Suppose that (A) alignment risks do not become compelling-to-almost-all-lab-people and (B) with 10-30x AIs, solving alignment takes like 1-3 years of work with lots of resources.
Claim: Safety work during takeoff is crucial. (There will be so much high-quality AI labor happening!)
Corollary: Crucial factors are (1) efficiency-of-converting-time-and-compute-into-safety-work-during-takeoff (research directions, training and eliciting AIs to be good at safety work, etc.) and (2) time-and-compute-for-safety-work-during-takeoff.
Corollary: A crucial factor (for (2)) is whether US labs are racing against each other or the US is internally coordinated and thinks slowing others is a national security priority and lead time is largely spent on reducing misalignment risk. And so a crucial factor is US government buy-in for nonproliferation. (And labs can increase US willingness to pay for nonproliferation [e.g. demonstrating importance of US lead and of mitigating alignment risk] and decrease the cost of enforcing nonproliferation [e.g. boosting the US military].) With good domestic coordination, you get a surprisingly good story. With no domestic coordination, you get a bad story where the leading lab probably spends ~no lead time focused on alignment.
(There are other prioritization implications: security during takeoff is crucial (probably, depending on how exactly the nonproliferation works), getting useful safety work out of your models—and preventing disasters while running them—during takeoff is crucial, idk.)
I feel like this is important and underappreciated. I also feel like I'm probably somewhat confused about this. I might write a post on this but I'm shipping it as a shortform because (a) I might not and (b) this might elicit feedback.
security during takeoff is crucial (probably, depending on how exactly the nonproliferation works)
I think you're already tracking this but to spell out a dynamic here a bit more: if the US maintains control over what runs on its datacenters and has substantially more compute on one project than any other actor, then it might still be OK for adversaries to have total visibility into your model weights and everything else you do: you just work on a mix of AI R&D and defensive security research with your compute (at a faster rate than they can work on RSI... (read more)
Yep, this is what I meant by "labs can increase US willingness to pay for nonproliferation." Edited to clarify.
2Vladimir_Nesov
My point is that the 10-30x AIs might be able to be more effective at coordination around AI risk than humans alone, in particular more effective than currently seems feasible in the relevant timeframe (when not taking into account the use of those 10-30x AIs). Saying "labs" doesn't make this distinction explicit.