Mapping the Regulatory Learning Space for the EU AI Act
Lewis, Lasek-Markey, Golpayegani & Pandit (2025)
Source Summary
This paper argues that the EU AI Act should be understood primarily as a learning framework rather than a static regulatory instrument. Given the rapid pace of AI advancement and significant uncertainties in fundamental rights enforcement, the authors propose a structured approach to “regulatory learning” across multiple arenas where different actors interact.
Key Framing Insight
The framing itself is the transferable insight: complex technology regulation operating in fast-changing domains cannot be designed for static compliance. It must be designed for adaptation and collective learning across all participants, regulated parties, regulators, and affected stakeholders.
Core Arguments
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The EU AI Act introduces two major sources of uncertainty:
- Extension from health/safety protections to fundamental rights (which lack clear direct effect in private disputes)
- Application of horizontal AI requirements through vertical sectoral enforcement mechanisms
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These uncertainties, combined with rapid technological change, require systematic regulatory learning rather than static rule enforcement.
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The Act already contains extensive learning mechanisms (sandboxes, post-market monitoring, delegated acts, periodic review) but these need coordination.
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Effective learning depends on interoperable information exchange between actors, the semantic web standards approach offers a model.
Notable Concepts Introduced
- Regulatory Learning Space: A parametrized 3-axis framework (AI system types × protections × learning activities) for locating and coordinating learning efforts
- Learning Arenas: Spaces where different actor classes interact to apply and learn from implementation measures
- Meta-learning: Observing outcomes of learning activities to revise governance arrangements
Extractions Made
- 05-atom—regulatory-learning-definition
- 05-atom—learning-arenas-governance
- 05-atom—meta-learning-governance
- 05-atom—fundamental-rights-direct-effect-problem
- 05-atom—standards-development-representation-gap
- 05-atom—horizontal-vertical-regulation-tension
- 05-atom—learning-activities-taxonomy
- 05-molecule—regulatory-learning-space-framework
- 05-molecule—regulation-as-learning-framework
- 05-molecule—technology-pacing-problem