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Artificial Intelligence Governance and Resilience

Artificial intelligence is reshaping how Europe manages risk, climate, infrastructure and public services. Used well, it can sharpen early warning, model complex systems that defy human intuition, and support faster and better decisions in moments that matter.


With that opportunity comes a duty: to govern AI responsibly, and to ensure that the systems on which society increasingly depends are themselves dependable. An automated system that quietly fails, or that embeds unfair assumptions at scale, can do harm as fast as it does good.


SoReCC works where artificial intelligence, governance and societal resilience meet, treating these as a single connected question rather than three separate ones.

Our perspective

We treat AI not as a black box to be trusted on faith, but as a socio-technical system that must earn its place in consequential decisions. That means looking beyond accuracy and performance to questions of transparency, accountability and fairness, and asking who is affected by a system, who decides how it is used, and who is answerable when it is wrong.


Public trust, in our view, is not a by-product of good technology that arrives automatically once the engineering is sound. It is something that has to be designed for, earned and sustained, through openness about how systems work, meaningful human oversight, and honest acknowledgement of their limits. Without it, even capable systems will be resisted, misused or abandoned.

What our work involves

Our interest runs in two directions at once: how AI can strengthen societal resilience, and how AI itself can be made resilient and well governed. Holding both together is central to how we work, because a tool meant to reduce risk should not introduce new ones of its own. Our work spans:


  • AI applied to resilience: risk assessment, early warning, climate and systems modelling, and decision support
  • governance frameworks for transparency, accountability and responsible use across the lifecycle of a system
  • the ethical questions of bias, fairness, explainability and meaningful human oversight in automated decisions
  • he new vulnerabilities and dependencies that AI introduces into critical functions and infrastructure
  • public and stakeholder engagement on how these systems should, and should not, be used

By joining the technical and the ethical, we help ensure that intelligent systems extend human judgement rather than quietly displacing it, and that the people subject to automated decisions retain understanding of and recourse against them. Governance, in this view, is not a brake on innovation but a condition for innovation that society will actually accept.

Resilient by design

As AI is embedded deeper into infrastructure, energy, health and public administration, its own robustness becomes a matter of public resilience. A model that degrades silently, is manipulated, or is trusted beyond its competence can become a single point of failure in systems that millions rely on. We study how to make AI dependable in deployment: monitored, contestable, resistant to misuse, and bounded by clear human authority, so that the convenience of automation does not quietly become a hidden fragility that surfaces only when it fails.

Why it matters

This work speaks to the European approach to trustworthy AI and the EU AI Act, and cuts across the climate, security, environmental and societal domains where AI is now being deployed. Europe has chosen to lead on responsible AI, and turning that ambition into practice requires sustained, independent work at the meeting point of technology, ethics and governance.


It contributes to Sustainable Development Goals 9, 16 and 11: resilient infrastructure and innovation, strong and accountable institutions, and sustainable communities.


AI will be as good for society as the governance that surrounds it. SoReCC works to bridge capability, ethics and public trust, so that these systems serve people safely, accountably and in keeping with the values Europe has chosen to uphold.