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The Radicalization Risks of GPT-3 and Advanced Neural Language Models (2009.06807v1)

Published 15 Sep 2020 in cs.CY and cs.AI

Abstract: In this paper, we expand on our previous research of the potential for abuse of generative LLMs by assessing GPT-3. Experimenting with prompts representative of different types of extremist narrative, structures of social interaction, and radical ideologies, we find that GPT-3 demonstrates significant improvement over its predecessor, GPT-2, in generating extremist texts. We also show GPT-3's strength in generating text that accurately emulates interactive, informational, and influential content that could be utilized for radicalizing individuals into violent far-right extremist ideologies and behaviors. While OpenAI's preventative measures are strong, the possibility of unregulated copycat technology represents significant risk for large-scale online radicalization and recruitment; thus, in the absence of safeguards, successful and efficient weaponization that requires little experimentation is likely. AI stakeholders, the policymaking community, and governments should begin investing as soon as possible in building social norms, public policy, and educational initiatives to preempt an influx of machine-generated disinformation and propaganda. Mitigation will require effective policy and partnerships across industry, government, and civil society.

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Authors (2)
  1. Kris McGuffie (2 papers)
  2. Alex Newhouse (2 papers)
Citations (140)

Summary

Evaluation of the Radicalization Risks of GPT-3 and Advanced Neural LLMs

The paper "The Radicalization Risks of GPT-3 and Advanced Neural LLMs" by Kris McGuffie and Alex Newhouse provides a comprehensive analysis of the potential risks posed by generative LLMs like GPT-3 when leveraged for extremist propaganda and radicalization. Evaluating the capacity of GPT-3 to amplify extremist ideologies, the paper uncovers numerous vulnerabilities associated with advanced natural language processing technologies.

GPT-3, developed by OpenAI, represents a substantial leap in artificial intelligence capabilities, notably in text generation without extensive fine-tuning. This paper utilizes prompts adapted from right-wing extremist narratives to assess the model’s ability to replicate ideologies and produce extremist content. The results indicate that GPT-3 demonstrates significant proficiency and improvement over its predecessor, GPT-2, in mimicking the tone and style of extremist texts. The model's ability to generate convincing and ideologically consistent content suggests a marked reduction in the effort and resources needed to produce propagandistic material.

A notable concern highlighted is the risk of using such a model to generate machine-created disinformation and propaganda if left unregulated. While current preventative measures implemented by OpenAI are robust, there is a potential threat from the misuse of such technology by malicious actors in the absence of stringent safeguards.

The paper underscores the importance of proactive investment by AI stakeholders, policymakers, and governments in developing norms, policies, and educational strategies to mitigate these risks. Failure to act promptly could lead to an escalation in the weaponization of neural LLMs to foster large-scale online radicalization and recruitment.

The methodology employed involves subject-specific prompting, allowing the model to create outputs that vary significantly in terms of bias and ideological consistency. Experiments demonstrated that few-shot prompting, a key capability of GPT-3, enables the model to generate content aligned with specific ideologies by simply providing a limited number of examples. This represents a substantial shift from prior models like GPT-2, which required extensive datasets for similar outputs.

The implications are profound, as GPT-3's adeptness at creating content that closely resembles interactive extremist material raises concerns about its potential exploitation in deepening radicalization and recruitment processes. The paper articulates the necessity for coordinated global efforts to safeguard against these risks, emphasizing the importance of educational initiatives, stricter model deployment standards, and swift adaptation by online platforms to filter and manage AI-generated content.

The authors call for comprehensive strategies incorporating technology providers, policy frameworks, and civil society efforts to ensure the responsible and transparent application of AI technologies. This is akin to advocacy initiatives seen in areas like facial recognition, which demand responsible governance to prevent misuse.

This paper contributes to the ongoing discourse on the implications of advanced AI technologies, particularly in the context of societal security and stability. As generative models continue to increase in sophistication, sustained evaluation and responsible innovation become indispensable to mitigate potential adverse impacts. Further research into the development and implementation of detection models and the efficacy of synthetic content across diverse online settings is necessary to address emerging challenges.

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