Scotland's Artificial Intelligence strategy 2026-2031

Foundations

Scotland’s AI Pioneers

Scotland’s long association with visionary leaders in AI and related fields demonstrates the strength of our academic and research institutions and their ability to attract the finest minds.

Donald Michie

Worked with Alan Turing at Bletchley Park and later founded Europe’s first AI research group at the University of Edinburgh in 1963. Helped to build FREDDY, one of the earliest intelligent robots.

Geoffrey Hinton

World-renowned “Godfather of AI,” who completed his PhD at the University of Edinburgh in the 1970s and won the 2024 Nobel Prize in Physics for pioneering deep learning.

Joanna Bryson

University of Edinburgh graduate and leading international voice on AI ethics. Co-authored the UK’s first national AI ethics framework and contributed to major global standards, including the EU AI Act and OECD AI Principles.

John Giannandrea

University of Strathclyde graduate who shaped major AI breakthroughs behind technologies like Alexa. Became Google’s Chief of Search and AI, then Apple’s Senior Vice President for Machine Learning and AI Strategy, overseeing the AI behind Siri.

Amanda Askell

University of Dundee graduate who co-authored the breakthrough GPT-3 paper at OpenAI and later helped create Constitutional AI at Anthropic, influencing how advanced AI systems behave worldwide.

Scotland’s World-leading AI Research

Scotland has established itself as a global leader in artificial intelligence research and innovation. Its research institutions consistently punch above their weight in producing high impact academic work, attracting international collaboration, and securing competitive research investment. Five Scottish universities were placed in the UK’s top 30 for AI research output in 2025.^[7]

Much of Scotland’s AI capability is concentrated in the Central Belt where research-focused universities, established technology clusters and strong digital infrastructure create favourable conditions for innovation. Edinburgh hosts multiple UKRI centres for Doctoral training in AI^[8], the National Robotarium^[9] and the Generative AI Laboratory^[10]. Glasgow is home to the ISAC3 Centre^[11], which is pioneering new research into ‘cognitive cities’ and the Centre for Data Science which aims to support collaborative and ethical research to tackle social challenges.

However, AI-driven activity is succeeding right across the country. Aberdeen enjoys a strong reputation for linking AI with the energy sector, industrial technologies and offshore applications whilst Dundee is increasingly prominent in the digital, creative, and health sectors. Inverness and other parts of the Highlands show strength in consultancy-led initiatives and rural applications of AI. The South of Scotland is building capability in both advanced manufacturing and responsible AI development.

These regional profiles reflect a distributed national ecosystem where local economic strengths and university research specialisms shape distinct forms of AI capability.

The University of Edinburgh

ARCHER2, the UK’s national supercomputer is based here, and the University will also host the new £750 million UK National Supercomputing Centre, one of the most powerful AI research systems in the world.

The National Robotarium

Based at Heriot-Watt University, the Robotarium is driving breakthroughs in medical robotics, offshore robotics and autonomous systems, incubating 14 robotics companies in its first few years, in a sector projected to grow to £218 billion globally by 2030.

The University of Glasgow

Leading a UK wide consortium, backed by £3.5 million from Responsible AI UK, the University is developing the first opensource AI harm auditing tool designed for use by frontline workers, communities and policymakers, enabling organisations to identify risks such as bias or unintended social impacts.

University of Strathclyde

Hosts the Socially Progressive AI Lab (SPAILab), an interdisciplinary research hub dedicated to ensuring that AI is developed in ways that serve the public good.

Scotland’s Renewable Energy for AI

Scotland enjoys outstanding natural resources, with established onshore and offshore wind sectors and first mover advantage in floating offshore wind. Our Green Industrial Strategy describes how we intend to leverage these assets to realise the benefits of the global transition to net zero.

AI is energy-intensive and choices have to be made about the allocation of capacity. The potential of AI to improve social and economic outcomes across the country is critical in those judgements.

Scotland has an abundance of renewable electricity

In 2024 alone, we produced 38.4 TWh of renewable electricity, the highest annual total ever recorded, and a 13.2% increase on the year before.

Our renewable potential is unique to Scotland

Offshore projects such as Seagreen and Neart na Gaoithe have placed Scotland among Europe’s emerging offshore wind powerhouses, with enormous future potential in deep-water floating offshore wind unique to Scottish waters.

Scotland is the home of wave and tidal power innovation

The European Marine Energy Centre (EMEC) in Orkney is the world’s first and leading testing facility for wave and tidal energy devices, used by developers from around the world for over 20 years.

