits from the job creation and growth technology provides.

The programmes provide a variety of support including access to digital services, entrepreneurship training, and access to networking and fundraising opportunities.

Each programme has a specialist focus dependent on local specialisms, with Edinburgh backing “deep tech” start-ups which are converting scientific discoveries into businesses. Other regions are focussing support on tech start-ups helping tackle climate change, those supporting creative industries, or driving innovation in the NHS.

Some of the successful programmes

Greentech Accelerator, Wales: Tramshed Tech will run this 12-week programme to help climate tech businesses by providing training, expert advice, network support, with access to funding.

Advanced Wellbeing Accelerator, Sheffield: With Digital Growth Grant funding, Sheffield Hallam University is able to run its third year of a start-up support scheme for high-potential health and wellbeing tech businesses, building on the regions fast-evolving digital health tech cluster.

Venture Builder Incubator, Edinburgh: The expansion of this University of Edinburgh programme will give researchers access to a cut of £100,000, access to AI research facilities and a ‘National Robotarium’ to convert their inventions into innovations and businesses across robotics and more.

Season 2 of the Ecosystem Partnership Programme opens for applications from October 19th, where organisations can apply for matched funding for activity being delivered between 1 April 2024 and 31 March 2025.

Today also marks six months since Barclays Eagle Labs started leading the delivery of the Digital Growth Grant. In this time, Barclays Eagle Labs has initiated nine accelerator programmes, including the Black Venture Growth Programme for underrepresented founders, helping to foster and grow the digital economy.

Matt Corbidge, Director, Barclays Eagle Labs said:

We are proud to be able to support these projects which are designed to help early-stage tech entrepreneurs across the UK.  It’s vitally important that start-ups and scale-ups are supported particularly in growing sectors in AI, climate-tech and the digital space.

Using our Ecosystem Partnership Programme, we’re allocating funding to organisations that are already plugged into their national and regional ecosystems.  We hope these projects will go a long way to supporting start-ups and scale-ups, which are vital to growing local economies throughout the UK.

Notes to editors

The full list of partners includes:

• Conception X
• Functional Skills UK
• Sunderland Software City
• SETsquared Partnership
• Sheffield Hallam University
• Tramshed Tech
• University of Edinburgh

The £12 million Digital Growth Grant builds on more than £42.2 million invested by the government to support tech startups and scaleups since 2016. The two-year grant, awarded to Barclays Eagle Labs, was launched in April 2023.

Among a range of support initiatives, including growth programmes, mentoring sessions and learning materials, the grant funds the Ecosystem Partnership Programme, which allocates funding to business support organisations that are embedded in their local entrepreneurial ecosystem.

The first round of funding under the Ecosystem Partnership Programme opened for applications in April 2023, for activity to be delivered by 31 March 2024. For more information on the Ecosystem Partnership Programme please visit the Barclays Eagle Lab website.

The press release issued by the Department for Science, Innovation and Technology on 18 October 2023.

New Position, Navigation and Timing (PNT) measures set out, which include a crisis plan in the event current PNT services are unavailable.

Sectors relying on Position, Navigation and Timing (PNT) satellite information such as emergency services and banks will be given added resilience through a new framework unveiled by Science Minister George Freeman today (Wednesday 18 October).

New measures set out in the framework include a crisis plan in the event current PNT services are unavailable, as well as the creation of a dedicated government unit to ensure critical services can operate without disruption.

The government’s policy framework for Greater Position, Navigation, and Timing Resilience will support critical sectors such as finance, defence, transportation, telecommunications, and the emergency services, by ensuring they can safely rely on PNT information to run services without interruption and serve the public.

Its ten measures and recommendations include setting up a dedicated National PNT Office in government, bolstering back up plans in case of failure of regular navigation systems such as Global Navigation Satellite Systems (GNSS), and the further scoping of technologies such as precise clocks and new satellite-based systems to ensure continuous location and timing information.

