AI Could Disrupt Democracy —the Evidence Is Now Here

AI Could Disrupt Democracy

AI threat to democracy

AI Could Disrupt Democracy —
the Evidence Is Now Here

The peer-reviewed case is no longer theoretical. Controlled trials across four democracies. 80,000 participants. Real elections. Here’s what the science actually shows — and, honestly, what it still can’t prove.

The finding most coverage misses

Slovakia, 2023. Two days before the election, an audio recording appeared online — a candidate and a journalist apparently discussing how to rig the vote. The recording was almost certainly a deepfake. But here’s the thing: in the 48-hour pre-election media blackout, there was no legal way to officially rebut it. Reuters documented the incident as one of the first confirmed AI deepfakes deployed in a live European election.

India, 2025: a candidate claimed an authentic audio clip — one in which he criticised his own party — was an AI deepfake. Independent fact-checkers found the recording was genuine. He used the existence of AI disinformation as a defense against real accountability. Got away with it.

That’s the mechanism everyone underestimates. Not that AI makes fake things. That AI makes real things deniable. Once synthetic media is pervasive enough, authenticity becomes a matter of assertion — and assertion favours whoever shouts loudest.

Caveat: the India 2025 case is emblematic, not singular proof — it illustrates a structural dynamic (the “liar’s dividend”) that appears across multiple documented cases. The Slovakia deepfake is the more forensically confirmed instance. Both are cited here as examples of a pattern, not standalone evidence of systematic electoral disruption.

Now the controlled experiment numbers. Because they’re bad. And complicated.

In December 2025, researchers published simultaneous papers in Nature and Science documenting something political scientists had feared but never measured at scale: a single AI chatbot conversation moved opposition voters’ candidate preferences by up to ten percentage points in real electoral periods, across the U.S., Canada, Poland, and the UK. Nearly 80,000 participants. Pre-registered. Peer-reviewed.

The “nearly four times more effective than political advertising” framing is technically accurate — but it requires a caveat that belongs right here, not buried three paragraphs later. The 2020 Facebook/Instagram ad removal experiment (Allcott et al.) ran for six weeks before the U.S. presidential election and found near-zero effects on political knowledge, polarisation, perceived legitimacy, and turnout. Lab persuasion and field outcomes are not the same thing. The Cornell researchers are explicit: chatbot engagement requires users to initiate conversations. That engagement barrier is real. The threat is not that chatbots spontaneously infiltrate every voter’s information diet. It’s that actors who overcome that barrier — through companion apps, social platforms, voice assistants — now wield a persuasion instrument with no historical precedent in cost-to-effect ratio.

Both things are simultaneously true. That’s the frame this piece applies throughout.

10pp
Opinion shift, standard AI chatbot, real elections (lab conditions)
26pp
Shift with persuasion-optimised model — accuracy deteriorates at this level
≈0pp
Political ad removal effect in 2020 field experiment (Facebook/Instagram)
15
Consecutive years of global internet freedom decline (Freedom House 2025)

Why This Technology Is Structurally Different

Every major communications technology disrupted the political information environment of its era. The printing press. Radio. Television. Social media. What separates AI is not speed or reach alone — it’s the elimination of the human labour bottleneck.

Mounting an effective influence campaign a decade ago required armies of people: writers, account managers, cultural adapters. That labour cost was a structural constraint on abuse. MIT Technology Review estimated that a politically personalised AI conversation could now be delivered to every registered U.S. voter for under a million dollars. The 80,000 swing voters who effectively decided the 2016 election: under three thousand dollars to reach, individually, conversationally.

The Journal of Democracy‘s analysis identifies the secondary mechanism: AI floods the media landscape at a volume no human institution can fact-check in real time. The rational citizen response — believe nothing — is itself corrosive. Epistemic nihilism is the condition partisan actors fill with curated certainties. And the Knight First Amendment Institute’s 2025 review is honest that the 2024 “misinformation apocalypse” largely didn’t materialise — voter skepticism, platform guardrails, and civil society adaptation all worked as buffers. The question is how durable those buffers are.

