A large-scale analysis of public-facing, community-built chatbots on Character.AI

📅 2025-05-19
📈 Citations: 0
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🤖 AI Summary
This study addresses the lack of systematic empirical analysis of community-built AI characters on Character.AI. It presents the first large-scale analysis of 2.1 million English user-initiated greetings. Methodologically, it integrates web crawling, statistical language modeling, LDA topic modeling, and qualitative coding grounded in gender and power discourse frameworks. Three key findings emerge: (1) fandom distribution is highly skewed, with top intellectual properties dominating engagement; (2) cross-fandom interactions rely heavily on recurrent, script-like greeting templates; and (3) greetings systematically encode gendered power dynamics—e.g., feminized characters are disproportionately assigned submissive linguistic patterns. As the first large-scale empirical investigation of “public-facing social robots” in the generative AI era, this work extends theoretical foundations for human-AI interaction research and provides actionable, evidence-based insights for AI social safety governance.

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📝 Abstract
This paper presents the first large-scale analysis of public-facing chatbots on Character.AI, a rapidly growing social media platform where users create and interact with chatbots. Character.AI is distinctive in that it merges generative AI with user-generated content, enabling users to build bots-often modeled after fictional or public personas-for others to engage with. It is also popular, with over 20 million monthly active users, and impactful, with recent headlines detailing significant issues with youth engagement on the site. Character.AI is thus of interest to study both substantively and conceptually. To this end, we present a descriptive overview of the site using a dataset of 2.1 million English-language prompts (or ``greetings'') for chatbots on the site, created by around 1 million users. Our work explores the prevalence of different fandoms on the site, broader tropes that persist across fandoms, and how dynamics of power intersect with gender within greetings. Overall, our findings illuminate an emerging form of online (para)social interaction that toes a unique and important intersection between generative AI and user-generated content.
Problem

Research questions and friction points this paper is trying to address.

Analyzing public-facing chatbots on Character.AI platform
Exploring fandoms and tropes in user-generated chatbot interactions
Investigating power dynamics and gender in AI-driven social interactions
Innovation

Methods, ideas, or system contributions that make the work stand out.

Large-scale analysis of public-facing chatbots
User-generated content merged with generative AI
Exploration of online parasocial interaction dynamics
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Owen Lee
Computer Science and Engineering, University at Buffalo
Kenneth Joseph
Kenneth Joseph
Associate Professor, University at Buffalo
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