A resilient PNT system supports a range of interactions in our daily lives, from ensuring secure banking to uninterrupted television and radio broadcasts, and more widely stock market operations – ensuring the systems run smoothly, even in adverse conditions such as severe space weather events, which could disrupt PNT provided by Global Navigation Satellite Systems.

The framework also supports the PNT ambitions as set out in the National Quantum Strategy, published earlier this year.

Minister of State at the Department for Science, Innovation and Technology, George Freeman MP, said:

Position, Navigation and Timing is vital to so many of the public services we rely on daily – from the emergency services to transport, satellites and telecommunications.

Enhancing our PNT resilience and long-term capabilities is key to both Critical National Infrastructure, our economic security and resilience and strategic high growth sectors like space, future telecoms, quantum and cyber security.

Today’s policy framework, including the creation of our new National PNT Office, is a sign of our commitment to PNT as a key strategic capability.

The ten points the government is working towards implementing are:

• National PNT Office: establish a National PNT Office in the Department of Science, Innovation and Technology – to improve resilience and drive growth with responsibility for PNT policy, coordination, and delivery.
• PNT Crisis Plan: retain and update a cross-government PNT Crisis Plan to be activated if Global Navigation Satellite Systems provided PNT is lost and identify and implement short term mitigations.
• National Timing Centre: develop a proposal for a National Timing Centre– to provide resilient, terrestrial, sovereign, and high-quality timing for the UK (UTC(NPL)), including sovereign components and optical clocks.
• ‘MOD Time’: develop a proposal for ‘Ministry of Defence Time’ creating deeper resilience through a system of last resort and use National Timing Centre provided timing to support the Ministry of Defence.
• eLORAN: develop a proposal for a resilient, terrestrial, and sovereign Enhanced Long-Range Navigation system to provide backup Position and Navigation.
• Infrastructure Resilience: rollout resilient GNSS receiver chips, develop holdover clocks, and consider options for legislation on CNI sectors to require minimum resilient PNT.
• UK SBAS: develop a proposal for a UK Precise Point Positioning Satellite-Based Augmentation System to replace the UK’s use of the European Geostationary Navigation Overlay Service, monitor GNSS and enable GNSS dependent high accuracy Position for autonomous and precision uses.
• PNT Skills: explore options for Centres for Doctoral Training in timing and PNT and review PNT skills, education, and training for long term sovereign PNT capability.
• Growth Policy: develop a PNT growth policy, including R&D programmes, standards and testing, to drive innovation for PNT based productivity.
• Next Generation PNT: deploy existing R&D funding into a UK Quantum Navigator and investigate possible options for a UK sovereign regional satellite system.

Strengthening PNT capabilities, will give direction to the PNT industry, while fostering innovation, growth, and cutting-edge technology development, positioning the UK as a global PNT leader.

Alongside this framework, the government is publishing research that reveals the economic impact on the UK if the GNSS were to be disrupted. It found that a 24-hour outage could result in a £1.4 billion loss to the UK economy, with a 7-day outage costing the economy £7.6 billion.

The report, a re-evaluation of an analysis from 2017, revealed that the majority of losses during a 7-day outage stemmed from impacts on emergency services, road transport, and maritime transport, collectively representing 87.5% of the total losses. These findings underscore the necessity for a concrete PNT framework to safeguard the UK against such vulnerabilities.

This also builds on today’s release of the ‘Space Based PNT Technical Concepts’ from the UK Space Agency, which explores innovative approaches to delivering Positioning, Navigation, and Timing Services from space. These insights serve as a foundational basis for the decision-making process of the new PNT Office concerning future space-based PNT solutions.

Professor Dame Angela McLean, the Government Chief Scientific Adviser, said:

I am very pleased to see the publication of a cross-government PNT policy framework to develop the capabilities, skills and technologies that will ensure our future PNT Resilience. This framework will provide ever-increasing opportunities for economic growth, employment and innovation for the UK.