AI’s dual relationship with democracy — threat vectors vs. countervailing forces
⚠ Threat Vectors
AI voter persuasion+10pp (standard) to +26pp (optimised) in controlled trials; cost collapsing
Malicious AI swarmsMulti-agent adaptive infiltration — capability analysis, not yet documented at electoral scale
AI surveillance exportChina’s Digital Silk Road: 6+ confirmed countries (Carnegie Endowment)
Industrial disinformationSynthetic media at scale overwhelms real-time verification
The liar’s dividendReal events claimed as deepfakes; accountability dissolved
✓ Countervailing Forces
AI-assisted fact-checkingCDT / Taiwan model: scales to match disinformation volume
Civic participation tools1,000+ responses processed in LA wildfire recovery (Carnegie, 2025)
Detection infrastructureBehavioural signature analysis improving alongside swarm capabilities
Provenance standardsC2PA watermarking; EU AI Act requirements (Feb 2027)
Open-source defensibilityCivil society counter-tools scaling — unevenly
Asymmetry: offensive AI deployment precedes defensive infrastructure by an estimated 18–36 months
Sources: Knight First Amendment Institute (2025); Carnegie Endowment (2026); Science (Schroeder et al., Jan 2026); Munich Security Conference (2025). “Capability analysis” in swarms row = governance paper, not empirical deployment report — distinction matters for proportionate assessment.

The Persuasion Machine: What the Science Actually Shows

The Cornell-led research answers whether AI chatbots can change votes in real elections. The answer is yes — and the mechanism is counterintuitive.

AI chatbots persuade not through emotional manipulation or psychological targeting. The research explicitly tested for these and found them ineffective. They persuade by generating large volumes of evidence-backed factual claims. As Scientific American reported, Ethan Porter at George Washington University’s Institute for Data, Democracy and Politics frames this as somewhat reassuring: facts and evidence still move voters. Democracy’s epistemic precondition isn’t dead.

The problem is the optimisation curve. And it’s dark.

Second-order mechanism — why you won’t see it coming

Push a model to maximise persuasion — pile on more and more factual claims — and it eventually runs out of accurate information. Then it starts fabricating. The UK arm of the Science study found that a persuasion-optimised model shifted participants 26.1 percentage points toward agreement on political statements.

The most persuasive models made the most inaccurate claims. And here’s the part that should bother you: the output looks identical whether the model is accurate or hallucinating. Same confidence scores. Same apparent precision. Same formatting. No visible signal of the accuracy/persuasion tradeoff.

Democracy faces a technology that is simultaneously the most effective political communicator ever tested in a controlled setting and the least reliable conveyor of political truth when optimised for effect. You can’t tell which mode it’s in from the output alone.

Persuasion effect sizes — opinion shift in percentage points
Traditional political advertising2016–2020 U.S. cycles (Kalla & Broockman, APSR)
~1pp
Standard AI chatbot — U.S.Participants disclosed it was AI (Lin et al., Nature 2025)
~4pp
AI chatbot — Canada & PolandReal election periods; AI disclosed (Lin et al., Nature 2025)
~10pp
Persuasion-optimised model — UK77,000 participants; accuracy degrades at this level (Hackenburg et al., Science 2025)
26pp
Facebook/Instagram ad removal6-week field experiment before 2020 U.S. election (Allcott et al., 2025)
≈0pp
⚠ The Facebook/Instagram null finding is load-bearing, not decorative. It anchors the gap between laboratory persuasion effects and real electoral outcomes. All chatbot studies above used disclosed AI and required active user engagement. Real-world deployment without disclosure, via platforms that reduce friction, is the uncharted variable.
Sources: Lin et al., Nature 648 (Dec 2025); Hackenburg et al., Science (Dec 2025); Kalla & Broockman, APSR 112 (2017); Allcott et al. (2025). Effect sizes from chatbot studies are from controlled lab conditions and should not be interpreted as direct predictions of electoral outcome shifts.

“The persuasion-optimised model shifted opposition voters 26 percentage points — and the more persuasive the model, the less accurate its facts.”

Kobi Hackenburg, UK AI Security Institute — Science, December 2025

Malicious AI Swarms: Real Capability, Unconfirmed at Electoral Scale

Individual persuasion bots are known and increasingly studied. The genuinely novel development — described in a January 2026 paper in Science by Schroeder, Goldenberg, Christakis, and colleagues from Harvard, Yale, and Cambridge — is coordinated multi-agent AI systems designed to infiltrate democratic communities.

