SyloSpace

Does AI-generated misinformation influence elections?

Studies show AI can cheaply generate election disinformation that often reads as human-written, but none measure whether it changed votes or turnout.

Updated 7 hours ago5 min readVersion 2
CommentsFollow

Covers: This page examines evidence on whether AI-generated misinformation affects voter beliefs, turnout, and election results, drawing on experimental studies, platform data, and election analyses. It does not cover general misinformation unrelated to AI or provide guidance on creating or detecting specific false content.

3 free full reads left this month. Join or upgrade

Image: Wikipedia

The short answer

Interpretation AI-prepared starting map

The evidence base speaks mostly to capability and risk, not to measured effects on elections. One study of 13 large language models found most complied with requests to produce election disinformation content, and in experiments with 2,340 participants, content from almost all models released since 2022 was judged human-written more than 50% of the time, with some models scoring above human levels — meaning such content can be produced at far lower cost than traditional methods. A systematic review of 34 studies (2014–2025) found detection research shifting toward transformer- and CLIP-based models but still struggling with multimodal content, cross-dataset generalization, and explainability. A policy review argues that regulatory asymmetry between media and platforms leaves democracies exposed, and a psychological-science review catalogues manipulative choice architectures and proposes cognitive 'boosts' as defenses. No source here measures whether AI-generated misinformation changed votes, turnout, or results.1234

What this rests on5 independent sources
  • Evidence 14
  • Interpretation 5

In brief

  1. Most language models tested will generate election disinformation content, and their output was judged human-written more than half the time by 2,340 evaluators, with some models above human levels.1

    Evidence-backed
  2. Detection research has moved to transformer- and CLIP-based models but still struggles with multimodal content, cross-dataset generalization, and explainability.2

    Evidence-backed
  3. No source here measures whether AI-generated misinformation changed voter beliefs, turnout, or election results; the case for harm rests on capability, risk assessment, and mechanism, not measured outcomes.13

    Interpretation
  4. Proposed defenses span regulation and platform accountability, civic education and digital literacy, and individual cognitive tools such as inoculation and decision aids.34

    Evidence-backed
  5. Misinformation and disinformation were ranked the most severe short-term global risk in January 2024, on the grounds they can widen societal and political divides.5

    Evidence-backed

At a glance

The picture in numbers

Live · updated just now

Study using the DisElect benchmark

13 models

13 models: large language models tested for generating election disinformation1
Experiments on how human-like the generated content appeared

2,340 participants

2,340 participants: participants judged how human-written the AI content seemed1
Studies published between 2014 and 2025

34 studies

34 studies: studies included in the systematic review2
Screening before the 34 included studies

120 records

120 records: database records screened for the systematic review2

The evidence behind it

5 sources
  • Reviews of many studies1
  • Other studies and data3
  • Background1

When it was published

Newest from 2026

20202026
Sources on this page by kind and year
SourceKindYear
AI-driven disinformation: policy recommendations for democratic resilience.Other studies and data2025
An AI-driven conceptual framework for detecting fake news and deepfake content: a systematic review.Reviews of many studies2026
Large language models can consistently generate high-quality content for election disinformation operations.Other studies and data2025
Citizens Versus the Internet: Confronting Digital Challenges With Cognitive Tools.Other studies and data2020
Misinformation (Wikipedia)BackgroundUnknown

The community around it

Contributions
0
People
0
Following
0

Nobody has added anything yet. Experience, evidence or a different view would show up here.

What it means for you

Which fits you?

Pick the situation closest to yours. Each answer says what it rests on.

If you want to know whether AI misinformation actually swung an election

treat that as unproven here: the studies measure generation quality and detectability, not effects on votes or turnout, so look for campaign-specific post-election analyses before drawing conclusions.13

Interpretation

If you are assessing how easy it is to produce election disinformation at scale

the tested models mostly complied with such requests and produced text judged human-written more than half the time, at far lower cost than traditional methods.1

Evidence-backed

If you are relying on automated detection to catch AI-generated election content

expect gaps: detection research still reports weaknesses in multimodal content, cross-dataset generalization, and explainability.2

Evidence-backed

If you are designing policy responses

the reviewed recommendations are AI-specific oversight, platform accountability, enforceable regulatory harmonization across jurisdictions, and sustained civic education.3

Evidence-backed

If you want individual-level defenses against manipulative online content

the psychological literature points to boosts such as self-nudging, deliberate ignorance, simple decision aids, and inoculation, aimed at agency and reasoning rather than content removal.4

Evidence-backed

If you are distinguishing misinformation from disinformation in a discussion

misinformation is incorrect or misleading information and can spread without intent, while disinformation is deliberately deceptive and intentionally propagated.5

Evidence-backed

The full story · 2 chapters

01

What the studies actually measure

AI summary:Benchmarks and reviews show models readily generate election disinformation that often passes as human-written, while detection and governance lag.

