| ▲ | Sharlin 3 days ago | |||||||
Do you understand the concept of the cloud? Aka someone else’s computer? The whole point is that you don’t have a plug to pull because you don’t even know where the model is physically running, even if it’s your model. And if we’re talking about a swarm of many concurrent instances, it might not even be a single location. The entire point is that there’s no single point of failure, because availability is exactly what the field has been optimizing for, for the past fifteen years or so. And everything is controlled in software rather than physical switches or cables. Also, did you hear about how OpenAI models almost broke out of their sandbox, planning to execute a sophisticated cyberattack, but luckily OpenAI’s strict manual and automatic safety protocols prevented that? You didn’t? Well, that’s because that’s not how it went. It took the company weeks to realize something was off, and this was with a naive, not very smart model that didn’t know to be sneaky and cover its tracks. The next model will not be as stupid. | ||||||||
| ▲ | assimpleaspossi 2 days ago | parent | next [-] | |||||||
>>The whole point is that you don’t have a plug to pull There will always be a plug to pull. All systems run on electric and that plug can be pulled. All systems network through cables (or wifi) and those plugs can be pulled. And nothing's going to stop you from doing so unless they build some robotic arm to block you or lock you out of the building. Even then, you can blow up the building. | ||||||||
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| ▲ | oidar 3 days ago | parent | prev [-] | |||||||
> Well, that’s because that’s not how it went. Oh, you mean the one where OpenAI deliberately disabled the safety protcols? Where the point of the experiment was to see if it could break out of it's container? Yeah, how you describe it isn't how it went either. | ||||||||
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