

Sure. I’m not entirely sure how PCIE works these days. But in it good old days we had methods to read pretty much arbitrary memory regions via PCIE or early Thunderbolt(?).
I just figured it’d be massively complicated to wait for the user to pull something on the screen, do computationally expensive OCR, some AI image detection to puzzle documents back together, and then you’d only get a fraction of what’s really stored on the computer and you’d still need a way to send that information home… When you could just pick a plethora of easy options like read all the files from the harddisk and send just them somewhere. I think it’s far more likely they do some easy and straightforward solution. And it’d be more effective as well.



I think there’s a lot of nuance here. I mean the Fediverse isn’t super efficient. But it manages to do what it’s supposed to do. And it really depends. Which Fediverse software. How many people are on those servers, how are they distributed. Do groups of people mingle on certain servers. Do they all subscribe to all the same content out there. Are there really big groups on servers with happen to have a slow internet connection… And then of course can we come up with improvements if we need to.
I think we’re going to find out once (or if) the Fediverse grows substantially. Some design decisions of the Fediverse are indeed a bit of a challenge for unlimited growth. Oftentimes technical challenges can be overcome, though. With clever solutions. Or things turn ot differently than we anticipated. So I don’t think there’s a good practical and straightforward answer to the question.