Skip to content
EventPast event

AI misjudged intelligence and nearly triggered a U.S.-China conflict

2 reports2 reporting sourcesLatest report

Start here

AI overview

CNN reported on September 18 that during a war with Iran, the U.S. military prepared to board a Chinese cargo ship in the Middle East suspected of carrying nuclear components, based on completely erroneous intelligence derived from AI by analysts. Warplanes had already taken off, and the error was only discovered just before interception; some said the incident nearly triggered a war between two nuclear powers. Timnit Gebru and Emily M. Bender pointed out that such large language models are essentially "stochastic parrots," whose risks were already documented in a 2021 paper, and that the real danger comes from people mistakenly believing they possess superintelligence. Transformer published an article arguing that keeping humans in the decision loop does not eliminate the risk of AI involvement in military decision-making; the hidden danger lies in human operators who over-rely on AI. Jacquelyn Schneider of Stanford University's Hoover Institution said AI makes analysts more prone to over-trusting assessment results.

Generated by AI from reports · Updated 4 days ago

Latest developments

2 developments
  1. · 1 reports
    Human oversight cannot defuse the risk of AI in war
    Transformer:Human oversight cannot defuse the risk of AI in war
  2. · 1 reports
    Timnit Gebru and Emily M. Bender: Don't just focus on "superintelligence" — error-prone AI nearly triggered a third world war this month
    The Guardian · 人工智能:Timnit Gebru and Emily M. Bender: Don't just focus on "superintelligence" — error-prone AI nearly triggered a third world war this month

Progress timeline

Oct 2
  1. Transformer
    Human oversight cannot defuse the risk of AI in war

    Transformer published an article arguing that keeping humans in the decision loop does not eliminate the risks of AI involvement in military decisions, and that the real danger lies in human operators who over-rely on AI. The article cites a CNN report from September 18 that, during a war against Iran, the U.S. military prepared to board a Chinese cargo ship in the Middle East suspected of carrying nuclear components, based on a completely erroneous intelligence assessment produced by an analyst with the help of AI; aircraft had already taken off, and some said the incident nearly triggered war between two nuclear powers. Jacquelyn Schneider of Stanford University's Hoover Institution said AI makes analysts more confident in their assessments while seeing less of the data sources. The article also mentions Israel's Lavender system, which had an error rate of up to 10%, with personnel often rubber-stamping its decisions; Palantir's Maven Smart System was accused of being involved in the first-day bombing of an elementary school in Minab, killing more than 150 people, possibly due to outdated data, after which Palantir upgraded the system to require re-review of underlying intelligence.

Oct 1
  1. The Guardian · 人工智能
    Timnit Gebru and Emily M. Bender: Don't just focus on "superintelligence" — error-prone AI nearly triggered a third world war this month

    Timnit Gebru and Emily M. Bender point out that CNN reported on September 18 that the U.S. military relied on intelligence generated by error-prone chatbots, mistakenly concluding a Chinese ship was carrying nuclear weapons components, and only discovered the error just before an imminent interdiction, nearly triggering a U.S.-China conflict and even a third world war. The two say such large language models are essentially "stochastic parrots," whose capabilities and risks were already well documented in the 2021 paper "On the Dangers of Stochastic Parrots," and that the real danger comes from people mistakenly believing they possess superintelligence. They call for stronger regulation of "AI" systems in high-risk scenarios such as military and medical settings, and for accountability to rest with people who hold decision-making power.

Related discussion

No discussion links have been collected for this event yet.

Attention trend

New sources per day

13 days total2 ·Maximum1(Oct 1)·Today0

  • Oct 1New1 sources (1 outlets,0 accounts)
  • Oct 2New1 sources (1 outlets,0 accounts)
  • Oct 3New0 sources (0 outlets,0 accounts)
  • Oct 4New0 sources (0 outlets,0 accounts)
  • Oct 5New0 sources (0 outlets,0 accounts)
  • Oct 6New0 sources (0 outlets,0 accounts)
  • Oct 7New0 sources (0 outlets,0 accounts)
  • Oct 8New0 sources (0 outlets,0 accounts)
  • Oct 9New0 sources (0 outlets,0 accounts)
  • Oct 10New0 sources (0 outlets,0 accounts)
  • Oct 11New0 sources (0 outlets,0 accounts)
  • Oct 12New0 sources (0 outlets,0 accounts)
  • Oct 13New0 sources (0 outlets,0 accounts)

Hourly attention

Current attention36·Peak in the comparable period36(Oct 7 12:00)·Change over the comparable past 24 hours 0%

010203040Oct7Oct8Oct9Oct9