Scotland’s renewables transformation is far from complete

There is 26.4 GW of new renewable capacity in planning or consented pipelines, including large volumes of onshore wind, offshore wind and solar. This pipeline is one of the largest in Europe relative to population.

Scotland’s Business Leadership

Scotland is entering a new phase of accelerated growth in artificial intelligence, underpinned by a diverse and dynamic ecosystem of companies, research institutions and innovation partners. Independent assessments indicate that Scotland is home to an estimated 296 AI focused companies^[12], spanning emerging start-ups, scale-ups, research institutions, innovation centres and specialist technical consultancies.

The announcement of Scotland’s first AI Growth Zone in North Lanarkshire^[13] marks a step‑change in the nation’s AI‑enabled economic transformation. Backed by over £8 billion of private investment and designed in partnership with DataVita and CoreWeave, the Growth Zone is set to deliver more than 3,400 new jobs, including 800 high‑value AI and digital infrastructure roles. It will also provide a community fund to support local programmes over the next 15 years.

At the same time, Scotland’s entrepreneurial ecosystem continues to produce high‑growth AI companies gaining global recognition.

Edinburgh-based Wordsmith AI has emerged as one of the UK’s most successful legaltech start-ups, reaching a $100 million valuation just 18 months after launch, believed to be the fastest ever for a Scottish start-up.

Edinburgh based Malted AI is gaining international attention for its specialised approach to enterprise AI and positions Scotland at the forefront of next generation, efficient AI model design.

The Glasgow based company Gigged.AI is scaling rapidly as enterprises struggle with AI-driven skills shortages. Gigged.AI exemplifies Scotland’s leadership in ‘AI for productivity’ and the future of work.

Scotland’s AI Investment Landscape

Significant private sector investment in Scotland’s AI infrastructure shows that global companies view Scotland as a competitive, future-focused location for advanced digital activity.

Scotland’s enterprise agencies provide tailored consultancy and support to enable businesses to boost productivity, develop AI skills and accelerate innovation. Through Scottish Development International we engage globally to attract and enable vital inward investment.

The Scottish National Investment Bank enhances this further by supporting innovation-led companies and seeks co‑investors with deep technical or strategic expertise to increase the capital available for emerging AI ventures.

This support, alongside Scotland’s renewable energy strengths, emerging compute capability and growing pool of world class AI engineers, is helping to establish the country as a leading destination for sustainable AI development.

AI Pathfinder Investment in North Ayrshire

A £15 billion project will create a large-scale AI industrial park with up to 6,400 GPUs and hundreds of skilled jobs. This positions Scotland as home to one of Europe’s most significant AI infrastructure developments.

CoreWeave and DataVita AI Facility

A £2.5 billion renewable-powered AI compute campus using next generation GPU technology in Lanarkshire will expand Scotland’s green compute capability and strengthen its position as a leader in sustainable, carbon efficient AI infrastructure.

Lenovo AI Research and Development Hub

Lenovo is establishing an AI Research Hub focused on advanced model development and enterprise applications. This investment strengthens Scotland’s innovation ecosystem and builds international confidence in Edinburgh as a growing centre for AI research and high value digital work.

AI in Scotland’s Public Services

Scotland’s AI future is dependent on further and faster adoption of AI across our economy. The public sector has a vital role to play in this. Firstly, because public sector adoption expands the market for innovative AI start-ups and businesses. Secondly, because public trust is a factor in AI adoption and the responsible use of AI by public services will help to build that trust.

Our public sector is already delivering an ambitious programme of digital transformation. Organisations are deploying AI tools to improve service quality, streamline administrative processes, and enhance analytical and decision‑support capabilities.

This work is guided by two key national frameworks: Scotland’s Public Service Reform Strategy: Delivering for Scotland^[14] and the Digital Strategy for Scotland: Sustainable Digital Public Services Delivery Plan 2025–2028^[15]. Together, these strategies set a clear direction for the modernisation of public services, ensuring the effective, responsible, and outcome‑focused use of AI.

For example, in healthcare, research led by Professor Gerald Lip, Scotland’s first Head of AI in Medicine at the University of Aberdeen, has shown how AI can support earlier and more accurate breast cancer detection. Working in partnership with NHS Grampian, he has demonstrated how AI tools can improve diagnostic performance and speed up notification for patients, highlighting the potential of trusted, clinically led innovation to strengthen frontline care.

