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The Numbers

31 citable stats on AI risk — expert odds, public opinion, incidents, lab grades and the pace of the frontier. Every number links to its source; hover any card to copy a ready-made citation.

1,497 incidents tracked8 published odds7 labs graded19 sources
01 Forecasts

Where insiders put the odds

Probability estimates of AI-caused catastrophe, from the people building it and the people forecasting it — every figure published and sourced.

5%
median probability of extinction-level outcomes from AI, from the largest-ever survey of AI researchers (2,778 authors)
AI Impacts survey (arXiv:2401.02843) · Jan 2024
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2047
the year researchers give 50/50 odds of machines outperforming humans at every task — pulled forward 13 years in a single survey cycle
AI Impacts survey (arXiv:2401.02843) · Jan 2024
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0.38% vs 3%
superforecasters vs AI experts on the odds of AI-caused extinction by 2100 — even the optimists don't say zero
Forecasting Research Institute, Existential Risk Persuasion Tournament · 2023
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02 Polling

What the public thinks

Polling on AI concern and appetite for regulation. The public is consistently more worried — and more pro-slowdown — than the policy debate assumes.

52%
of Americans are more concerned than excited about AI in daily life — nearly triple the 16% who are more excited
Pew Research Center · Aug 2023
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46%
of US adults are somewhat or very concerned about the possibility that AI will cause the end of the human race
YouGov · Apr 2023
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72%
of US voters prefer slowing down AI development, versus just 8% who prefer speeding it up
AI Policy Institute / YouGov · Aug 2023
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82%
of US voters don't trust AI company executives to regulate the industry themselves
AI Policy Institute / YouGov · Aug 2023
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03 The record

The incident record

What has actually gone wrong: 1,497 documented real-world incidents, classified by MIT's AI Risk Initiative.

1,497
documented AI incidents since 1983
+40%
incidents in 2025 vs 2024 (410 vs 293)
38%
involve malicious actors — the largest risk domain
98%
happened after deployment, not in the lab

Incidents per year

Reported AI incidents, 1983–2026. The last bar is the current year in progress.

1983: 1 incidents1992: 1 incidents1996: 1 incidents1998: 1 incidents1999: 1 incidents2003: 4 incidents2006: 1 incidents2007: 1 incidents2008: 3 incidents2009: 2 incidents2010: 1 incidents20102011: 3 incidents2012: 8 incidents2013: 6 incidents2014: 13 incidents2015: 24 incidents2016: 41 incidents2017: 50 incidents2018: 45 incidents2019: 43 incidents2020: 91 incidents20202021: 79 incidents2022: 105 incidents2023: 169 incidents2024: 293 incidents2025: 410 incidents2026: 100 incidents (year in progress)2026

What kind of risk — by year

Each year's incidents stacked by MIT risk repository domain, last 12 years. Hover for values.

