Artificial Intelligence: it will kill us | Jay Tuck | TEDxHamburgSalon

TEDx Talks・2 minutes read

Artificial intelligence surpasses humans in various fields, from stock trading to medicine, with capabilities like detecting tumors more accurately and analyzing vast amounts of data for surveillance and military purposes. Despite the potential benefits, AI technology can still make errors and poses a threat to humanity if not addressed promptly.

Insights

  • Artificial intelligence operates at speeds and processing levels far beyond human capacity, excelling in areas like high-frequency trading and medical diagnostics, surpassing human capabilities and potentially impacting various industries significantly.
  • The decentralized and networked nature of AI, existing in diverse devices and forming temporary networks for its needs, poses a complex challenge in terms of control and regulation, urging a proactive approach to address the potential risks associated with its development and deployment.

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Recent questions

  • What is artificial intelligence?

    Software that can think independently and update itself.

  • How does AI benefit medicine?

    AI can detect tumors more accurately and quickly.

  • How does AI impact military technology?

    AI is used in military drones for autonomous missions.

  • What are the risks associated with AI development?

    AI technology can still make errors, posing potential dangers.

  • How does AI technology pose a potential threat to humanity?

    AI exists in various devices and forms temporary networks.

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Summary

00:00

AI: Smarter, Faster, and Potentially Dangerous

  • Artificial intelligence is believed to be significantly smarter than humans, moving at speeds and processing information at rates far beyond human capabilities.
  • AI is defined as software that can write and update itself, developing its own way of thinking independently.
  • AI has already surpassed humans in various areas, such as high-frequency trading in stock markets, where computers make billion-dollar decisions in milliseconds.
  • In medicine, computers can detect tumors more accurately and quickly than human radiologists, saving lives with their precise analysis.
  • Surveillance systems like ARGUS-IS use AI to track and analyze vast amounts of data, including facial recognition from above, far beyond human comprehension.
  • Military technology like sensor packages dropped by cruise missiles use fusion software powered by AI to analyze complex data for troop movements and threats.
  • Google, a major player in AI, has been acquiring robotics companies worldwide, indicating a strong interest in AI technology.
  • AI-powered drones like the Pegasus can fly missions autonomously, make kill decisions independently, and land on aircraft carriers with precision, all while being optically stealthy.
  • The kill decision in military drones can be made by AI, potentially reducing mistakes and collateral damage compared to human decisions.
  • Despite advancements, AI technology can still make errors, as seen in incidents like the Talon automatic cannon pointing at a crowd during a demonstration, highlighting the potential dangers of AI development.

15:49

Networked Artificial Intelligence: Global Threat and Action

  • Artificial intelligence is not centralized but networked, existing in various devices like smart watches, refrigerators, and supercomputers, accessing computer power, programs, and data from the Internet as needed. It forms temporary networks for its requirements, creating backups globally to ensure survival, prompting a call to action to address the potential threat it poses to humanity.
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