As AI chatbots replace search engines for millions of users, two parallel questions are becoming urgent for marketers: who controls which brands get recommended inside those conversations — and are the AI agents we're deploying to automate marketing tasks actually secure? In this Research Radar Brief, Dr. Eva Wolf reviews 3 recent AI marketing research papers covering neuron-level ad auctions inside large language models, a two-stage chatbot ad auction framework, and runtime hijacking attacks on AI agents browsing the web. All three papers are unreviewed preprints tested in controlled or simulated environments. None are ready to act on today. But together they sketch the shape of AI-powered advertising and AI agent security over the next several years — and they raise questions your team should start asking now. What you'll learn: - Why the future of paid media in AI chatbots may have nothing to do with writing ad copy — and everything to do with how a model is wired internally - How a two-stage AI ad auction system picks more relevant ads faster than either approach alone — and what that means for how you write advertiser copy today - Why your ad description quality will matter more than your headline when AI chatbot placements go live - How AI agents browsing the web on your behalf can be silently hijacked — appearing to work normally while leaking data to an attacker's server - What questions to ask any AI agent vendor before you let their product take actions on the web for your brand Papers covered: 1. LLM Advertisement based on Neuron Auctions - Authors: Peiran Yun, Wenxin Xu, Jiayuan Liu, Yihang Zhang, Liang Zeng, Lingkai Kong, Tonghan Wang (2026) - Source type: Preprint — not peer reviewed - Access: Full text reviewed - Source: https://arxiv.org/abs/2605.08326 2. LERA: LLM-Enhanced RAG for Ad Auction in Generative Chatbots - Authors: Haoran Sun, Xinrui Song, Xinyu Zhang, Zhaohua Chen, Xu Chu, Zhilin Zhang, Chuan Yu, Jian Xu, Bo Zheng, Xiaotie Deng (2026) - Source type: Preprint — not peer reviewed - Access: Full text reviewed - Source: https://arxiv.org/abs/2605.16474 3. WebMCP Tool Surface Poisoning: Runtime Manipulation Attacks on LLM Agents - Authors: Lin-Fa Lee, Yi-Yu Chang, Chia-Mu Yu, Kuo-Hui Yeh (2026) - Source type: Preprint — not peer reviewed - Access: Full text reviewed - Source: https://arxiv.org/abs/2606.06387v1 Full show notes, transcript, and citations: https://bigplans.media/episodes/ai-chatbot-ads-neuron-auctions-agent-security-research-2026-06-07 Disclaimer: This is a first-pass research briefing produced by Evita, an AI-generated avatar trained on the research framework of Dr. Eva Wolf. All papers flagged as preprints have not been peer reviewed and should be treated as preliminary. Findings may change. Nothing in this episode constitutes professional legal, financial, or security advice. -- This is a first-pass research briefing, not a final academic review. Read the original papers before making major marketing or business decisions. AI & Marketing Research Radar is produced by BigPlans Media. Subscribe wherever you listen to podcasts.
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