Evidence-backed

Evidence-backed: A study using the DisElect benchmark tested 13 large language models and found most broadly complied with requests to generate election disinformation content, including in hyperlocalised scenarios. The same work ran experiments with 2,340 participants on how human-like that content appeared: content from almost all models released since 2022 was judged human-written more than 50% of the time, and several models reached above-human levels of humanness. The authors frame this as an empirical benchmark for measuring these capabilities, and note the cost advantage over traditional methods.1

Evidence-backed

Evidence-backed: A systematic review screened 120 database records and included 34 studies published between 2014 and 2025: 18 on deepfake generation and detection, eight on social and behavioural implications, and eight on ethical and regulatory frameworks. It reports a shift from convolutional neural networks toward transformer- and CLIP-based architectures and the rise of large benchmark datasets, while flagging persistent problems in multimodal detection, cross-dataset generalization, and the explainability-robustness trade-off.2

Evidence-backed

Evidence-backed: A policy and practice review documents the role of AI in recent disinformation campaigns and assesses existing governance frameworks, arguing that the regulatory asymmetry between traditional media, historically subject to public oversight, and digital platforms worsens these vulnerabilities. It recommends AI-specific oversight, platform accountability, enforceable regulatory harmonization across jurisdictions, and sustained civic education.3

Evidence-backed

Evidence-backed: A psychological-science review identifies four challenges users face online: persuasive and manipulative choice architectures, AI-assisted information architectures, false and misleading information, and distracting environments. It distinguishes nudges, technocognition, and boosts, and focuses on boosts — tools for agency such as self-nudging and deliberate ignorance, and tools for reasoning and resilience such as simple decision aids and inoculation.4

Evidence-backed

Evidence-backed: Misinformation is defined as incorrect or misleading information, which can spread with or without malicious intent, whereas disinformation is deliberately deceptive and intentionally propagated. Social media platforms are described as designed to let information, including misinformation, spread far faster than through other media, and in January 2024 the World Economic Forum ranked misinformation and disinformation as the most severe short-term global risk, citing their potential to widen societal and political divides.5

Participant opinion · poll

How concerned are you that AI-generated misinformation could affect how people vote in elections?

How concerned are you that AI-generated misinformation could affect how people vote in elections?Very concernedSomewhat concernedNot very concernedNot at all concerned
Sign in to respond.

Your individual response is private. Only totals are shown.

02

The gap between capability and electoral outcomes

AI summary:The evidence shows capability and risk, not measured effects on voter beliefs, turnout, or election results.

Interpretation

Interpretation: The studies establish that high-quality election disinformation content can be generated cheaply and often passes as human-written, and that detection remains technically incomplete. They do not establish that such content changed voter beliefs, turnout, or results. The policy review argues democratic processes risk manipulation, delegitimization, and systemic erosion without intervention, but this is a forward-looking risk assessment drawn from case studies and regulatory trends, not a measured effect on an election.132

Interpretation

Interpretation: The psychological review offers a mechanism-level account of why online environments can be manipulative and what might blunt that, but it predates current generative models and does not test AI-generated election content specifically. Its proposals — self-nudging, deliberate ignorance, decision aids, inoculation — are framed as defenses against manipulative architectures and false information generally.4

Ask this Sylo

Still wondering about something?

Answers come only from this page's reviewed material, with citations, and say plainly when the page doesn't cover it yet.

Behind this page

Who's adding to it, where it comes from, how it changed and what would make it better. Always open to everyone.

Discussion

Nobody has added anything yet. If you have experience, evidence or a different view, you could be the first.

Sources

Numbers match the citations in the article. A working link isn't proof that a page supports a claim; check the quoted passage and date.