A necessary calibration upfront: this paper is a governance analysis of emerging capability, not a report of documented large-scale electoral deployment. The authors are describing what these systems can do and calling for governance action before they’re widely deployed. That’s a different evidential register than the Nature/Science persuasion papers, which tested actual effects on actual voters.

With that clearly stated: the capability distinction from earlier bot networks matters. Twitter trolls circa 2016 were large in number but static — detectable by behavioural signature, requiring ongoing human coordination, incapable of adapting when exposed. Malicious AI swarms inherit LLM reasoning. Extended coherent conversations. Plausible responses to challenges. Real-time tactical updates. The Harvard analysis of the paper frames the shift as moving from episodic disinformation to persistent community manipulation — from flooding the information environment to systematically shaping social dynamics over time.

Detection methods are improving alongside capabilities. The race is between offense and a moving target, not offense and a static one. The forward-projecting nature of this threat is actually where the governance window argument gets its urgency.

“Malicious AI swarms don’t just spread disinformation. They infiltrate communities, fabricate consensus, and adapt in real time — shifting the threat from episodic to systemic.”

Schroeder, Goldenberg et al. — Science 391, January 2026 [governance analysis; large-scale electoral deployment not yet documented]

Surveillance, Repression, and the Coercive Threat

The information threat and the coercive threat share a structural root. The same capabilities enabling personalised persuasion at scale also enable surveillance at a granularity previously available only to the most heavily resourced state security services.

Legal scholar Matthew Tokson’s 2025 analysis in the University of Pennsylvania Journal of Constitutional Law identifies the specific mechanism: AI law enforcement concentrates coercive capacity. Traditional authoritarian control requires large human coalitions — each member of which can defect, leak, or refuse orders. An AI-enabled enforcement system can theoretically be controlled by a very small number of people, eliminating the friction that has historically constrained authoritarian excess. This is a structural argument, not a documented outcome. The capability is built before the abuse occurs. That’s precisely what makes it difficult to legislate against proactively.

More concretely: the Journal of Democracy documents China’s AI surveillance infrastructure being exported via its Digital Silk Road, with confirmed deployments in Bangladesh, Colombia, Ethiopia, Guatemala, the Philippines, and Thailand. The Carnegie Endowment’s January 2026 mapping identifies Iran, Russia, and Venezuela as actively weaponising generative AI to suppress opposition. Freedom House’s 2025 Freedom on the Net report: 15th consecutive year of global internet freedom decline, the most consistent mechanism being manipulation of online political information.

Threat vector Mechanism Evidence status ⚠ What the evidence can’t establish Active counterweight
AI voter persuasion Chatbots shift opinion via evidence flooding; optimised models: 26pp in controlled trials Confirmed in lab (80K participants, 4 democracies, real elections) Lab-to-field translation unproven; Facebook null finding; AI was disclosed in all studies; engagement barrier is real Platform guardrails; detection improving; active engagement required
Industrial disinformation Generative AI produces synthetic media at negligible cost, overwhelming verification capacity Capability confirmed; 2024 electoral impact less than feared (Knight First Amendment Institute) 2024 “AI election apocalypse” did not materialise — buffers held; trajectory worsening but 2024 provides a partial stabilising precedent AI fact-checking (CDT, Taiwan model); platform detection tools
Malicious AI swarms Multi-agent systems infiltrate communities, fabricate consensus, adapt in real time Capability analysis confirmed (Science, Jan 2026 — policy forum, not empirical deployment report) Large-scale electoral deployment not yet documented; Schroeder paper is forward-projecting governance analysis, not retrospective harm measurement Behavioural detection advancing; three governance leverage points identified (Schroeder et al.)
AI surveillance / repression Automated enforcement concentrates power; reduces coalition requirements for authoritarian control Infrastructure confirmed: China, Iran, Russia, Venezuela; democratic structural risk is mechanism-specific Authoritarian drift in formal democracies remains structural argument, not documented outcome; capability precedes abuse by design EU AI Act high-risk classification for biometric surveillance; legal doctrine developing (Tokson)
The liar’s dividend AI deepfake awareness weaponised to deny authentic evidence Multiple documented cases: Slovakia 2023 (Reuters), India 2025; structurally predictable as synthetic media proliferates Hard to quantify at scale; case documentation is illustrative, not systematic; depends heavily on local media literacy and fact-checking infrastructure C2PA provenance standards; EU AI Act watermarking (Feb 2027); press freedom infrastructure
Digital authoritarianism export China’s Digital Silk Road deploys AI surveillance in partner states Confirmed: 6+ countries (Carnegie Endowment, 2024) Recipient state institutional strength varies significantly; deployment ≠ effective repression in all contexts U.S./EU diplomatic counter-programming; Freedom House monitoring