The NeurEYE project

Using nearly 1 million anonymised retinal scans collected through high-street optometrists to develop AI that can detect dementia risk at an early stage, offering transformative potential for earlier intervention in neurodegenerative disease.

NHS Grampian’s GEMINI project

Using the AI screening tool Mia to detect 12% more breast cancers than standard practice, modelling up to 30% reductions in clinician workload and marking a major step forward in early cancer detection.

The AI-TRiPS clinical trial

One of the world’s first randomised evaluations of AI in emergency trauma care, supporting clinicians by predicting life-threatening complications such as severe blood loss, improving the prospects for severely injured patients.

SPARRAv4

A major upgrade to Scotland’s national emergency admissions prediction tool, using AI to analyse over 4.8 million health records and identify people most at risk of emergency hospital care in the next year, improving patient outcomes and reducing pressure on A&E.

Scotland’s Sectoral Focus

The ambition of our National Strategy for Economic Transformation (NSET) is to shift Scotland toward a fairer, greener and more innovative economy. AI will be one of the central enablers of this transformation, influencing productivity, innovation, skills, and public sector reform.

Within the overarching framework set by NSET, Scotland’s National Innovation Strategy^[16] identifies the sectors in which Scotland has sustainable competitive advantages and where AI is helping to retain the country’s leadership position.

Healthcare and Life Sciences

AI is accelerating drug discovery, supporting advanced manufacturing and improving health-tech development. Scotland has established strong foundations for AI-enabled healthcare through initiatives such as the Precision Medicine Scotland Innovation Centre^[17], Living Lab environments, and the Imaging Centre for Excellence^[18]. These initiatives are advancing capabilities in medical imaging, genomics, and data-driven medicine, supporting both innovation and adoption within clinical settings.

The Life Sciences Strategy for Scotland: 2035 Vision^[19] sets out a long-term, collaborative framework to transform Scotland’s life sciences ecosystem. The Strategy unites government, industry, academia and the NHS to further accelerate growth through the effective use of digital, data and AI technologies.

Advanced Manufacturing and Robotics

AI is helping manufacturers improve production processes, reduce waste and optimise energy use. Scotland’s National Manufacturing Institute Scotland (NMIS)^[20] is strengthening this transformation by supporting firms to adopt AI and data‑driven methods, including real‑time industrial monitoring technologies deployed at its Digital Process Manufacturing Centre (DPMC)^[21] to improve environmental and machine‑performance visibility.

At the same time, Scotland’s robotics sector continues to expand, underpinned by internationally recognised research at the Edinburgh Centre for Robotics^[22], and by applied innovation at the National Robotarium^[23], a global leader in robotics and AI research.

Financial Services and FinTech

Scotland’s financial services and FinTech sector is advanced in its use of AI across core functions such as fraud detection, customer support, compliance and investment analysis. FinTech Scotland^[24] provides a national focal point for Scotland’s FinTech cluster, while initiatives such as the Financial Regulation Innovation Lab^[25], the Finance and Health Lab^[26] and the Smart Data Foundry^[27] enable testing and safe access to financial data for research and development.

Renewable Energy and Climate Science

AI is critical to Scotland’s net-zero ambitions and Scottish organisations are developing AI solutions for environmental monitoring, biodiversity assessment, land‑use planning and grid optimisation. While satellite imagery analysis and AI-enabled sensing technologies support data-driven environmental stewardship at scale, businesses in Scotland are also adopting AI to support energy systems, forecast demand, optimise grid performance and reduce emissions. These capabilities reinforce Scotland’s leadership in green technologies and ability to attract environmentally focused investment.

Space and Satellite Technology

AI plays a major role in Scotland’s fast‑growing space and satellite sector. AI is integral to satellite data processing, geospatial analytics, climate monitoring and environmental compliance. Scottish companies are developing advanced AI systems that analyse satellite data at scale, enabling rapid and accurate insights that support areas such as climate resilience and disaster response for domestic and international applications. AI is deeply embedded across the sector’s value chain and continued international collaboration and investment are reinforcing Scotland’s position as a leader in AI-enabled space intelligence.

Creative Industries

AI is creating new opportunities across Scotland’s creative sectors by enabling new forms of digital creativity. Publishing Scotland supports this through practical guidance on AI tools and a framework for developing responsible AI principles, helping organisations adopt new technologies safely and with confidence. However, the sector also faces risks, including concerns about intellectual property and the impact of AI on creative work. Protecting creators’ rights, supporting ethical practice and ensuring people can benefit from ethical and trustworthy AI will be essential to sustaining a fair and resilient creative economy.