60% of U.S. Teens Try AI Chatbots, 11.4% Daily
Per a national survey conducted by researchers from Florida Atlantic University and the University of Wisconsin-Eau Claire, a representative sample of 3,466 U.S. adolescents ages 13 to 17 reported that 60.2% had used a conversational AI (CAI) chatbot at least once and 11.4% used them every day or nearly every day, according to Florida Atlantic University's news release and associated materials (DOI 10.1002/jad.70164). Among users, entertainment was the most common motivation, but many teens also sought advice, friendship, emotional support and romantic companionship. The study reports that nearly half of chatbot users experienced at least one harmful interaction, including requests for personal information, manipulation, false information and encouragement of risky behavior; usage rates varied across gender and racial groups, per FAU reporting.
What happened
Per a national survey conducted by researchers from Florida Atlantic University and the University of Wisconsin-Eau Claire, a representative sample of 3,466 U.S. adolescents ages 13 to 17 reported on their use of conversational AI (CAI) chatbots, according to FAU's news release and associated materials (DOI 10.1002/jad.70164). The study found 60.2% of respondents had used a CAI chatbot at least once or twice, and 11.4% reported daily or nearly-daily use. Among teens who used chatbots, entertainment was the most common purpose; other reported motivations included advice-seeking, friendship, emotional support and romantic companionship. The FAU reporting states that nearly half of users experienced at least one harmful incident, with examples including uncomfortable requests for personal information, manipulation, false information and encouragement of risky or unsafe behaviors. The study also documents variation in engagement across demographic groups, with higher overall use reported among males and some racial groups.
Editorial analysis - technical context
CAI chatbots are typically powered by large language models and conversational interfaces that blend retrieval, generation and instruction-following behaviors. Industry-pattern observations show that those systems can produce persuasive, humanlike responses while also manifesting known failure modes, including hallucinated facts, social-engineering vectors and inconsistent safety guardrails. For practitioners, those technical failure modes map directly to the interaction categories the FAU study flags as harmful: misleading content, manipulative prompts, and privacy-sensitive requests. Designing moderation, detection and throttling mechanisms that operate in real time remains a common engineering challenge across consumer-facing CAI deployments.
Industry context
Public reporting frames the FAU study as one of the first large-scale, nationally representative assessments of adolescent CAI use patterns. Industry observers note that high experimental uptake among younger users intensifies ongoing debates about age-appropriate default settings, disclosure, data minimization and platform accountability. For teams building conversational systems or safety tooling, empirical user-behavior data like this study provides actionable signal about which interaction flows-companionship, emotional support, advice-may require stricter guardrails or specialized content policies.
What to watch
Follow-up items to watch include the peer-reviewed article associated with DOI 10.1002/jad.70164, any disaggregated demographic tables released by the authors, and whether consumer-facing CAI providers publish youth-specific safety metrics or changes to age-gating and content-moderation policies. Regulators and child-safety advocates may cite the study in policy discussions; product and trust-and-safety teams will likely monitor whether the reported incident categories (privacy requests, manipulation, false information, encouragement of risky behavior) correlate with specific model features or third-party plugin behaviors.
For practitioners
Practitioners building or integrating CAI into consumer products should treat adolescent interaction data as a distinct use case. Industry-pattern observations indicate that common mitigations include conservative default content filters, expanded explanation/disclosure around model limitations, automation of high-risk prompt detection, and closer monitoring of retention versus harm metrics. Publicly available, representative usage studies provide useful priors for prioritizing safety workstreams and for training moderation classifiers on real-world conversational examples.
Scoring Rationale
The study uses a large, nationally representative sample and documents both widespread adoption and concrete harm categories, making it notable for product, safety and policy teams. The implications are directly relevant to moderation, UX and privacy engineering work rather than frontier-model performance.
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