PNT resilience was identified as a significant issue in the 2018 Blackett Report Satellite-derived Time and Position: A Study of Critical Dependencies – this policy framework will help address the challenges set out there.

John Pottle, Director of the Royal Institute of Navigation, said:

Today’s significant and very welcome announcement recognises that achieving greater PNT resilience is a multi-faceted endeavour. The ownership provided by the National PNT Office will provide policy and delivery oversight, and co-ordination across all stakeholders.

As well as improving national preparedness, the PNT framework has potential to help further strengthen the UK’s thought leadership and innovation in robust and resilient PNT.

Dr Peter Thompson, CEO, National Physical Laboratory (NPL), said:

The inclusion of a commitment to develop a proposal for a National Timing Centre in the new government policy framework for Greater PNT Resilience is an important step to improving timing resilience for UK critical infrastructure and the wider economy.”

The NPL, as the home of accurate time in the UK and the national technical authority for time and frequency, will continue to work with DSIT on the challenge of timing resilience, building on the ongoing National Timing Centre R&D programme.

David Henderson, Chief Geospatial Officer at Ordnance Survey said:

With new technology-enabled ecosystems like autonomous vehicles and digital twins starting to take shape, it’s the perfect time to be thinking in a strategic way about how we use and develop our position, navigation and timing systems.

We have the infrastructure and know-how in the UK to help us think innovatively about how to better connect our digital and physical places, and the PNT framework sets out a clear way of thinking of how we can strengthen that.

The press release issued by the Department for Science, Innovation and Technology on 18 October 2023.

Showcase event highlights university research from Welsh Universities that is having an impact in communities in Wales, the UK and across the world.

• Key strengths in areas such as semi-conductors, agri-tech and Net Zero demonstrated by exhibitors.
• Attended by Welsh Secretary David TC Davies, Science and Technology Secretary Michelle Donelan and Science Minister George Freeman, the event demonstrated Welsh R&I strengths and aimed to encourage continued investment in Welsh research.

Welsh universities are delivering world-leading research that makes vital contributions to the economy and society. This is the message from a special event held in London this week showcasing the very best of Welsh research and innovation.

Hosted by the Wales Office and Wales Innovation Network, the event at Lancaster House on 17 October highlighted the strength and breadth of Welsh university research, and its ability to deliver tangible benefits to communities in Wales, the UK and across the world.

With projects ranging from decarbonisation and cyber innovation to virus detection and semiconductor technology, the exhibition demonstrated the diversity of the Welsh research and innovation sector, and the vital role it has to play in driving forward the UK economy and providing solutions to some of society’s most pressing challenges.

Wales is already leading the way in areas as diverse as MedTech, AgriTech and Net Zero and has a world-leading compound semi-conductor cluster driving innovation in a technology used in nearly every mobile phone on the market today.

Collaboration is also a key strength of the Welsh sector, with many of the projects on display involving partnership working across several Welsh universities.

The UK Government has made a commitment to invest nearly £40 billion in research and development between 2022 and 2025. Welsh universities are well-placed to access more research funding for research with a push to increase funding to areas of the UK outside the southeast of England by at least 40% by 2030.

Welsh Secretary David TC Davies, Science and Technology Secretary Michelle Donelan and Science Minister George Freeman were among those attending the event which featured 20 exhibits, including an insight into digital imaging technology based on human vision and demonstrations on the future applications of nuclear power.

Welsh Secretary David TC Davies said:

I was delighted to welcome Welsh universities to this very special event and demonstrate the UK Government’s commitment to the higher education sector. It was a great opportunity for UKRI to get a flavour of some of the incredible research and innovation that’s already taking place in Wales across all of our universities.

I want Welsh universities to play a vital role in positioning the UK at the forefront of R&D, and I hope this event has helped us make progress towards that common goal.