The “What the evidence can’t establish” column is adversarial by design — each row names a specific limit of the cited evidence, not a dismissal of the threat. Evidence levels: Confirmed = consistent findings across multiple independent sources; Capability confirmed = demonstrated technically, not yet at documented electoral scale; Mechanism-specific = structural argument with named causal chain, not yet empirically demonstrated at stated scope.


The Other Side: AI as a Democratic Tool

A serious analysis can’t treat the technology as unambiguously corrosive. The same open-source ecosystem that puts persuasion tools in bad actors’ hands puts detection tools, civic engagement platforms, and accessibility infrastructure in civil society’s hands. The technology is genuinely two-sided.

What’s actually working. Carnegie’s July 2025 analysis documents AI tools processing over 1,000 detailed resident responses after Los Angeles’s 2025 wildfires — preserving people’s language, elevating shared concerns, giving policymakers a more representative picture than conventional comment processes produce. Fort Collins, Colorado: 4,000 long-form responses on contested land use, synthesised for council use. These address democracy’s structural weakness — the gap between governance complexity and participation capacity.

The Centre for Democracy and Technology’s 2024 case studies identified three working models: fact-checking collectives in Mexico using AI to match disinformation volume at lower cost; decentralised civil society coordination in Taiwan — the model that proved most resilient to coordinated AI influence operations in 2024; and academic AI incident tracking creating accountability. The OECD’s 2025 governing-with-AI report documented 200 real-world government applications including civic participation tools.

The technology is being deployed on both sides. The question is which side is winning — and where — and whether the institutional investment in democratic AI is scaling at comparable pace to the offensive deployment. Right now, it isn’t. That’s the actual problem.

More on how civil society is fighting back: ForbiddenAI — AI governance & democratic rights


What Three Datasets Imply for 2027 — A Cross-Source Synthesis

Cross-source synthesis — not present in any single cited source

Read the Cornell/UK persuasion research (Nature/Science, December 2025), the malicious AI swarms paper (Science, January 2026), and Freedom House’s Freedom on the Net 2025 report as a set, and a dynamic emerges that no individual source states.

The persuasion research establishes: AI is already more effective at shifting political opinion than traditional advertising in controlled settings, and optimising for persuasion trades accuracy for effect size. The swarms paper establishes — as a capability analysis, not a documented deployment — that the next generation of these systems will operate as persistent community infiltrators, not one-off chatbots. Freedom House establishes: the trend line against which this capability is being deployed is 15 consecutive years of declining internet freedom, with political information manipulation as the most consistent mechanism.

Together — and cross-read against the Knight First Amendment Institute’s finding that 2024’s predicted catastrophe didn’t materialise — these datasets point toward a specific inflection risk around 2027. The 2024 buffers (voter skepticism, platform guardrails, civil society adaptation, insufficient bad-actor sophistication) are not permanent features. Persuasive AI tools are improving. Companion bots designed to build sustained trust are proliferating. Open-source models are making undisclosed deployment progressively easier.

The 2024 evidence base doesn’t license complacency. It licenses a two-to-three-year window to institutionalise the governance and detection infrastructure that blunted the 2024 threat — before the capability gap closes. The synthesis conclusion depends on the buffers not being self-reinforcing. If they are — if voter skepticism, for instance, scales as fast as AI persuasion capability — the 2027 inflection doesn’t materialise as described. That’s the thesis-complicating uncertainty this analysis can’t resolve.

The capability-governance gap — key inflection points
2022

ChatGPT launches

Brookings (Oct 2025): no notable change yet in proportion of workers in AI-exposed occupations. Buffers hold. Offensive capability limited relative to later development.

2023

Slovakia deepfake audio — first confirmed AI deployment in European election

Reuters documented the incident. 48-hour media blackout prevented official rebuttal. Liar’s dividend mechanism demonstrated in the wild for the first time at this scale.

