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Facing the future

AI-driven research projects overcoming real-life challenges

Why AI matters

Artificial Intelligence is already part of our lives, helping citizens, scientists, businesses, and public administrations. It powers everyday tools like search engines, personal assistants, translation and navigation apps, cybersecurity systems and many others.

Along with its benefits, the development and use of AI has its challenges and potential risks. The results and impact of this technology depend on how it is designed, what data it uses and how it is ultimately implemented. All these aspects can be intentionally or unintentionally biased. They can endanger fundamental rights and democracy, intellectual rights, the job market, transparency and security.

Ensuring AI is central to the safe and ethical digital transformation of society is an EU priority.

Europe’s approach to AI

As part of its digital strategy, the EU is regulating AI to ensure better and safer conditions for the development and use of this technology.

Key milestones of EU’s AI initiatives and policies:

  1. 2017

    The European Council calls for an AI strategy. Leaders invite the Commission and Member States to work on a coordinated approach to AI.

  2. 2018
    • The European Commission releases the Artificial Intelligence for Europe, its first-ever strategy focusing on the opportunities and challenges posed by AI.
    • The Coordinated plan on AI is presented to the Member States to accelerate investment in AI, implement AI strategies and programmes and align AI policy to prevent fragmentation within Europe.
    • A High-Level expert group on AI is appointed and the European AI Alliance is launched.
  3. 2019

    The Ethics guidelines for trustworthy AI are released by the High-Level expert group on AI set up by the European Commission

  4. 2020

    The White paper on AI is released, laying out options for an EU regulatory framework. 

  5. 2021

    The AI Act is proposed - the world’s first comprehensive AI law. It aims to make development and use of AI safe, transparent, traceable, non-discriminatory, environmentally friendly, and with an innovation angle. 

  6. 2023

    Political agreement on the AI Act is reached.

  7. 2024
  8. 2025
  9. 2026
    • The EU Startup and Scaleup Strategy is launched, with the Scaleup Fund backing European companies working in strategic tech areas, including artificial intelligence. 
    • European Commission adopts a set of measures to strengthen the EU's digital sovereignty, including a legislative proposal for the Cloud and AI Development Act and a Strategic Roadmap for Digitalisation and AI in Energy.
    • The Code of Practice on marking and labelling AI-generated content is published, as well as the guidelines on transparency obligations for providers and deployers of certain AI systems.
    • AI Act enters into force.

AI in EU-funded research projects

Since 2014, the number of projects managed by the European Research Executive Agency linked to AI has increased every year. The Agency selected and implemented more than 1,446 projects* connected to artificial intelligence. In over a half of the projects (736) AI plays a major role, either by helping researchers analyse data, make discoveries and improve research processes, or by developing new AI methods and technologies. Together, these projects represent approximatively €986 million in requested EU funding. 

The wider portfolio represents approximatively €2.69 billion in requested EU contributions under Horizon 2020 and Horizon Europe. Around 74% of the projects are funded through the Marie Skłodowska-Curie Actions, targeting doctoral education, postdoctoral training and researchers’ career development.

These initiatives demonstrate how EU-funded research is harnessing AI to improve research practices and advance the technology itself, while promoting responsible approaches that anticipate and mitigate its associated risks.

