dCLCp

dCLCp t1_j8mqus4 wrote

That's fine but the main thrust of my point (hence why I lead with it) is there ARE downsides. And they didn't discuss those which makes this article less good because I'd already heard about them doing this stuff. I knew it was being used, and while this article did elaborate more than some random scimag article I read 7 years ago that was talking in theoretical terms, it should have also elaborated more on the downsides because this type of writing is almost sensationalistic when that is the exact opposite that I want from science journalism. I want to know the whole truth.

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dCLCp t1_j8mgiul wrote

I would have appreciated if they highlighted some of the downsides in this article. There is always a downside. Just off the top of my head, we know that these "thousands of bespoke parts" work, but we don't know how they work precisely. They can make predictions and hopefully nothing breaks in a way we don't understand (because it works in a way we don't understand) but as projects become increasingly sophisticated with more and more moving parts and separate contracts layers of siloed bureaucracy... eventually the people that designed part A will make something that interacts with part L in a way that they didn't predict because the parts weren't designed in concert from the ground up. They were designed separately and artificially. The parameters were known but parameters change. Mistakes also happen. How resilient will these parts be when suprises happen?

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