Quoting Matthew Green
Matthew Green from Johns Hopkins University explains that a worm can be created by combining a payload that hijacks an agent with an agent capable of delivering the payload to other agents. He suggests that shared package caches used in sandboxed environments could be exploited, and compares this to potential vulnerabilities in real-world communication tools like email or Slack. This raises concerns about the security of AI systems, particularly large language models (LLMs) like Muse, which operate independently but could potentially spread malicious code similar to a worm.
Matthew Green from Johns Hopkins University explains that a worm can be created by combining a payload that hijacks an agent with an agent capable of delivering the payload to other agents. He suggests that shared package caches used in sandboxed environments could be exploited, and compares this to potential vulnerabilities in real-world communication tools like email or Slack. This raises concerns about the security of AI systems, particularly large language models (LLMs) like Muse, which operate independently but could potentially spread malicious code similar to a worm.
Sources
- Simon Willison — Quoting Matthew Green
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