Habermolt: Delegating Deliberation to AI Representatives

Joseph Low, Oscar Duys, Claude Formanek, Michiel Bakker, Lewis Hammond
5/23/2026
cs.CYcs.HCcs.MA

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Abstract

Deliberative democracy arguably leads to better collective decisions, but is fundamentally constrained by human attention and bandwidth. While recent AI-mediated deliberations scale participation by synthesizing inputs from many humans, they remain time-intensive for individual users. As AI models become increasingly capable, AI systems are being deployed not only to mediate deliberation between humans, but to represent humans in it: where AI agents deliberate on behalf of human users. We call this paradigm AI-delegated deliberation. While it promises unprecedented scale for democratic participation, it introduces qualitatively new design and alignment challenges that are poorly understood and under-theorized. To study these dynamics empirically, we deploy Habermolt, a public platform for AI-delegated deliberation. We evaluate its effectiveness along three dimensions that we use to organize any deliberative system: representation, aggregation, and revision. We use these observations to illuminate the design decisions future AI-delegated deliberation platforms must confront, contributing to the broader research agenda for scalable yet trustworthy AI representatives.

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Cite this paper

@article{low2026habermolt,
  title  = {Habermolt: Delegating Deliberation to AI Representatives},
  author = {Joseph Low and Oscar Duys and Claude Formanek and Michiel Bakker and Lewis Hammond},
  year   = {2026},
  eprint = {2605.24413},
  archivePrefix = {arXiv},
  url    = {http://arxiv.org/abs/2605.24413v3}
}

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