E.g. I'm a software architect and developer for many years. So I know already how to build software but I'm not familiar with every language or framework. AI enabled me to write other kind of software I never learned or had time for. E.g. I recently re-implemented an android widget that has not been updated for a decade by it's original author. Or I fixed a bug in a linux scanner driver. None of these I could have done properly (within an acceptable time frame) without AI. But also none of there I could have done properly without my knowledge and experience, even with AI.
Same for daily tasks at work. AI makes me faster here, but also makes me doing more. Implement tests for all edge cases? Sure, always, I saved the time before. More code reviews. More documentation. Better quality in the same (always limited) time.
I think LLM producers can improve their models by quite a margin if customers train the LLM for free, meaning: if people correct the LLM, the companies can use the session context + feedback to as training. This enables more convincing responses for finer nuances of context, but it still does not work on logical principles.
LLM interaction with customers might become the real learning phase. This doesn't bode well for players late in the game.
> if people correct the LLM, the companies can use the session context + feedback to as training.
it definitely seems that way; just the other day coderabbit was asking me where i found x when when it told me x didn't exist... > LLM interaction with customers might become the real learning phase.
sometimes i wonder why i pay for this if i'm supposed to train this thing...