One thing to consider with NFS is how stable your network is.

I’ve moved away from storing application files on my NAS and instead I store them locally where I run the application.

For things like jellyfin media or paperless files they can stay on the NAS and be accessed via NFS, but the config, db and other files the apps create as part of their operation, things can get into a bad state if the network drops at an unexpected time.

Instead I setup backup cronjobs that backup those files to the NAS nightly.

I agree with the other commenters regarding using the NFS share mounting right in docker compose. It does work great once you get it working.

I’ve never viewed getting rid of plastic bags as a carbon saving measure. To me it’s addressing how bad they are when they get into the environment. As much as these bags can be reused, most aren’t and they just end up thrown out.

I looked it up and it seems like the survival rate of new businesses is about 78% in the US.

https://www.bls.gov/opub/ted/2024/1-year-survival-rates-for-new-business-establishments-by-year-and-location.htm

The first year seems to be the hardest and each year after that survival rates get better and better.

This data suggests that after 10 years nearly 35% of business are still in business.

https://www.bls.gov/opub/ted/2024/34-7-percent-of-business-establishments-born-in-2013-were-still-operating-in-2023.htm

How many new business fail?

We don’t need to even do the math ourselves. It’s already be done countless times and the results are always the same.

BEVs over their lifespan in the worst case scenario produce less than half as much CO2 emissions than a similar sized ICE vehicle.

https://www.iea.org/data-and-statistics/charts/comparative-life-cycle-greenhouse-gas-emissions-of-a-mid-size-bev-and-ice-vehicle

https://www.energy.gov/eere/vehicles/articles/fotw-1357-august-26-2024-small-electric-suv-produces-52-fewer-life-cycle

https://www.epa.gov/greenvehicles/electric-vehicle-myths

https://climate.mit.edu/ask-mit/are-electric-vehicles-definitely-better-climate-gas-powered-cars

I’m surprised you struggled with this, with so many creditable sources available this was a really easy thing to look up.

What? You’re the one claiming that various metals aren’t infinitely recyclable.

It’s true that not all metals are, but many of them are (iron, aluminum, lithium to name a few) infinitely recyclable.

Current recycling technology doesn’t really matter as it can and will improve with time as the brand new industry scales up.

I’m just here pointing out that your statements are false. That doesn’t need to be meaningful to you if you have no interest in learning, but it’s useful for other people who are reading this thread wondering why you’re being downvoted.

Funny because I never said gas was recyclable. You should learn to read before you try to make snide comments.

I can’t get over this. We’re talking about energy and hydrocarbons, and you bring up that said hydrocarbon is recyclable. I assume that you’re talking about the use of said hydrocarbon in the energy sense (which means burning it to make energy) because given the context that’s what makes sense.

Instead you were talking about a completely different and irrelevant use of the hydrocarbon and then think that’s it’s my fault for not following your nonsensical argument.

Like I thought, you’re misunderstanding what you’re reading.

Yes current recycling processes can lose 4% of the material. But that’s not because they aren’t recoverable, that’s because it’s not currently financially feasible to recover it all.

And that’s just the recycling part. For someone suggesting that I should read better you sure aren’t great at reading either. So I’ll ask it again.

What part of the metal atoms degrade as part of them being used in batteries?

Yes. Things can be infinitely recyclable. But since you’re such an expert. Tell me, what part of a lithium atom degrades during its life as a battery? I’m not expecting a good answer from you though since you think that burning a compound (to release the energy in its bonds) is then recyclable.

Once. They are pulled from the ground once. After which they are essentially infinitely recyclable.

Oil/gas is extracted then used a single time and it’s gone.

Sponsors pay more upfront. If creators are only using sponsors than their whole back catalogue is basically valueless. If it costs a creator 2-10 cents a month to host a video (based off S3 pricing), but they only made 1000$ on it upfront when the video was made, overtime the back catalogue becomes a pretty significant financial burden if it’s not being monetized

Also it’s worth keeping in mind that many people are also using tools to autoskip sponsor spots, and the only leverage creators have for being paid by sponsors are viewership numbers.

Patreon is irrelevant, that’s just like Nebula, floatplane etc, it’s essentially a subscription based alternative to YouTube.

Discoverability is pointless if the people discovering you aren’t going to financial contribute. It’s the age old “why don’t you work for me for free, the exposure I provide will make it worth your time”, that hasn’t been true before and likely isn’t here. Creators aren’t looking to work for free (at least not the ones creating the high quality content we’re used to today)

The protocol isn’t the hard part. It’s the monetizing that is. Creators aren’t looking to provide content for free, especially if they are also now paying for hosting costs.

Ad spots (like Google does) work well because they can inject an up to date ad into an old video. In something like the fedeverse today a creators only option would be ads baked into the video, but they would only get paid for that up front which isn’t ideal…

I fail to follow how a competitor can pop up if the main users it’s attracting are ones that don’t want to view ads or pay for subscriptions.

Of course, percentage just help show relativity. It’s why people can look at a 0.5% increase and dismiss it as not significant.

Would it help if I translated the percentage for you? Linux surged 600000 to 2.3 million.

I’m super confused by your point.

In this case we’re looking at Steam.

I have no clue how many people submit to the steam survey, but I’ll assume it’s representative.

A quick google suggests steam has about 120 million active users.

Linux went from about 1.4% to 1.9%.

Rough math says Linux went from 1.7 million to about 2.3 million.

Or an increase of 600 000.

That a lot, both in relative terms and in real terms.

Here’s a counter example for you.

You own stock in banana company. Over one day the price increases 2x. All the news agency’s are talking about how banana surged in price today. Will you then suggest that banana didn’t surge in price because it only makes up 1% of the overall stock market?

That’s why we’re talking about relative percentages.

In your example we would need to know how many trees existed on your road/city before. If there were less than 3 or 4 trees in your city before this, saying there was a surge is likely fine.

What percentage increase do you feel is required for surge to be a reasonable definition. A 35% increase feels surge-y me.

What part wasn’t worth it? You said it’s not worth it, then made it sound worth it.

The ROI is 10-25 years based on the electricity prices you locked in at the start.

With regular inflation, and general increases in the electricity rates, over the long run you’re going to save money. The return might not be investment market level returns, but if you can justify the up front costs it’s unlikely to not come out ahead.

For future reference. Anytime people are talking about “their tax bracket” in a progressive tax system, they are talking about the top level bracket.

It’s typically redundant to, mid conversation, list all the tax brackets that exist under the one you’re talking about.