Papers for

privacy policy makers

Papers whose findings have a practical use for this group, as judged from the abstract. Open a paper to read what it means in practice.

Artificial intelligence changes how the right to be forgotten works

Prefigured forgetting. Memory, the right to be forgotten and artificial intelligence

Abstract: This inaugural keynote lecture surveys the state of the art of the right to be forgotten and examines how it is being transformed by artificial intelligence. Drawing on cognitive science, philosophy and the social sciences, it treats forgetting as a constitutive function of memory, and recalls that remembering the past and imagining the future share the same mechanism. It then reviews the origins, the European and national case law, and the paradoxes of the right, and offers a periodisation of the specialised literature between 2009 and 2026. The core claim is that digital memory has moved through three regimes, archive, search engine and generative model, and that the right was designed for the first two. In the third, personal information is no longer stored as a locatable record but inferred and regenerated. Artificial intelligence prefigures the frameworks of individual and collective remembering. The right to be forgotten thus ceases to be merely an individual ex post remedy and becomes a property to be designed and governed within legal and ethical ecosystems along the artificial intelligence value chain.

Wed 21 OctComputers and Society
The gist
The right to be forgotten lets people erase personal information from the internet, but this idea was made when online data was stored like files or search results. The authors explain that AI now creates new kinds of digital memories by guessing and regenerating information instead of keeping fixed records. This changes how forgetting works because you can’t just delete a record anymore. So, the right to be forgotten needs to be designed into AI systems and laws from the start, not just applied after the fact.
Open → 2610.30402v1

Privacy needs different rules for different uses of AI language models

Privacy in Context Is Being Overlooked in the Age of General-Purpose LLMs

Abstract: As large language models (LLMs) continue to grow in scope and capability, privacy concerns are on the rise. Since users increasingly interact with a single general-purpose system across many distinct contexts, there is a natural tendency to pursue a one-size-fits-all solution to privacy. Unfortunately, this overlooks a crucial insight from decades of privacy research: privacy is inherently contextual. In this paper, we argue that existing work in prompt privacy is drifting towards attempts to design a unified framework, which is highly misleading and can foster a false sense of security. Furthermore, we argue that even future work in this direction needs to wrestle with fundamental tensions across various desirable properties of prompt privacy. Thus, such continued attempts towards a unified framework need to be reconsidered. We recommend three critical paths forward: application-specific deployment of LLMs, context-specific evaluation of privacy frameworks, and better privacy literacy.

Wed 21 OctMachine LearningArtificial Intelligence
The gist
As large language models are used for many different tasks, people often try to create one simple privacy solution for everything. The authors show that this idea misses an important fact: privacy depends on the situation. They warn that trying to make one privacy system for all uses can give a false sense of security. Instead, they suggest building privacy rules tailored to each application, testing privacy methods in each context, and improving people’s understanding of privacy.
Open → 2610.29925v1

Privacy choices explained by uncertainty not conflicting actions

The Privacy Paradox Is a Misnomer: Data Under Structural Uncertainty

Abstract: The infamous privacy paradox refers to the apparent inconsistency between people's stated concern for privacy and their readiness to disclose personal information. This phenomenon has sparked two largely disconnected literatures: one offering experimental evidence of inconsistent behavior, and another providing qualitative accounts and defending the importance of privacy. The Article presents an online field experiment that bridges those literatures and shows that the so-called paradox arises from a mischaracterization of the underlying behavior. The Article finds that it is structural uncertainty about risk that drives seemingly paradoxical privacy decisions. It does so by isolating discounting mechanisms and empirically testing whether observed privacy choices reflect temptation or rational responses to uncertainty. The results suggest that privacy behavior is not paradoxical but, rather, consistent with choices shaped by incomplete information. The Article then discusses the policy implications of this reframing. As privacy decisions stem from structural uncertainty, which operates as a market failure, regulation should aim to reduce that uncertainty. This supports regulation that prioritizes transparency (for people to assess the risks of data collection) and flexibility mechanisms that accommodate evolving contexts. Such reframing provides a new argument for the right to be forgotten, which allows people to revisit prior disclosures as new risks become apparent. By shifting the focus from individual inconsistency to structural uncertainty, the findings call for privacy law to better reflect the reality of people's decision-making environments.

Wed 21 OctComputers and SocietyHuman-Computer Interaction
The gist
People are often said to act against their stated desire for privacy, creating what is called the privacy paradox. This paper by the authors explains that the paradox is actually a misunderstanding. Their experiment shows that people make privacy decisions based on incomplete or uncertain information about risks, not because they are inconsistent or tempted to reveal data. The findings suggest privacy laws should focus on reducing uncertainty by improving transparency and giving people ways to adjust their data sharing as risks change.
Open → 2610.29756v1