Professor Paul Boyle, Chair of the Wales Innovation Network and Vice-Chancellor of Swansea University said:

We welcome this opportunity to showcase some of the fantastic research and innovation taking place at Welsh universities.

The Wales Innovation Network’s purpose is to strengthen Welsh research and innovation by facilitating interdisciplinary collaboration, so it was particularly positive to see so many of the projects on display demonstrating the value of collaborative working across Wales’ universities.

We will continue to showcase the strengths of Welsh research and we welcome further engagement with government and stakeholders to continue to increase research and innovation funding in Welsh universities.

With a sustainably-funded R&I sector we can continue to create economic and societal impact for this and future generations.

Professor Dame Ottoline Leyser, Chief Executive of UKRI said:

There are remarkable research and innovation strengths in Welsh universities, and the wider Welsh research and innovation system. In my visits to Wales and meetings with Welsh stakeholders, I’ve talked to many brilliant people including early career researchers and entrepreneurs, technicians, local community and global research leaders.

Welsh universities are highly successful at winning research funding from across UKRI, with success rates similar to the rest of the UK. These projects powerfully demonstrate how Welsh universities are advancing research across a wide range of areas, and driving innovation and economic growth, benefiting the whole UK and beyond.

Notes

• All nine of Wales’ universities – Aberystwyth University, Bangor University, Cardiff Metropolitan University, Cardiff University, Open University in Wales, Swansea University, University of South Wales, University of Wales Trinity St David’s and Wrexham University – featured in the Lancaster House event.
• A number of the 20 R&D exhibits featured joint teams from different universities.
• The event brought together representatives from UK Research and Innovation (UKRI), Wales Office and the Department for Science, Innovation and Technology with the aim of encouraging more funding for Welsh research.
• In the latest UK-wide assessment of the quality of research (REF 2021), published last summer, 89% of Welsh university research was rated as internationally excellent or world-leading for impact. A selection of REF impact case studies can be found here.
• The Wales Innovation Work (WIN) is a collaborative initiative set up to strengthen research and innovation in Wales. The Network has four main objectives:
• Increasing the competitiveness of Welsh research and innovation through facilitating collaboration to build innovative and distinctive projects.
• Leveraging strategic investment into Wales by working with appropriate partners to deliver impactful research and innovation.
• Advocating for Welsh research and innovation through communicating the strengths, reach and impact of the sector.
• Facilitating the sharing of facilities, equipment and practice between Welsh universities to strengthen the research infrastructure and environment.
• Universities Wales is a membership body representing the interests of Wales’ nine universities. We develop higher education policy, deliver political and stakeholder engagement, and campaign on issues where our members have a shared interest. www.uniswales.ac.uk

The press release issued by the Department for Science, Innovation and Technology on 16 October 2023.

UK companies can apply for up to £400,000 in government investment to fund innovative new solutions which tackle bias and discrimination in AI systems.

UK companies can apply for up to £400,000 in government investment from today to fund innovative new solutions which tackle bias and discrimination in AI systems. The competition will look to support up to three ground-breaking homegrown solutions, with successful bids securing a funding boost of up to £130,000 each.

It comes ahead of the UK hosting the world’s first major AI Safety Summit to consider how to best manage the risks posed by AI while harnessing the opportunities in the best long-term interest of the British people.

The first round of submissions to the Department for Science, Innovation, and Technology’s Fairness Innovation Challenge, delivered through the Centre for Data Ethics and Innovation, will nurture the development of new approaches to ensure fairness underpins the development of AI models.

The challenge will tackle the threats of bias and discrimination by encouraging new approaches which will see participants building a wider social context into the development of their models from the off.

Fairness in AI systems is one of the government’s key principles for AI, as set out in the AI Regulation White Paper. AI is a powerful tool for good, presenting near limitless opportunities to grow the global economy and deliver better public services.

In the UK, the NHS is already trialling AI to help clinicians identify cases of breast cancer, and the technology offers enormous potential to develop new drugs and treatments, and help us tackle pressing global challenges like climate change. These opportunities though cannot be realised without first addressing risks, in this instance tackling bias and discrimination.

