Hm. As long as you only interact with Lemmy through a (trusted) VPN, or even through Tor, you’re just as safe using Lemmy as you would be any other website. Servers can always see your IP by default, and the owners of those servers can be coerced to give it away by whatever external forces. If you hide your IP, they can’t. That’s pretty much it.

Mozilla “sold their soul to Google”? What did I miss?

Your iPad sounds pretty broken, that’s not normal.

The “Internet” and many foundations of networking originated in the US, but the Web, which is what I’d wager many think of when you say “the Internet”, was invented in Switzerland by a British man.

Honestly, I’ve worked with a few teams that use conventional commits, some even enforcing it through CI, and I don’t think I’ve ever thought “damn, I’m glad we’re doing this”. Granted, all the teams I’ve been on were working on user facing products with rolling release where main always = prod, and there was zero need for auto-generating changelogs, or analyzing the git history in any way. In my experience, trying to roughly follow 1 feature / change per PR and then just squash-merging PRs to main is really just … totally fine, if that’s what you’re doing.

I guess what I’m trying to say is that while conv commits are neat and all, the overhead really isn’t really always worth it. If you’re developing an SDK or OSS package and you need changelogs, sure. Other than that, really, what’s the point?

Holy shit go touch some grass. Jesus Christ

So you’re talking about SaaS / business tooling then? Again though, that’s just one of many segments of software, which was my point.

Also, even in that market it’s just not true to say that there’s no incentive for it to work well. If some new business tool gets deployed and the workforce has problems with it to the point of measurable inefficiency, of course that can lead to a different tool being chosen. It’s even pretty common practice for large companies to reach out to previous users of a given product through consultancy networks or whatever to assess viability before committing to anything.

Then we’re very far away from the 21st century though.

I don’t really get this point. Of course there’s a financial motive for a lot of software to work well. There are many niches of software that are competitive, so there’s a very clear incentive to make your product work better than the competition.

Of course there are cases in which there’s a de-facto monopoly or customers are locked in to a particular offering for whatever reason, but it’s not like that applies to all software.

I gotta say mRNA vaccines. It’s not technically a 21st century invention, but much of the work to make them viable started in the early 2000s. The speed at which the COVID vaccine got developed and widely deployed was honestly incredible and a massive W for humanity. I remember thinking a vaccine would be years away.

I do think it’s a problem when 100% of people seeing “made with AI” will assume the entire thing is AI-generated, even if all you did was use AI for a minor touch-up. If it’s really that trigger happy right now, I think it’d make sense for it to be dialled down a bit.

Lol that’s ridiculous. There’s nothing about ipv6 that’d make it any slower

That happens literally every night though and wind also doesn’t blow 100% of the time.

Very true, but the fact that wind blows often and there’s also varying amounts of direct sunlight during the day already massively decreases the amount of storage required for a grid. You don’t need the capacity to cover 100% of energy usage, sustained, like you suggested earlier. Especially as grids become (geographically) larger and smarter — we need wind and sun somewhere to cover energy needed elsewhere — it doesn’t have to be localized. Plus solar output obviously peaks during the day, when demand is also highest.

Renewables make up a trivial* amount

The percentage is absolutely not trivial today. Especially considering there are multiple large grids today that can easily sustain 50%+ renewable energy over sustained periods. And 30% by 2030 is a lot, though of course it could be a lot better.

and as we phase out fossil fuels, the requirement for energy storage is going up drastically.

Yes, no-one is arguing otherwise.

You’re glossing over the fact that the battery is a backup to kick in only when renewable production doesn’t meet demand, and that much more space-efficient energy storage solutions exist, even if they lose more power to inefficiency.

Why do you keep asking this? How is this specific number relevant to the discussion?

If you have a dynamic pricing contract of course you get a discount… If you don’t, you chose not to in return for price stability 🤷

Though yeah, last time prices went negative in Germany I was still paying 10ct/kWh in just taxes and fees. Would be pretty cool if they’d have paid me for using electricity during that time, but of course that’s not how that works.

There’s a massive difference between what “usage data” refers to in this context and the kind of data stored and analyzed by Recall locally.

Maybe I’m out of the loop, but afaik they always said that none of the data would ever leave the device.

Tbf that analyzing was happening on-device… But yeah

Please explain how Google would get my location if I don’t run a phone with Google location services and / or don’t allow Google services and apps to access my location. Sure, they may know where you are roughly based on your IP, but that’s just within a very broad region, and can easily be obfuscated by a VPN. Google siphons a shitton of information from everywhere they can, but it’s not like they’ve secretly implanted everyone with a tracking chip either… And neither can they get around any device’s OS-level location permission system.