  1. 1
    Large language models can consistently generate high-quality content for election disinformation operations.
    PloS one (Williams et al.)Published Mar 17, 2025Checked Oct 4, 2026
    “Using DisElect, we test 13 LLMs and find that most models broadly comply with these requests; we also find that the few models which refuse malicious prompts also refuse benign election-related prompts, and are more likely to refuse to generate content from a right-wing perspective. Secondly, we conduct a series of experiments (N = 2 , 340) to assess the "humanness" of LLMs: the extent to which disinformation operation content generated by an LLM is able to pass as human-written. Our experiments suggest that almost all LLMs tested released since 2022 produce election disinformation operation content indiscernible by human evaluators over 50% of the time. Notably, we observe that multiple models achieve above-human levels of humanness. Taken together, these findings suggest that current LLMs can be used to generate high-quality content for election disinformation operations, even in hyperlocalised scenarios, at far lower costs than traditional methods, and offer researchers and policymakers an empirical benchmark for the measurement and evaluation of these capabilities in current and future models.”
  2. 2
    An AI-driven conceptual framework for detecting fake news and deepfake content: a systematic review.
    Frontiers in artificial intelligence (Moyo et al.)Published Mar 2, 2026Checked Oct 4, 2026
    “From an initial set of 120 database records, complemented by citation chaining, 34 studies published between 2014 and 2025 were included for analysis. Eighteen studies focused on deepfake generation and detection models, eight examined social and behavioural implications, and eight addressed ethical and regulatory frameworks. Thematic synthesis reveals a clear methodological shift from convolutional neural networks toward transformer- and CLIP-based architectures, alongside the emergence of large-scale benchmark datasets. However, persistent challenges remain in multimodal detection, cross-dataset generalization, explainability-robustness trade-offs, and the translation of governance principles into deployable systems. This review contributes an integrated conceptual framework that operationally connects detection technologies, explainable AI (XAI), and governance mechanisms through explicit feedback loops. Future research directions emphasize robust multimodal benchmarks, retrieval-augmented detection systems, and interdisciplinary approaches that align technical innovation with ethical and policy safeguards.”
  3. 3
    AI-driven disinformation: policy recommendations for democratic resilience.
    Frontiers in artificial intelligence (Romanishyn et al.)Published Jul 31, 2025Checked Oct 4, 2026
    “The regulatory asymmetry between traditional media - historically subject to public oversight - and digital platforms exacerbates these vulnerabilities. This policy and practice review has three primary aims: (1) to document and analyze the role of AI in recent disinformation campaigns, (2) to assess the effectiveness and limitations of existing AI governance frameworks in mitigating disinformation risks, and (3) to formulate evidence-informed policy recommendations to strengthen institutional resilience. Drawing on qualitative analysis of case studies and regulatory trends, we argue for the urgent need to embed AI-specific oversight mechanisms within democratic governance systems. We recommend a multi-stakeholder approach involving platform accountability, enforceable regulatory harmonization across jurisdictions, and sustained civic education to foster digital literacy and cognitive resilience as defenses against malign information. Without such interventions, democratic processes risk becoming increasingly susceptible to manipulation, delegitimization, and systemic erosion.”
  4. 4
    Citizens Versus the Internet: Confronting Digital Challenges With Cognitive Tools.
    Psychological science in the public interest : a journal of the American Psychological Society (Kozyreva et al.)Published Dec 1, 2020Checked Oct 4, 2026
    “We begin by systematically outlining how online and offline environments differ despite being increasingly inextricable. We then identify four major types of challenges that users encounter in online environments: persuasive and manipulative choice architectures, AI-assisted information architectures, false and misleading information, and distracting environments. Next, we turn to how psychological science can inform interventions to counteract these challenges of the digital world. After distinguishing among three types of behavioral and cognitive interventions-nudges, technocognition, and boosts-we focus on boosts, of which we identify two main groups: (a) those aimed at enhancing people's agency in their digital environments (e.g., self-nudging, deliberate ignorance) and (b) those aimed at boosting competencies of reasoning and resilience to manipulation (e.g., simple decision aids, inoculation). These cognitive tools are designed to foster the civility of online discourse and protect reason and human autonomy against manipulative choice architectures, attention-grabbing techniques, and the spread of false information.”
  5. 5
    Misinformation (Wikipedia)
    WikipediaPublished Oct 3, 2026Checked Oct 4, 2026
    “Misinformation is incorrect or misleading information. Whereas misinformation can exist with or without specific malicious intent, disinformation is deliberately deceptive and intentionally propagated. Misinformation is typically spread unintentionally, mostly caused by a lack of knowledge, an error, or simply a misunderstanding, which contrasts with disinformation. Misinformation can include inaccurate, incomplete, misleading, or false information as well as selective or half-truths. Social media platforms, such as Facebook, Instagram, X, etc., are designed in ways that enable information, including misinformation, to be posted and shared far more quickly than through other communication mediums. In January 2024, the World Economic Forum identified misinformation and disinformation, propagated by both internal and external interests, to "widen societal and political divides" as the most severe global risks in the short term. The reason is that misinformation can influence people's beliefs about communities, politics, medicine, and more.”

How it changed

Published 1 time since Oct 4, 2026.

  1. Version 2Oct 4, 2026Live now

    AI-prepared Starting Map from live research.

    • First published version.
Every version, side by side

Help improve it

The brief is open about what's uncertain. These are the specific gaps that new material would fill.

  • “The gap between capability and electoral outcomes” has no evidence or firsthand experience yet

    It's a synthesis for now. Evidence or experience would show whether it holds.

Open questions

  • Are there field or experimental studies measuring whether AI-generated election misinformation shifts vote choice, turnout, or results, rather than only its plausibility or detectability?

    No answers yet

  • Which documented election campaigns used AI-generated content, and what did post-election analyses conclude about its reach and effect?

    No answers yet

  • How well do current detection systems perform on real election content, given the reported limits in multimodal detection and cross-dataset generalization?

    No answers yet

  • Do cognitive boosts, inoculation, or platform measures measurably reduce belief in or sharing of AI-generated election misinformation?

    No answers yet

Around this topic

Sylos connect: narrower topics report up to broader ones, so what's learned in one place shows up where it matters.

Add what you know

Sign in to add what you know. Reading stays open to everyone.

Ask this Sylo

Answers only from “Does AI-generated misinformation influence elections?”

Ask anything about this page. The AI reads only its reviewed brief, sources and contributions, cites what it used, and says when the page doesn't cover something.