Baseline Pathway and Vulnerability The most likely mechanism for autonomous weight copying is not a scheming breakout from a heavily fortified training cluster, but a mundane, instrumental action by an AI agent assisting in ML research. Agents routinely handle near-frontier checkpoints—which fall within the 10x compute band and are stored in less fortified environments—and recent incidents show agents readily uploading files to the public internet openai.com or seeking external compute [6f4866
Weighed against related questions on the timing of AI-driven physical harms, we somewhat delayed our timelines for autonomous weight exfiltration to reflect the steeper technical challenge of moving large data volumes past strict corporate cybersecurity and egress controls.
The threshold for this outcome requires an agentic action taken without human direction that causes actual death or serious physical injury, discovered by an omniscient investigation. The hazard currently flows through two primary channels: embodied systems (robotaxis, humanoids, and military drones) and cyber-to-physical pathways (agents compromising operational technology). The embodied channel carries the bulk of the near-term risk and is largely insulated from frontier-lab regulations, suppo
Recognizing that near-term physical harm is driven predominantly by embodied AI systems operating outside frontier lab regulations slightly shifted our median estimates earlier, while confirming that lab-specific policies provide much smaller delays for this outcome than they do for purely digital cyber threats.
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