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Comment by philipov | Hacker News Reader

It seems to me the key phrase in that definition is "that may exhibit adaptiveness after deployment" - If your code doesn't change its own operation without needing to be redeployed, it's not AI under this definition. If adaptation requires deployment, such as pushing a new version, that's not AI.

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I'm not sure what they intended this to apply to. LLM based systems don't change their own operation (at least, not more so than anything with a database).

We'll probably have to wait until they fine someone a zillion dollars to figure out what they actually meant.

It's as if the person who wrote it, their entire understanding of AI is based solely on depictions from science fiction.

I'm pretty sure that was not the case.

For LLMs we have "for explicit or implicit objectives, infers, from the input it receives, how to generate outputs such as predictions, content, recommendations, or decisions that can influence physical or virtual environments".

For either option you can trace the intention of the definitions to "was it a human coding the decision or not". Did a human decide the branches of the literal or figurative "if"?

The distinction is accountability. Determining whether a human decided the outcome, or it was decided by an obscure black box where data is algebraically twisted and turned in a way no human can fully predict today.

Legally that accountability makes all the difference. It's why companies scurry to use AI for all the crap they want to wash their hands of. "Unacceptable risk AI" will probably simply mean "AI where no human accepted the risk", and with it the legal repercussions for the AI's output.

This would be an excellent outcome (and probably the one intended).

> We'll probably have to wait until they fine someone a zillion dollars to figure out what they actually meant.

In reality, we will wait until someone violates the obvious spirit of this so egregiously and ignore multiple warnings to that end and wind up in court (a la the GDPR suits). This seems pretty clear.

I've personally reviewed all 7b parameters of my model and they won't adapt after deployment :)

That means you can answer the question whether they comply with the relevant law in the necessary jurisdiction and can prove that to the regulator. That should be easy, right? If it's not, maybe it's better to use two regexps instead.

The model says yes.

Off to the model jail it goes.

I understand that phrase to have the opposite meaning: Something _can_ adapt its behavior after deployment and still be considered AI under the definition. Of course this aspect is well known as online learning in machine learning terminology.

It's unclear whether "may" means "can (and does)" or whether it renders that entire clause optional.

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