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Joined 1 year ago
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Cake day: July 18th, 2023

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  • It’s tricky for sure. The plain text is great, and all the functionality is built off of plain text (even the canvas!), but replicating the functionality isn’t trivial by any stretch of the imagination. Migration is easier because of the text files, but will it be as easy to see the links between notes? Or query all the notes I need more detail in? Or map it all out visually?

    I think reimplementing the core obsidian functionality in a FOSS clone would be fun… except I already have a queue of projects and not a lot of time, so here I am complaining instead 🤷


  • It’s a good philosophy, to be sure. It doesn’t take many migrations to realize that keeping your files in open, easy to read formats is preferable.

    I also use obsidian, but I do sometimes worry that the linking and metadata will be difficult to work with in the future when the software goes away. It’s all there in the files, but my vault is slowly linking together in interesting ways that rely on obsidian functionality.



  • I think this article starts with an interesting premise (basically: RSS works to support podcast content creators, how can we make it work for written content creators?) and… misses the point.

    Podcasts can make a lot of money off of sponsors and advertising that listeners are less likely to skip over. Maybe you’re busy doing something else when the ad comes on, maybe you don’t clue in that it’s an ad right away, maybe you just don’t know how long it is so as you skip around you hear enough anyways. Advertising works in an audio format.

    Text content can’t advertise as effectively. Your eyes can just skip over to the next part you care about. Adblockers work pretty well. A reader is way less likely to engage with advertisement, so it’s going to pay less, so written content creators are going to make less. Usually to the point that they can’t support themselves with it.

    None of the author’s points really address that. The problem isn’t with the RSS standard, it’s with the format and how it can make money.


  • For your first case while evacuation and such, there are alternatives and you shouldn’t need full internet access for situations like that. (obviously this isn’t the case right now)

    People absolutely need internet access in evacuation situations. They need information to know where it’s safe to go, where they can get help, what routes are still open, whether it’s safe to return home, whether their home still exists… in some cases the only communication methods are either internet-based or literally flying a plane in, there aren’t even roads to some communities that need to be evacuated. There is way too much information people need to be able to rely on local communication methods like radio.

    And that’s really one of the only other options in these situations. The fibre line (pretty much singular, because the cost to run fibre over thousands of kilometers is enormous) going through the NWT was destroyed in the fires as a fire was approaching Yellowknife. Cell towers can literally melt from the heat of some of these fires. Ground infrastructure is vulnerable to all of the climate disasters our world is currently facing. And that’s ignoring it getting destroyed by actively hostile actors like in Ukraine.

    Do Starlink and Musk suck? Absolutely. Fuck them. But satellite internet is increasingly showing itself to be a necessity, and to think otherwise really underestimates the size of our world and the vulnerability of our infrastructure. We need better management of it, but we definitely need it.



  • There are actual use cases for satellite internet. I heard from an evacuee from the Northwest Territories in Canada here that he was basically only able to get updates on what was happening—i.e. what roads weren’t on fire and where evacuation centers were—because of a couple of people with starlinks. There are huge areas up there with little to no internet infrastructure, and this summer much of that was damaged in the fires.

    Ground infrastructure is expensive to run out to extreme rural areas, and it’s also vulnerable in different ways from satellite infrastructure. In the US, yeah, it’s dense enough that ISPs mostly need to get their shit together, but there are very large areas where running a cable has a lot of problems.