Minister for AI, Viscount Camrose, said:

The opportunities presented by AI are enormous, but to fully realise its benefits we need to tackle its risks.

This funding puts British talent at the forefront of making AI safer, fairer, and trustworthy. By making sure AI models do not reflect bias found in the world, we can not only make AI less potentially harmful, but ensure the AI developments of tomorrow reflect the diversity of the communities they will help to serve.

While there are a number of technical bias audit tools on the market, many of these are developed in the United States, and although companies can use these tools to check for potential biases in their systems, they often fail to fit alongside UK laws and regulations. The challenge will promote a new UK-led approach which puts the social and cultural context at the heart of how AI systems are developed, alongside wider technical considerations.

The Challenge will focus on two areas. First, a new partnership with King’s College London will offer participants from across the UK’s AI sector the chance to work on potential bias in their generative AI model. The model, developed with Health Data Research UK with the support of NHS AI Lab, is trained on the anonymised records of more than 1 million patients to predict possible health outcomes.

Second, is a call for ‘open use cases’. Applicants can propose new solutions which tackle discrimination in their own unique models and areas of focus, including tackling fraud, building new law enforcement AI tools, or helping employers build fairer systems which will help analyse and shortlist candidates during recruitment.

Companies currently face a range of challenges in tackling AI bias, including insufficient access to data on demographics, and ensuring potential solutions meet legal requirements. The CDEI are working in close partnership with the Information Commissioner’s Office (ICO) and the Equality and Human Rights Commission (EHRC) to deliver this Challenge. This partnership allows participants to tap into the expertise of regulators to ensure their solutions marry up with data protection and equality legislation.

Stephen Almond, Executive Director of Technology, Innovation and Enterprise at the ICO, said:

The ICO is committed to realising the potential of AI for the whole of society, ensuring that organisations develop AI systems without unwanted bias.

We’re looking forward to supporting the organisations involved in the Fairness Challenge with the aim of mitigating the risks of discrimination in AI development and use.

The challenge will also offer companies guidance on how assurance techniques can be applied in practice to AI systems to achieve fairer outcomes. Assurance techniques are methods and processes which are used to verify and ensure systems and solutions meet certain standards, including those related to fairness.

Baroness Kishwer Falkner, Chairwoman of the Equality and Human Rights Commission, said:

Without careful design and proper regulation, AI systems have the potential to disadvantage protected groups, such as people from ethnic minority backgrounds and disabled people.

Tech developers and suppliers have a responsibility to ensure that the AI systems do not discriminate.

Public authorities also have a legal obligation under the Public Sector Equality Duty to understand the risk of discrimination with AI, as well as its capacity for mitigating bias and its potential to support people with protected characteristics.

The Fairness Innovation Challenge will be instrumental in supporting the development of solutions to mitigate bias and discrimination in AI, ensuring that the technology of the future is used for the good of all. I wish all participants the best of luck in the challenge.

The Fairness Innovation Challenge closes for submissions at 11am on Wednesday 13th December, with successful applicants notified of their selection on 30th January, 2024.

The press release issued by the Department for Science, Innovation and Technology on 14 October 2023.

AI projects in areas as diverse as fashion, farming and fire-fighting to be backed with a further £37 million funding, ahead of next month’s AI Safety Summit.

Artificial intelligence projects in areas as diverse as fashion, farming and fire-fighting are being backed with a further £37 million, as the Science and Technology Secretary Michelle Donelan highlights how AI can be a force for good ahead of next month’s AI Safety Summit.

Research teams and businesses of all sizes in high-growth industries – from transport to agriculture and construction to creative industries – are encouraged to apply for a share of £32 million, which is now open for bids. The funding will help grow their AI initiatives in a safe and responsible way and boost the wider sector, support their workforces and help the UK towards the Prime Minister’s priority of growing the economy.