MOBILITY
The IVORY project is developing a framework for optimal integration of AI in road safety. The research touches on human-vehicle interaction, novel scalable and equitable AI for proactive infrastructure safety management, and a sustainable knowledge sharing network on AI. The project also aims to provide efficient AI solutions for disadvantaged groups (i.e., vulnerable road users and users in low-to-middle-income countries).
DECISION MAKING
The AI4Gov and AI4POL projects advance the use of AI and Big Data for governance and regulation. AI4Gov provides policymakers with tools for evidence-based, transparent, and unbiased decision-making while addressing ethics, bias, and public trust. AI4POL supports European regulators by developing frameworks for trustworthy, rights-aligned AI, using data science to monitor and enforce rules, particularly in finance and citizen feedback. It also builds early-warning systems and an AI Threat Index to help policymakers address AI risks in autocratic contexts.
DEMOCRACY
Generative AI can reproduce realistic images, videos and voice outputs. These have the potential to create convincing ‘deepfakes’ - which can spread disinformation and erode trust. The SOLARIS project explored the circulation of deepfakes and their impact on democratic processes. The project examined the positive aspects of generative AI models such as Generative Adversarial Networks through a co-creation process involving citizen science, raising awareness on global issues like climate change, gender equality and human migration.
SECURITY
With new digital risks and tech-driven crimes on the rise, it’s becoming harder for authorities to keep citizens safe. The STARLIGHT project strengthened European security by equipping law enforcement agencies with trustworthy AI, safeguarding their systems, and combating AI-enabled crime and terrorism, while fostering a sustainable AI ecosystem for long-term resilience.
HEALTH

Cancer remains one of Europe’s biggest health challenges, with fragmented data slowing research and treatment progress. The EOSC4Cancer project tackled this by using AI to securely connect cancer data across Europe, applying machine learning throughout the patient journey to accelerate discoveries and improve care in line with the European Cancer Mission.

Millions of people struggle with hearing loss, yet current tools are limited. The VoCS project responds with AI-driven solutions to enhance speech perception, analyze vocal health markers, and design natural synthetic voices—improving communication and personalized healthcare. 

Food safety, waste, and sustainability are pressing concerns as Europe faces climate change and shifting diets. The HOLiFOOD and FoodDataQuest projects use AI to predict food hazards, strengthen supply chains, cut waste, and promote healthier, more transparent food systems—advancing the EU Green Deal and global sustainability goals.

ENVIRONMENT

Biodiversity loss and environmental crime threaten Europe’s ecosystems. The PERIVALLON project detected and prevented pollution, wildlife trafficking, and other environmental crimes—empowering authorities and promoting sustainable development. 

The MAMBO project helped track species and habitats, standardised monitoring, and automated data analysis to support conservation policies. The initiative delivered tools and infrastructure for automated, cost-efficient wildlife monitoring by integrating knowledge in sensor development, deep learning, computer vision, acoustics, ecology, remote sensing, biodiversity monitoring, citizen science, data pipelines, and ecological modelling.

EMPLOYMENT
As AI and automation reshape jobs, workers and businesses need guidance. The AI4LABOUR project predicted emerging roles and skills, providing AI-driven tools, training, and a skills portal to help individuals, companies, and policymakers adapt to the evolving labour market and the rise of advanced technologies.
EDUCATION

As education faces challenges in inclusivity, personalization, and bias, AI offers new ways to support learners and educators. The EMPOWER and AUGMENTOR projects developed AI-driven platforms to enhance learning for all students, including those with neurodevelopmental disorders, by improving executive function, emotional regulation, and 21st-century skills, while supporting teachers and informing policy.

The RAINBOW project helped combat online bias and stereotypes against LGBTQIA+ youth, using AI-powered multilingual text analysis to create educational tools that foster inclusivity and a safer digital environment.

The COMPTEACH project applied AI and cognitive science to model how teachers transfer knowledge to learners, enhancing understanding of teaching strategies with applications in education and healthcare.

Discover more

*Note:

The projects selected for this informative webpage received EU funding and are managed by the European Research Executive Agency (REA). There are numerous other EU-funded projects working in this field.

The projects were identified by searching their titles, abstracts and keywords. Generative AI was then used to assess how important AI is within each project, drawing also on available project-reporting information. The results are indicative and may require expert validation. They cover REA-managed Horizon 2020 and Horizon Europe projects starting between 2014 and 2025. Financial figures refer to the projects’ full requested EU contributions, not specifically to expenditure on AI.

 

This page was last updated in October 2026.