2015 — discrimination & toxicity: 72015 — privacy & security: 32015 — malicious actors: 22015 — human-computer interaction: 12015 — socioeconomic & environmental: 12015 — ai system safety, failures, & limitations: 10152016 — discrimination & toxicity: 162016 — privacy & security: 12016 — misinformation: 12016 — malicious actors: 32016 — socioeconomic & environmental: 22016 — ai system safety, failures, & limitations: 18162017 — discrimination & toxicity: 152017 — privacy & security: 92017 — misinformation: 22017 — malicious actors: 42017 — socioeconomic & environmental: 12017 — ai system safety, failures, & limitations: 19172018 — discrimination & toxicity: 142018 — privacy & security: 52018 — malicious actors: 12018 — human-computer interaction: 12018 — socioeconomic & environmental: 22018 — ai system safety, failures, & limitations: 22182019 — discrimination & toxicity: 162019 — privacy & security: 52019 — misinformation: 22019 — malicious actors: 52019 — human-computer interaction: 12019 — ai system safety, failures, & limitations: 14192020 — discrimination & toxicity: 322020 — privacy & security: 62020 — misinformation: 52020 — malicious actors: 162020 — socioeconomic & environmental: 12020 — ai system safety, failures, & limitations: 31202021 — discrimination & toxicity: 182021 — privacy & security: 52021 — misinformation: 42021 — malicious actors: 72021 — human-computer interaction: 62021 — socioeconomic & environmental: 22021 — ai system safety, failures, & limitations: 37212022 — discrimination & toxicity: 252022 — privacy & security: 102022 — misinformation: 112022 — malicious actors: 202022 — human-computer interaction: 52022 — socioeconomic & environmental: 22022 — ai system safety, failures, & limitations: 32222023 — discrimination & toxicity: 242023 — privacy & security: 122023 — misinformation: 352023 — malicious actors: 652023 — human-computer interaction: 52023 — socioeconomic & environmental: 12023 — ai system safety, failures, & limitations: 27232024 — discrimination & toxicity: 302024 — privacy & security: 172024 — misinformation: 512024 — malicious actors: 1552024 — human-computer interaction: 42024 — socioeconomic & environmental: 32024 — ai system safety, failures, & limitations: 33242025 — discrimination & toxicity: 252025 — privacy & security: 242025 — misinformation: 662025 — malicious actors: 2372025 — human-computer interaction: 182025 — socioeconomic & environmental: 32025 — ai system safety, failures, & limitations: 37252026 — discrimination & toxicity: 52026 — privacy & security: 112026 — misinformation: 182026 — malicious actors: 492026 — human-computer interaction: 12026 — socioeconomic & environmental: 32026 — ai system safety, failures, & limitations: 1326
discrimination & toxicityprivacy & securitymisinformationmalicious actorshuman-computer interactionsocioeconomic & environmentalai system safety, failures, & limitations

Risk domains, all time

Total incidents per MIT risk repository domain.

malicious actors
566
ai system safety, failures, & limitations
314
discrimination & toxicity
243
misinformation
196
privacy & security
112
human-computer interaction
42
socioeconomic & environmental
24

Top 10 risk subdomains

The most common specific failure modes across all incidents.

fraud, scams, and targeted manipulation
412
lack of capability or robustness
306
false or misleading information
192
disinformation, surveillance, and influence at scale
139
unfair discrimination and misrepresentation
118
exposure to toxic content
91
compromise of privacy by obtaining, leaking or correctly inferring sensitive information
88
overreliance and unsafe use
38
unequal performance across groups
34
ai system security vulnerabilities and attacks
24
Intentional vs unintentional
unintentional 49%intentional 49%other 1%
Caused by AI vs humans
ai 64%human 35%other 1%
Pre- vs post-deployment
post-deployment 98%pre-deployment 2%other 1%
EU AI Act risk level
limited risk 51%high risk 33%minimal or no risk 13%unacceptable 3%
04 Report card

How the labs score on safety

The Future of Life Institute's AI Safety Index (summer 2025) — an independent expert panel grades the frontier labs like a school report.

Overall safety grades

Scored 0–4 GPA-style across six safety domains.

Anthropic
C+
OpenAI
C
Google DeepMind
C-
xAI
D
Meta
D
Zhipu AI
F
DeepSeek
F
  • —no company scored above D on existential safety — despite all of them saying AGI could arrive within the decade
  • —only 3 of 7 companies reported substantive testing for dangerous capabilities (Anthropic, OpenAI, Google DeepMind)
  • —graded across six domains — risk assessment, current harms, safety frameworks, existential safety, governance & accountability, information sharing — by an independent panel of six AI scientists and governance experts
View original source: FLI AI Safety Index ↗
05 The pace

How fast the frontier is moving

Compute, cost and capability curves — from the International AI Safety Report, Stanford's AI Index and Epoch AI.