A further £5 million has been awarded to feasibility studies for 100 projects involving small businesses across the UK, helping to sow the seeds of an idea that could flourish into game-changing technology, part of a push from government to grasp the positive effects of AI to boost productivity and growth. This funding will support AI tools being used right across the economy, from managing the power supplies to EV chargepoints and reducing delays on the railways, to using AI to reduce the waste produced by the construction industry, and monitoring the health of dairy cattle.

The Technology Secretary unveiled the latest support to drive forward safe, responsible AI solutions in a visit to Kapdaa, a sustainable fashion brand in Kingston Upon Thames, which has received backing for its AI4Fibres project, using AI for textile and fibres recycling.

Kapdaa, among the winners of the £5 million fund announced today, is developing AI-powered cloth recycling to reduce the fashion industry’s environmental footprint and cut back on the estimated 921,000 tonnes of used textiles disposed of in household waste in the UK each year – the equivalent of more than 70,000 London buses.

Its technology can effectively sort and process textile waste by material, while removing zips and buttons to increase recycling and reduce landfills. Current manual methods, reliant on accurate labelling or use of handheld machines to scan the garments individually can make the process labour intensive and expensive.

Other funded projects include TradeWork’s AI-assisted project management systems to enable more efficient work scheduling, resourcing, budgeting and completion that in turn drives faster and cheaper housebuilding and DeepPlanet, which is working to detect and predict diseases in wine grape plants through satellite imagery to prevent waste.

Meanwhile DigiLab in Exeter is helping farmers to identify and verify carbon capture and Better Environment and Transport is exploring AI solutions that will help UK Fire and Rescue services to move their fleets towards net-zero, saving on fuel bills and cutting pollution.

Science and Technology Secretary, Michelle Donelan, said:

When it is deployed safely and responsibly, AI can and will transform what is possible in the world of work, unlocking gains in productivity and efficiency that could never have been imagined before.

That is why we are backing 100 small teams with the seed of an idea – from using AI to boost clothing recycling to driving housebuilding – to drive them forward. At the same time our £32 million competition will support teams of all sizes to kick their ideas on to the next level, further helping us shape how this vital technology of the future can work for us and grow our economy.

It is also why we are bringing world leaders and tech experts together in just a few weeks’ time for the AI Safety Summit, to build cooperation around the risks and opportunities of this incredibly promising technology and how we manage it safely.

Co-founder of Kapdaa, Nishant Parekh, said:

Our aim is to make the UK self-sufficient for its own textile waste. We are creating a one of a kind AI system completely conceptualised and built in the UK, providing a unique way to reduce landfill.

Eventually, it will create an entirely new sector and inspire young generations to support sustainability.

The £32 million competition is open now and closes on 8 November, days after the UK hosts leading AI nations, technology companies, researchers, and civil society groups at the world’s first major summit on AI Safety, driving national and international action for the safe and responsible development of frontier AI around the world.

Funding, through the UKRI Technology Missions Fund and delivered by the Innovate UK BridgeAI programme, will be granted to at least one micro business, small or medium-sized enterprise (SME), one large enterprise and one academic institution or research and technology organisation (RTO).

Dr Kedar Pandya, Executive Director, Cross-Council Programmes at UKRI, said:

The feasibility projects UKRI is funding will demonstrate how AI can aid and be incorporated into many of the UK’s industries and sectors.

Similarly, the new competition will develop consortia that involve small, medium and large business partnering with academic and research bodies. This will mean drawing on both the knowledge and practical experiences of partners.

The latest funding boost comes weeks after the Technology Secretary committed £2 million towards four projects exploring AI solutions to some of the hardest-to-treat cancers and followed £13 million, pledged through the UKRI Technology Missions Fund, for research that will deliver pioneering AI innovation in healthcare, with 22 winning university and NHS trust projects stretching from Edinburgh to Surrey receiving a share.

