Sign up to save tools and stay up to date with the latest in AI
bg
bg
1

OpenAI’s own study finds bioweapons are slightly easier to make with GPT 4

Feb 02, 2024 - aibeat.co
OpenAI is developing an early warning system to mitigate the potential risks of advanced large language models (LLMs) in fast-tracking bioweapon development. The system, described as a "tripwire", is designed to alert authorities to potential misuse and is part of OpenAI's broader strategy for preparedness. Initial findings suggest that the use of GPT-4 provides a mild uplift in biological threat creation accuracy, but the information on biohazards is relatively easy to access online even without AI technologies.

The warning system was tested using a study involving 100 participants, including 50 Ph.D.-level biologists and 50 undergraduate students. The study found a minor enhancement in the accuracy and comprehensiveness of responses among participants who used GPT-4. However, the study was focused on information accessibility rather than practical implementation and did not explore the potential of LLMs to facilitate the invention of novel bioweapons. The results should be viewed as provisional, and enhancing access to such tools is seen as a critical step towards improving the efficacy and applicability of LLMs.

Key takeaways:

  • OpenAI is developing an early warning system to mitigate the potential threats of advanced large language models (LLMs) fast-tracking bioweapon development and widening their availability.
  • The system, described as a potential “tripwire,” is designed to alert authorities to the possibility of biological weapons development and the need for further investigation into potential misuse.
  • Initial findings suggest that “GPT-4 provides at most a mild uplift in biological threat creation accuracy” and that information on biohazards is “relatively easy” to access online, even without AI technologies.
  • The study conducted by OpenAI to test the early warning system was primarily focused on the accessibility of information, rather than its practical implementation, and did not explore the potential of LLMs to facilitate the invention of novel bioweapons.
View Full Article

Comments (0)

Be the first to comment!