5× / year
growth in training compute for the most compute-intensive AI models; the largest training runs have likely passed 10²⁶ FLOP
International AI Safety Report · 2026
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7 months
how often the length of software tasks AI agents can complete (at 80% reliability) has doubled, for six years running
International AI Safety Report · 2026
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100+ experts
authored the report, chaired by Turing Award winner Yoshua Bengio and backed by 30+ countries and international organisations
International AI Safety Report · 2026
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$78M → $191M
estimated training compute cost of GPT-4 vs Gemini Ultra — frontier training runs now cost more than most companies are worth
Stanford AI Index 2024 (Epoch AI estimates) · 2024
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~8 months
how often algorithmic efficiency for language models doubles — capability grows even with zero new hardware
Epoch AI (Ho et al.) · 2024
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ASL-3
Anthropic activated its highest-yet safety tier for Claude Opus 4 — the first frontier model shipped under bioweapon-relevant safeguards, because the company couldn't rule the risk out
Anthropic · May 2025
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06 The rules

Governance & transparency

How companies and regulators are (and aren't) keeping up — Stanford AI Index, the EU AI Act and Georgetown CSET.

24% → 11%
share of organisations with no responsible-AI policies at all, 2024 to 2025 — governance is formalising fast
Stanford AI Index · 2026
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40 / 100
average Foundation Model Transparency Index score in 2025 — down from 58 in 2024, after rising from 37 in 2023
Stanford AI Index · 2026
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59%
of organisations name knowledge gaps as their top barrier to responsible AI — ahead of budget (48%) and regulatory uncertainty (41%)
Stanford AI Index · 2026
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+17%
growth in AI-specific governance roles inside organisations in 2025
Stanford AI Index · 2026
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Aug 2024
the EU AI Act — the world's first comprehensive AI law — entered into force; obligations for general-purpose AI models began August 2025
EU AI Act · 2024
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~2%
of AI research publications focus on safety — the other 98% push capabilities forward
Emerging Technology Observatory, Georgetown CSET · 2023
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07 Work

Jobs & the economy

Exposure estimates from the institutions markets actually listen to.

40%
of global employment is exposed to AI — rising to 60% in advanced economies, where roughly half of exposed jobs may see lower demand
International Monetary Fund · Jan 2024
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300M
full-time jobs worldwide exposed to automation by generative AI, per Goldman Sachs' widely cited estimate
Goldman Sachs Research · Mar 2023
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08 Harms

Misuse & harm to children

The sharpest end of AI harm — deepfakes, exploitation, and AI companions. Handle these numbers with care; they describe real victims.

13 → 3,440
AI-generated child sexual abuse videos detected by the Internet Watch Foundation, year over year — a 26,000%+ increase, over half in the most severe category
Internet Watch Foundation, via Internet Safety 101 · Jan 2026
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4,700 → 67,000
generative-AI-related reports to NCMEC's CyberTipline from 2023 to 2024 (+1,325%) — and over 440,000 in just the first half of 2025
NCMEC, via Internet Safety 101 · 2025
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96%
of deepfake videos online are pornographic; 15% of UK adults report having seen deepfake pornography
International AI Safety Report · 2026
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72%
of US teens have used AI companions; about 1 in 3 find those conversations as satisfying or more satisfying than talking to real friends
Common Sense Media, via Internet Safety 101 · 2025
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1 in 3
AI incidents since 2023 involved an unknown AI developer — accountability often can’t even be assigned
AI Incident Database, via TIME · Jan 2026
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6,700 / hour
sexualised images Grok was estimated to be producing at peak, prompting Malaysia and Indonesia to block it
TIME · Jan 2026
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About this data

Every stat on this page links to its source — click through and check before you put it in a script. The page draws on the MIT AI Incident Tracker, the Future of Life Institute's safety index, the International AI Safety Report, Stanford's AI Index, Epoch AI, the AI Impacts researcher survey, the Forecasting Research Institute, Pew, YouGov, the AI Policy Institute, the IMF, Goldman Sachs, Georgetown CSET and Internet Safety 101 (which aggregates IWF, NCMEC and Common Sense Media research).

The incident record comes from the MIT AI Incident Tracker, which classifies real-world reports from the AI Incident Database against the MIT AI Risk Repository taxonomy, CSET's AI harm taxonomy, and the EU AI Act's risk levels. Incidents are voluntarily reported, so the data under-counts real-world harm; treat trends as indicative, not definitive.

Incident data: MIT AI Risk Initiative & the Responsible AI Collaborative, licensed CC BY 4.0. Snapshot from 2026-08-25.