In June, the government also announced £31 million to create a UK and international research and innovation ecosystem for responsible and trustworthy AI.

Notes to editors

Kapdaa is a multi-award-winning London based sustainable fashion brand. They collaborate with fashion and interior designers, textile manufacturers, fabric weavers, mills and brands to convert their fabric offcuts (pieces leftover after a garment is created) into limited edition, eco-friendly, affordable accessories and stationery. The business says it has so far saved over 10,000 metres from going to landfill – more than two laps of Hyde Park in London.

This £37 million is funded through the UKRI Technology Missions Fund announced in the Science and Technology Framework, and delivered by the Innovate UK BridgeAI programme, to support AI innovation in high-growth industries.

Find out more about how to apply to the current £32 million competition – AI Solutions to improve productivity in key sectors.

The £32 million competition will help to fund around 80 businesses and 20 consortia. As the consortia are required to involve three organisations at a minimum, this will be involve around 60.

The £5 million feasibility fund supports UK registered micro, small or medium-sized businesses in collaboration with academic institutions where appropriate. 100 projects are being awarded and with each project receiving up to £50,000 and lasting between four and six months.

About UKRI Technology Missions Fund

The UKRI Technology Missions funding is designed to exploit the UK’s global leadership in transformative technologies to help solve specific problems, whilst also helping cement that leading position.  Overall, UKRI is investing £250 million in Technology Missions to enable new and existing capabilities and capacity in artificial intelligence, quantum technologies and engineering biology in the years 2023-2025 and beyond. With a further £70 million announced to support future telecommunications.

About Innovate UK BridgeAI

Innovate UK BridgeAI empowers UK businesses in high-growth sectors, driving productivity and economic growth through the adoption of Artificial Intelligence. We bridge the gap between developers and end-users, fostering user-driven AI technologies. With a focus on ethics, transparency, and data privacy, we aim to build trust and confidence in the development of AI solutions. Strengthening AI leadership, supporting workforces, and promoting responsible innovation, BridgeAI shapes a collaborative and AI-enabled future. BridgeAI is an Innovate UK funded programme, delivered by a consortium including Innovate UK, Digital Catapult, The Alan Turing Institute, STFC Hartree Centre and BSI.

The press release issued by the Department for Science, Innovation and Technology on 12 October 2023.

ChipStart is a two-year pilot programme backed by the government providing start-ups with the technical and commercial help they need to help bring new products to market.

The press release issued by the Department for Science, Innovation and Technology on 11 October 2023.

Readout from the Technology Secretary’s roundtable with social media companies on 11 October 2023.

The Technology Secretary today convened UK leaders of social media companies Google, Meta, X, TikTok and Snapchat to discuss the proliferation of antisemitism and extremely violent content following Hamas’ acts of terrorism in Israel.

In the meeting, the Technology Secretary asked social media platforms to clearly set out what action they were taking to swiftly remove illegal content and content that breaches their terms and conditions. She specifically urged the platforms to step up their actions to keep children safe from violent content from these acts of terrorism.

Secretary of State was clear she wanted to see action and the companies were clear that they are ready to act swiftly to protect users and stop the spread of terrorism and antisemitism online. The Secretary of State noted that the next few days will reveal their preparedness, and asked for each company to follow up in writing to confirm the steps they are taking to tackle extremely violent and antisemitic content.

The meeting comes ahead of the Online Safety Bill receiving Royal Assent which, when it becomes law, will for the first time place a legal duty on companies to remove illegal content from their platforms, enforce the agreements they make with users through their terms, and keep children safe online. Under the bill, if platforms fail to comply they could face severe fines from Ofcom, and executives could even face prison.

The press release issued by the Department for Science, Innovation and Technology on 9 October 2023.

Edinburgh has been selected to host a next-gen supercomputer fuelling economic growth, building on the success of a Bristol-based AI supercomputer, creating high-skilled jobs.

