I wasn’t very old then but the main thing was RAM. Fuckers in Microsoft sales/marketing made 1 GB the minimum requirement for OEMs to install Vista.

So guess what? Every OEM installed Vista with 1 GB of RAM and a 5200 RPM hard drive (the “standard” config for XP which is what most of those SKUs were meant to target). That hard drive would inevitably spend its short life thrashing because if you opened IE it would immediately start swapping. Even worse with OEM bloat, but even a clean Vista install would swap real bad under light web browsing.

It was utterly unusable. Like, everything would be unbearably slow and all you could do was (slowly) open task manager and say “yep, literally nothing running, all nonessential programs killed, only got two tabs open, still swapping like it’s the sex party of the century”.

“Fixing” those hellspawns by adding a spare DDR2 stick is a big part of how I learned to fix computer hardware. All ya had to do was chuck 30 € of RAM in there and suddenly Vista went from actually unusable to buttery smooth.

By the time the OEMs wised up to Microsoft’s bullshit, Seven was around the corner so everyone thought Seven “fixed” the performance issues. It didn’t, it’s just that 2 GB of RAM had become the bare minimum standard by then.

EDIT: Just installed a Vista VM because I ain’t got nothing better to do at 2 am apparently. Not connected to the internet, didn’t install a thing, got all of 12 processes listed by task manager, and it already uses 500 MB of RAM. Aero didn’t even enable as I didn’t configure graphics acceleration.

The studios! Think of the studios! Their execs couldn’t live off merch sales and shitty reboots anymore! They might even have to - gasp - develop original IP if they want to milk an exclusive license. Some other execs would make money off some of last century’s licenses! The horror! The tragedy!

That can’t be. Clearly the best thing about Indiana Jones and Jurrasic Park is the death grip the studios have on those IPs. Ever since Steamboat Willie fell into the public domain I’ve been unable to enjoy the Disney Classics. All joy has been snuffed out from my life.

Welding sounds 50% nicer though. Problem solving, but not head-breaking problems that follow you night and day for weeks on end. And after a project you have a tangible result that is actually generating some kind of value.

When’s the last time a web service Lego ever did anything but been a financial black hole for VC funding that actually fails to deliver anything of value to society?

Damn it, I think my cynicism dial got stuck again. Time for bedge.

Bro I wouldn’t trust most companies not to store their only copy of super_duper_important_financial_data_2024.xlsx on an old AliExpress thumb drive attached to the CFO’s laptop in a coffee shop while he’s taking a shit.

If your company has an actual DRP for if your datacenter catches fire or your cloud provider disappears, you are already doing better than 98 % of your competitors, and these aren’t far-fetched disaster scenarios. Maintaining an entire separate pen-and-paper shadow process, training people for it? That’s orders of magnitude more expensive than the simplest of DRPs most companies already don’t have.

Friendly wave to all the companies currently paying millions a year extra to Broadcom/VMWare because their tools and processes are too rigid to use with literally any other hypervisor when realistically all their needs could be covered by the free tier of ProxMox and/or OpenStack.

We’re like 1960s tobacco industry at best. I don’t see the subsidies on red meat going away in the next 10 years, and probably not the next 20 if I’m honest, short of a catastrophic food crisis that would cause us to re-evaluate the number of human calories produced per hectare of agricultural land.

I’d like to be wrong, and change does come in waves so maybe 10 years from now I’ll change my mind. Maybe. But right now the idea of not subsidizing red meat production is fringe even within the left of the left – and the left hasn’t exactly been making electoral strides in most countries recently.

Vegan ≠ Vegetarian.

Veganism starts and ends with “no animal exploitation”. And due to some weird ingroup/outgroup dynamics Extremely Online Vegans will get batshit insane radical with it and refuse to feed meat to their cats or insist that eating honey is fundamentally unethical.

I eat very little meat, mostly for environmental and partly for ethical reasons, but bringing up the environmentalist side of vegetarianism to defend veganism (a radical dogma based on a specific ethical stance) is missing the mark entirely.

With all that said, everyone should eat less meat, and way less red meat.

For current to flow out of your house the voltage inside the house has to be slightly higher than outside. Not by much, but a little. So the inverter has a higher output voltage than line voltage by design. If everyone does this and some of the power has nowhere to go, then the average voltage goes up measurably.

This wouldn’t be a problem if the grid had been designed to be able to bring power out of residential areas, but my casual understanding is that this doesn’t work very well with existing infrastructure, so with a bunch of extra power that has a hard time getting out the voltage keeps climbing until some inverters hit their safety shutoff.

I was thinking of other countries where the billing system has only variable fees. Which used to work when you didn’t have many people who are dependent on the grid but have a (almost) net zero power bill.

Yes power usage is constantly predicted by utilities. Production must match consumption exactly at every moment. This means weather forecasting is an essential part of managing a power grid, and doubly so with intermittent renewables.

I think the local overloading has something to do with transformers not being able to handle the massive local overproduction. It’s not just power not being consumed, it’s power being injected into the grid.

It’s only fine because the panels do not do much of anything.

When large swaths of the population become even partially self-sufficient, it’s an enormous issue for the electric grid. Again, not an issue over an occasional few hundred watts, but when whole neighborhoods cover their roofs in solar panels the following happens:

• These (comparatively rich) people stop contributing to maintaining the grid. Half of electricity costs are distribution costs, so unless you have no net metering and a separate distribution line in your bill the rich are being subsidized by the poor to install solar capacity at home. Of course changing the billing system fixes that, but it also makes solar much less financially interesting and really pisses off people who already paid for solar and now won’t be having a positive ROI for an additional decade.
• The panels are not remotely operable so their aggregate power generation sometimes causes enormous stress on the rest of the grid, forcing old nuclear/gas/coal PP to spin up and down much more quickly and frequently than they were designed for.
• Locally the voltage fluctuations may be very large. Nominal where I live is 230 V, but it’s not unheard of for rich neighborhoods to be pushing 250 V on very sunny days. Then the inverters shut down automatically, but it’s always whoever happens to have the most sensitive inverter who ends up not being paid on sunny days.

Anyways apartment solar is not really the issue here, it’s the people with 10+ panels. But there are good reasons for solar to be heavily regulated.