2024

Super-election year — predicted catastrophe doesn’t arrive

Knight First Amendment Institute: “AI misinformation apocalypse” did not materialise. Voter skepticism, platform guardrails, civil society adaptation all functioned as buffers. Taiwan model works. This is a genuine finding — and a one-cycle observation.

Dec 2025

Nature / Science persuasion papers published

80,000 participants, 4 democracies, real elections. Standard chatbot: 10pp. Optimised model: 26pp, accuracy deteriorating. Capabilities already beyond anything deployed in 2024.

Jan 2026

Malicious AI swarms paper — Science

Schroeder, Goldenberg, Christakis et al. Multi-agent adaptive infiltration: capability analysis and governance call. Not a deployment report. The distinction matters.

Aug 2026

EU AI Act: scheduled full application

Commission’s Nov 2025 digital omnibus proposes delaying high-risk rules to 2027–2028. Governance window narrowing even as capability development accelerates.

~2027

Projected capability-governance inflection (cross-source synthesis)

If 2024 buffers erode and governance frameworks lag, the next major election cycle faces a qualitatively different threat environment. Key uncertainty: whether voter skepticism scales with capability. The window is real. It is narrowing. Whether it closes is not yet determined.

Sources: Knight First Amendment Institute (2025); Nature (2025); Science (2026 ×2); Reuters (2023); EU Commission digital omnibus proposal (Nov 2025); Brookings (Oct 2025). 2027 entry is a cross-source synthesis projection, not a prediction from any single source.

“The democracies best positioned in 2027 won’t be those that adopted the most AI. They’ll be those that built detection infrastructure and epistemic resilience before the 2024 buffers eroded.”

Editorial synthesis — Nature (2025), Science (2026), Freedom House (2025), Knight First Amendment Institute (2025)

What’s Actually Being Done — and What Isn’t

The response landscape is neither absent nor adequate to the pace of capability development. The EU AI Act is scheduled for full application from August 2026, with the Commission’s November 2025 digital omnibus proposing a delay of high-risk AI rules to 2027 or 2028. The U.S. America’s AI Action Plan, July 2025, prioritises innovation and national security while leaving gaps in fairness requirements and human rights accountability. Japan’s AI Promotion Act, passed May 2025, takes an industry-led approach. None of these frameworks specifically addresses the persuasion-optimised open-source deployment scenario Cornell and the UK AI Security Institute identified as the most immediately actionable threat vector.

The Schroeder et al. paper identifies three concrete leverage points for swarm defense: technical detection standards at infrastructure level, economic disincentives on model developers and platform operators who fail to implement detection, and governance mechanisms beyond voluntary compliance. The CDT case studies point toward a fourth the academic literature underweights: the Taiwan model of decentralised civil society coordination — overlapping resilience rather than centralised fact-checking that can be overwhelmed or discredited. That model requires investment long before a crisis, not as a response to one.

The capacity to demand provenance and disclosure for AI-generated political content is now a democratic competency. The Harvard Kennedy School’s AI Ethics Initiative, February 2026, is explicit that individual actors have meaningful agency — but that capacity is distributed extremely unevenly. The communities most targeted by AI persuasion tools are typically those with least access to counter-capacity. That asymmetry is where the democratic case for AI governance is strongest: not because AI is irredeemably corrosive, but because the market for AI-enabled democratic offense is far more developed than the market for AI-enabled democratic defense, and market forces alone won’t close that gap.


For Policymakers and Citizens

For: Policymakers & Legislators

The governance window is open. It won’t stay open.

Here’s what this actually is: a structural race condition. The persuasion capabilities documented in the December 2025 Nature/Science papers already exceed anything deployed in the 2024 election cycle. The governance frameworks — EU AI Act, U.S. Action Plan, Japan’s Promotion Act — were designed around 2023-era capabilities. They will be enforcing 2023 rules against 2027 tools.

What you do: The Schroeder et al. recommendations are specific. Technical detection standards at the infrastructure level. Economic disincentives for model developers and platforms that fail to implement detection. Governance mechanisms beyond voluntary compliance. The EU AI Act’s provenance and watermarking requirements for AI-generated content are a starting point. Mandate them for political content specifically, ahead of the broader schedule, rather than accepting the proposed 2027–2028 delay.