The press release issued by the Department for Science, Innovation and Technology on 5 October 2023.

The UK has joined a global coalition to enhance communication network resilience and is investing £70 million in advancing domestic next-gen telecom technology through the UKRI Technology Missions Fund.

The UK is joining forces with leading nations to strengthen coordination on telecoms security, resilience and innovation as a new global coalition is launched today (Thursday 5 October).

Together with Australia, Canada, Japan and the US, the UK will use the coalition to help ensure communications networks can remain resilient and adaptable when confronted with challenges ranging from supply chain disruption to cyber attacks, strengthening the country’s ability to stay connected at the most critical times.

Announced today, the Global Coalition on Telecommunications (GCOT) will also explore opportunities for closer coordination in areas such as research and development, information sharing and international outreach. Through these initiatives the coalition seeks to advance several shared objectives which include promoting growth opportunities for industry and enabling dialogue between policymakers, business, and academia. Read the joint statement here.

Telecommunications networks are critical to the UK economy, and ensuring their resilience and security in a changing and increasingly interconnected world is a priority for the UK government. Telecoms markets are inherently global and by working together with some of the world’s biggest economies, the UK can remain at the forefront of efforts to diversify global telecoms supply chains, develop skills and industry expertise, and strengthen security in the face of potential risks.

Secretary of State for Science, Innovation and Technology Michelle Donelan said:

This historic partnership reflects our shared commitment to harnessing the power of telecommunications for the benefit of our nations and the world at large.

Telecommunications networks are the lifeline of global economies, and safeguarding their resilience and security in an evolving, interconnected world is a top priority for our governments.

By joining forces, the UK and our partners are well-positioned to take the lead in broadening supply chains, nurturing industry knowledge, and bolstering security to address emerging challenges.

Alan Davidson, Assistant Secretary of Commerce for Communications and Information and NTIA Administrator said:

The critical telecommunications issues of today are global in scope. This groundbreaking coalition will help the U.S. and our partners respond decisively to cross-border opportunities and challenges.

By working ever more closely together, the Coalition members will advance secure, diverse, resilient, and innovative telecommunications networks around the world.

Cementing the UK’s commitment to this vital domestic and international agenda, the UK government is investing an initial £70 million to develop the next generation of telecommunications technology via the Future Telecoms Technology Missions Fund (TMF) Programme.

This investment in new telecom research will help the UK become a leader in 6G technology and beyond – including new technologies to better connect space-based and terrestrial networks, step-changes in capacity/speeds in data transfer and improving energy efficiency of our networks through cloudification. Universities and businesses across the UK are ready to lead projects that bring new, game-changing ideas to the market which could benefit the public by improving internet coverage everywhere, making universal rollout of self-driving cars possible, and using less energy in our growing digital world.

Dr Kedar Pandya, Executive Director, Cross-Council Programmes at UKRI, said:

This £70 million investment will, via the Future Telecoms UKRI Technology Missions Fund (TMF) Programme, form part of  the UK’s contribution to international cooperation in this field and provide tangible benefits to the population and economy.

The UKRI Technology Missions funding is designed to exploit the UK’s global leadership in transformative technologies to help solve specific problems, while also helping to lay the foundations for a longer-term leading position.

In addition, UKRI is investing £250 million through the UKRI Technology Missions Fund to enable new and existing capabilities and capacity in artificial intelligence, quantum technologies and engineering biology in the years 2023-2025 and beyond.

University-led Future Telecoms Research Hubs will facilitate early-stage research -boosting the UK’s role in shaping the future of 6G technologies. In addition to the hubs Innovate UK will fund application-focused challenges to accelerate market-ready solutions and foster collaboration in the UK’s telecoms sector. International cooperation across both of these areas, including through the new GCOT partnership, will ensure UK activity shapes global telecoms technologies, upholds our values, and safeguards our security interests. Innovate UK competitions under the Future Telecoms Technology Mission Fund are launching from 6 October.