I think it is because 90% of company sustainability is simply greenwashing.

Fairphone also had the whole “fairbuds” thing where they released tws earbuds (and then removed the headphone jack) and supported them for under 2 years before throwing them away and they are completely non-repairable, then acted like they didn’t exist.

The new fairbuds are 10x better though, but I have heard the sound on both of their headphones is mediocre at best.

Something like endurain?

Also not very searchable on engines, especially due to fediverse server name differences, you can’t !lemmy because many of the communities don’t have Lemmy in their domain or titles or however that works. At least I have only gotten Lemmy results for like 25% of my searches.

Yes but they hide that as much as possible.

• No longer warranty
• No specs that indicate longevity
• also has bullshit WiFi/touchscreens because it is so cheap to integrate for them

If you are extremely lucky, there is a review for that model somewhere that isn’t just paid advertising, but outside of the US with less-used models, that is pretty much a fantasy.

For example, even on the most expensive 1400€ Series 8 models Bosch (traditionally one of the best quality washers in the EU) now instead of a drum with bolts and a gasket, plastic welds their drum covers so it doesn’t last as long, breaks at the seam, and is almost impossible to repair correctly.

And their specs say the size, capacity, programs, and a few useless features like automatic dosing, lighting inside, and “led display” , and that is it.

As an engineer, hybrid works best for many of us.

Design phase can be wfh with some in-person idea sessions or important meetings because I have yet to be at an online idea session that was as productive as in-person being able to draw things out and visualize better, and people tend to not speak up or just check out and agree at the end in online meetings.

Testing phase has to be mostly in person for lab tool access and collaboration on physical things.

I have worked with a contractor that did everything from home and had a whole home lab, but it was a big time sink and cost shipping parts back and forth 5 times and you couldn’t physically probe behaviors together which leads to slightly different setups and sometimes different results.

Socially I moved to a place where I had no friends so I like getting social contact at work since in Belgium, it is extremely difficult to make new friends after you are done with school because of a culture of not talking to anyone else unless people are obnoxiously drunk lol. I like wfh on overwhelming days and in-person on days where I want more social contact.

That being said, I work 100% in office now because I live a 12 minute bike ride from work, so very easy.

This is also why people should seriously think about if they are ready to have a kid or want to have a kid.

Millions or tens/hundreds of millions of kids have parents that never really wanted them and just gave in to the biological clock and/or social pressures and the kids have a shitty childhood. It sucks to be unwanted, and kids can really feel it.

And there were tons of ones back in the day that didn’t cost that much either.

Surprise, cheap stuff existed then too, it just didn’t survive like the expensive appliances.

The difference is now the expensive stuff ALSO barely lasts at all.

They also have a batshit judicial culture and women apparently never get justice and most courts are a kind of semi-scripted kangaroo court.

Ace Attorney was specifically made as a parody of Japan’s courts IIRC.

Yes, many of my childhood best friends live a 9 hour flight away.

That’s literally how much they cost now, or even much more and they last 10 years or maybe 15

Kopia is great for this. Choose your encryption, built in support for different provider storage tyoes in the GUI to choose where to go, dedupe, folder structure scramble, etc…

But their flatpak hasn’t been updated in ages…

I have yet to use a consumer ADF scanner on a printer that didn’t feed the paper at an angle until they are crushed and folded, doesn’t matter if the guides are perfectly set for A4 either. It has never worked for me.

Yes, but people are forgetting how it was discovered.

It was discovered because there was a visible performance impact by running benchmark tests on other, time-critical software.

Do you know how it was not discovered? By maintainers looking through changes of the software and looking through the code, exactly the way that the commenter and you and others are saying things would be caught.

If the attacker hadn’t been so eager and only set it to start working after a time delay a year later or multiple updates later? It would have infected almost every server in the world, even if it got noticed immediately, it would have been a giant problem that would have reaped the benefits for the malicious party before it could be regressed and changed.

KDE Discover also is good if you want to see/be notified that you have updated things and be able to uninstall/reinstall apps without the GUI bugging out.

Opencloud is a fork from Owncloud Infinite Scale just as nextcloud was a fork from the old Owncloud version.

Apparently much much simpler and more performant than nextcloud in almost every way. It also has a secure file sharing link feature.

They are also based in Germany.

I am about to spin up opencloud behind traefik and authelia hopefully this week or weekend.

But who is seriously looking at the sudo code at every update. I would bet a lot of money that the vast majority simply trust him and gloss over it maximum.

The chain of trust has to exist otherwise distrobox maintainers would spend 24 hours a day reviewing code changes and only update once every 6 months.

Oh yeah I was quite annoyed with bazzite initially with embedded toolchains… The default arch distrobox also runs vscode variants horribly with tons of freezing for some reason. I had to create a new arch distrobox.

Also Saleae Logic2 has a Fedora bug where it takes between 2 and 10 minutes just to open because of logfiles and errordumping and timeouts that is very annoying.

Also menu shortcuts for distrobox only work like for 20% of programs (luckily code-oss is one of them)

And don’t get me started on running a VM that can see the local network…

After you get a setup going though, then it is breezy though.

So I am in the designing of the circuit and PCB stage right now.

The usecase is for Meshtastic/Meshcore nodes because those sit outside in a tree or in a high place outside year-round and are solar charged. I am designing it as a RAKwireless Wisblock power module that will be charged by 2, 5V, 200mA small solar panels in series. The whole project will be released on Codeberg like all of my home projects.

Later I can copy the circuit over to other PCBs for more general formats. One of my future projects is going to be an 8S pack BMS for driving a 12V water pump for off-grid rainwater collection barrels.

I am targeting 2S systems now because then the entire sodium cell can discharge if the system voltage is set to 3V and I don’t need any buck/boost, just a buck which is significantly cheaper and easier on the batteries.

I am using an STM32C011 as a custom BMS + buck charger because my original idea of using a very cheap, small mixed signal FPGA (greenpak SLG47105) wouldn’t work well for sodium because it didn’t have enough comparators to have a soft constant voltage region (gradually increasing CV voltage from 3.8V per cell to 4V along with the natural current decrease to prolong charge cycle life), it will have overvoltage/over current protections, 1A or 2A max current, resistive battery balancing, and some safety features and an I2C readout.

(Sorry, wall of text)

I agree.

Also, Health Connect now is integrated as of 2026 which is absolutely huge for actually allowing app interoperability.

We have heat pumps at my job for our factory.

They are literally useless around of below freezing in the experience here.

They exchange heat so they blow out air colder than outside air, then their entire radiator gets completely covered in ice, then it has to switch off and then the entire factory cools off while they have to turn on the resistive heaters to defrost themselves, then they turn themselves back on and because they are covered in water from defrosting, very quickly freeze again and the whole cycle repeats while the factory is very marginally warmed up during the cycle.