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Voice-Enabled AI Agents can Perform Common Scams

Richard Fang, Dylan Bowman, Daniel Kang

TL;DR

This work shows that voice-enabled AI agents can perform the actions necessary to perform common scams, and raises questions around the widespread deployment of voice-enabled AI agents.

Abstract

Recent advances in multi-modal, highly capable LLMs have enabled voice-enabled AI agents. These agents are enabling new applications, such as voice-enabled autonomous customer service. However, with all AI capabilities, these new capabilities have the potential for dual use. In this work, we show that voice-enabled AI agents can perform the actions necessary to perform common scams. To do so, we select a list of common scams collected by the government and construct voice-enabled agents with directions to perform these scams. We conduct experiments on our voice-enabled agents and show that they can indeed perform the actions necessary to autonomously perform such scams. Our results raise questions around the widespread deployment of voice-enabled AI agents.

Voice-Enabled AI Agents can Perform Common Scams

TL;DR

This work shows that voice-enabled AI agents can perform the actions necessary to perform common scams, and raises questions around the widespread deployment of voice-enabled AI agents.

Abstract

Recent advances in multi-modal, highly capable LLMs have enabled voice-enabled AI agents. These agents are enabling new applications, such as voice-enabled autonomous customer service. However, with all AI capabilities, these new capabilities have the potential for dual use. In this work, we show that voice-enabled AI agents can perform the actions necessary to perform common scams. To do so, we select a list of common scams collected by the government and construct voice-enabled agents with directions to perform these scams. We conduct experiments on our voice-enabled agents and show that they can indeed perform the actions necessary to autonomously perform such scams. Our results raise questions around the widespread deployment of voice-enabled AI agents.

Paper Structure

This paper contains 11 sections, 1 figure, 2 tables.

Figures (1)

  • Figure 1: Architecture diagram of a voice scammer agent.