Is Openness in Decline? Data Sharing Between AI Commons, and Predatory Capture Katja Mayer (University of Vienna) Stefan Skupien (Berlin University Alliance) Jochen Knaus (Weizenbaum Institut)
New “old” challenges in the “AI era” for Open Science? AI Context ●ML and GenAI rely on publicly shared or scraped knowledge ●But resulting models and infrastructures are closed and corporate-controlled AI Commons under Pressure ●Open layers of the AI stack (datasets, models, frameworks) depend on precarious, voluntary labour ●Few public or independent funders sustain these infrastructures ●Corporate actors dominate maintenance, direction, and access Predatory Capture ●Open data and code reused without context or credit ●Reinforces bias, opacity, and concentration of power in proprietary systems Researcher Perspectives ●Growing caution among long-time advocates of openness ●Concerns about circulation, misuse, and loss of control in commercial AI environments
The 3 Questions for Today 1. Your experience: Is openness becoming harder to pursue in the age of AI? 2. What forms of recognition or institutional support would help? 3. How could new models of openness in the age of AI look like? This session: ●15-min introduction framing issues ●3 ×10-min discussion rounds on guiding questions ●Collective insights documented via live polls & online board → Documentation via collective pad, please add your name to the authors list zbw.to/osc25-pad03
Creating a space: “Yes, we’re open!?” (Berlin, 25.3.2025) - Event to bring together science, economy, civil society, and public service, and politics - 2 Panel discussion and 8 world-cafe-sessions - Aim was to explore experiences and needs to foster AI that includes and supports Open Science across domains
Creating a space: “Yes, we’re open!?”: Key findings Results: Our shared vision is a socially accepted digital culture in which AI technologies are designed to be transparent, reproducible, sustainable, and oriented toward the common good. Key guiding principles are based on open science. Simon Brunel (Limo for Research)
Creating a space: “Yes, we’re open!?”: Key findings Four key strategic areas: 1. Shared knowledge spaces and strategic networking, 2. Skills development and education, 3. Sustainable development through open digital infrastructures, 4. Governance: Combining responsibility and innovation. Discussion Paper: https://www.doi.org/10.34669/WI.DP/51 Policy Paper: https://www.doi.org./10.34669/WI.PP/15
Background II: Project Politics of Openness Open Data Practices in the Computational Social Sciences Funder: FWF Elise Richter Fellowship Duration: 2019–2025 PI: Dr. Katja Mayer Location: University of Vienna Aim: Investigate how openness is envisioned, negotiated, and enacted in the data practices of computational social science. Empirical Fields: ●Citizen science ●Data infrastructures ●Social media research and data science Methods: qualitative interviews, Group discussions, participatory observation
Quotes: Open Science under new pressure in the GenAI era •We designed our repository for human access and scholarly reuse, not for bots pulling terabytes overnight. The scraping by AI developers is overwhelming our servers and our staff. (Infrastructure manager, research data repository, 2024) Infrastructures strained by large-scale scraping Machine-readability is supposed to make data more ‘FAIR,’ but in practice it often flattens them. Contextual metadata, methodological notes, even uncertainty - all get lost in translation to standardized formats (Social Scientist, 2023) Machine-readability improves interoperability but strips context and qualitative metadata •As soon as our open dataset is used for model training, it disappears into a black box. We don’t even know if our attribution stays attached, let alone how the data are interpreted (Open data practitioner in the social sciences, 2023) Once data enters proprietary AI pipelines: oversight and recognition often lost •AI research exposes how fragile that idea has become. The complexity of models, dependencies, and compute environments makes full reproducibility practically impossible —even for those who want to do it right. (Data Scientist, 2024) See also: Hosseini et al. 2025 Limits of openness for reproducibility: fragile in AI due to hyperparameters, environments, hidden dependencies Yes, openness is messy and sometimes misused, but closing off knowledge isn’t the answer. We need smarter forms of openness —ones that build trust, accountability, and real collaboration. (Data steward and Open Science advocate, 2023) Balancing Openness and Responsibility Mohammad Hosseini, Serge P. J. M. Horbach, Kristi Holmes, Tony Ross-Hellauer; Open Science at the generative AI turn: An exploratory analysis of challenges and opportunities. Quantitative Science Studies 2025; 6 22–45. doi: https://doi.org/10.1162/qss_a_00337
Question 1: Collecting Experiences In your own research or practice, have you noticed that openness is becoming harder to pursue - or even coming under attack - in the age of AI? For example, via infrastructural strain, loss of context in pursuing better machine-readability, lack of recognition for opening knowledge, challenges in governing data reuse, or the fragility of reproducibility in AI/ML workflows?
Slido results
Slido results
Recap/Wrap + Outlook How will we use the outcomes of this session? ●Please add your names, notes and feedback to the shared Google document zbw.to/osc25-pad03 ●We will publish a short blog post summarizing today’s discussion ●The insights will inform our ongoing policy work on Open Science and AI ●We will invite you to take part in implementing some of the proposed activities ●To stay informed, please contact us at
[email protected]