On Linux, when you update, it downloads the latest thing and installs it. 10 minutes tops. On arch you gotta watch it a bit more, but you signed up for that.
On windows it updates almost as frequently as Linux. Except it takes much longer to update. A new install can sit there churning for more than a half hour. Why? Didn’t I just download the latest iso? Even the incremental ones are painful. It also does this sequential crap where it updates, reboots, and then updates again. (Sometimes even a third time). Then you’ve got the bugs. I don’t think there’s been a single windows update in over a year that just went smoothly. I’ve run across two that flat out refused to install (blocking further updating), and one that broke things.
Windows update is bad enough for a regular use case. It’s downright painful if you haven’t booted windows in a while (think dual boot setups) where you have to pay this update tax just because you switched to windows to do that one thing.
The author is not being whiny, they are 100% correct.
I mean, it’s always been this way on the internet. Somewhere in the mid to late 90’s, a language and communication program (http and web browsers) became very popular and synonymous with “the internet.” But us old farts remember when Usenet, gopher, ftp, fsp, irc, etc. were all used daily. As the World Wide Web enshittifies, people will either stay or move elsewhere, just like they always did.
The real question in my mind is more akin to the movement between physical networks - such as when we moved away from bbs, to college proprietary connections, and ultimately to the internet. I often wonder why - with all of the portable WiFi radios we all own - why hasn’t anyone created an encrypted protocol and software where we all join our personal hardware into one big giant mesh network? I don’t even live in a city in an apartment and I can pick up 4 neighbor’s WiFi signals, never mind all the cell phones and whatnot passing by my house. You’d think we could have an encrypted and robust way of sending packets to each other by now over our personal private hardware (albeit slow and probably prone to buffering as nodes move in and out of connection range).
Oftentimes I think that’s the next frontier.