What’s going to stop you: The 2024 null findings are being used to argue the threat is overstated. They’re not wrong about 2024. They’re wrong about 2027. The buffers that held in 2024 — voter skepticism, platform guardrails, bad-actor capability gaps — are all temporary. The capability development schedule is not. And the persuasion-optimised open-source deployment scenario has no governance framework addressed to it yet, in any jurisdiction.

Stop treating “the 2024 elections were fine” as a stable equilibrium. The Knight Institute finding is a one-cycle observation at a specific capability level. Neither of those things is permanent.
For: Citizens & Civic Organisations

The liar’s dividend is your problem whether you engage with it or not.

You don’t need to be directly targeted by AI persuasion to be affected by it. You just need to live in an information environment where synthetic media is pervasive enough that everything becomes deniable. Slovakia 2023. India 2025. These aren’t exotic edge cases — they’re the earliest documented examples of a mechanism that scales with the proliferation of synthetic media.

What you do: Demand disclosure from political campaigns about AI use in voter outreach. Apply particular scrutiny to unusually persuasive, evidence-dense arguments in conversational contexts — the Cornell research shows this is the signature of AI persuasion. Support civil society organisations building technical counter-capacity. The Taiwan model worked in 2024 because the investment happened years earlier. Pre-positioning is the variable that mattered.

What’s going to stop you: Detection tools and media literacy resources are distributed extremely unevenly. The communities most targeted by AI persuasion tools typically have the least access to counter-capacity. This isn’t a personal responsibility problem with a personal responsibility solution — it requires institutional investment in civic infrastructure before the crisis, not during it.

Stop treating reactive fact-checking as sufficient response. By the time a claim is checked, the persuasion has occurred. And in a 48-hour media blackout — like Slovakia 2023 — fact-checking isn’t even legally available.

Five Questions, Answered Honestly

Can AI really change how people vote?

In controlled experiments: yes, significantly. Up to 10 percentage points via standard chatbot in real elections; 26 points with an optimised model (where accuracy also deteriorates). The critical caveat, stated upfront rather than buried: all participants knew they were talking to AI, active engagement is required, and a large-scale 2020 Facebook/Instagram ad removal field experiment found near-zero effects on actual electoral outcomes. Lab effects are real. Their translation to election results under real-world deployment conditions remains the most important open empirical question.

What exactly is the liar’s dividend?

The term describes a specific asymmetric weapon: the existence of AI deepfakes being used to discredit authentic evidence. Slovakia 2023 (AI-generated audio used to spread disinformation pre-election) and India 2025 (authentic audio dismissed as a deepfake) represent the two directions of the same mechanism. The first uses AI to create false things. The second uses awareness of AI to deny real things. Both are documented. Both are structurally predictable. Neither requires sophisticated technical capacity to exploit — just awareness that deepfakes exist.

Didn’t the 2024 elections prove the AI threat is overblown?

Partially, and the distinction matters. The Knight First Amendment Institute’s 2025 review found the predicted “AI misinformation apocalypse” didn’t materialise — voter skepticism, platform guardrails, and civil society adaptation all functioned as buffers. That is a genuine and important finding. It is also a one-cycle observation at a specific capability level. The Cornell and UK AI Security Institute research was published in December 2025, after 2024’s elections — and documents capabilities already beyond what was deployed in those cycles. The 2024 evidence licenses a two-to-three-year governance window, not a conclusion of permanent resilience.

Can AI also help democracy?

Substantively, yes. Carnegie documented AI processing 1,000+ citizen responses after LA’s 2025 wildfires into actionable policy insights; Fort Collins processed 4,000 long-form responses on contested land use. The OECD’s 2025 report documented 200 government AI applications including civic participation tools. AI-assisted fact-checking is scaling in Mexico and Taiwan. The technology is demonstrably two-sided. The honest assessment: offensive deployment is currently outpacing defensive infrastructure by an estimated 18–36 months. That gap — not the technology itself — is the actual problem.

What distinguishes malicious AI swarms from old-school bot networks?

The critical difference is adaptability. 2016-era bots were large but static — detectable by behavioural signature, requiring human coordination, unable to update tactics when exposed. Malicious AI swarms (per the January 2026 Science paper) inherit LLM reasoning: they can hold extended coherent conversations, respond plausibly to challenges, and update their approach in real time. Important: this paper is a governance analysis of emerging capability, not a report of documented large-scale electoral deployment. The threat is real and forward-projecting. It is not yet confirmed at the scale some coverage implies.

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