Admin of the Bestiverse

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Joined 11 days ago
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Cake day: September 5th, 2024

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  • patrickOPAtoNebula@lemmy.worldWho Owns Nebula?
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    2 days ago

    It looks like this was shared to Reddit as well, https://www.reddit.com/r/Nebula/comments/1ffnaza/who_actually_owns_nebula/

    Dave Wiskus (CEO) responded over there:

    Nebula the business is “Standard Broadcast LLC,” and is directly owned at the LLC level by me and 43 other creators (and growing).

    Nebula the streaming video service (which controls the streaming revenue) is Watch Nebula LLC, which is about 83% owned by Standard Broadcast LLC, with the rest held by Curiosity Stream. All control and all board seats belong to Standard Broadcast LLC.

    We use shadow equity for platform creators because assigning LLC-level equity would make signing new creators logistically impractical, and would have complex tax implications for every creator we bring in. US securities laws also are skewed in favor of the wealthy: it would be very expensive or potentially impossible for us to comply with them if we were issuing securities to small creators who aren’t accredited investors.

    If substantial control of the streaming service ever changes hands, we are contractually required to split the proceeds 50/50 with the creators on the platform. 50% of streaming profits are distributed to creators based on watch time. Additionally, 1/3 of the revenue from any subscriber is allocated to the creator responsible for bringing in that subscriber.

    Weird that he didn’t just ask.






  • The best we can do with current tools is just trying to tie multiple platforms/views together I think. Programming.dev runs a bunch of different services under the same umbrella like that, and I’ve setup something similar on bestiver.se / xxxiver.se

    I think having communities that consist of a group of fediverse services like that are probably the way forward in the short term. I kinda want to package that up as a ‘Verse as a Service sort of thing, but I’m still not sure if anybody will be willing to pay for it.



  • Looking at just the hosting costs is actually a really bad indicator of total costs. The unpaid volunteer time just to run/manage the instance are likely going to be significantly more than the hosting costs if they were compensated even at minimum wage.

    Each of the stacks for XXXiver.se and Bestiver.se (Mastodon + Lemmy + Static Site (+ Linkstack/Wiki for XXXiver.se premium)) are shoved into a Hetzner server at ~$13/month, and backed by R2 Object storage.

    My current total hosting costs are ~$30/month to host 2xMastodon, 2xLemmy, 2xStatic Site, 1xLinkstack and 1xWiki. This is basically the minimum cost for me to host all of that on their own infra. I have approximately 0 users other than myself yet, so there’s not really a useful cost/user and I can’t really provide info on scaling.

    Unlike most others here I’m seeing if I can make hosting into more of a job by selling the full suite of services to communities (e.g. get your own Mastodon + Lemmy + others) or by up-selling to premium accounts. I highly doubt that it will actually make any useful amount of money but I’m curious enough to try.


  • Hmm, I could have sworn I had code for this but I’m not able to find it. I wrote a DLX impl many years ago and used it for a few things, and I wrote several different sudoku solvers, but I don’t seem to have ever used my DLX impl to solve sudoku puzzles…

    What you need to do is create a row for every possible entry and location in the puzzle. So you will have a row representing every single possible entry option. 9 options x 81 total squares = 729 total rows.

    The columns in your Exact Cover Matrix represent all the different constraints, where each column must be unique in the solution.

    • You’ll have 81 columns that represent just the location (you can only have 1 number in each of the 81 boxes).
    • For every Row/Column in the Sudoku Puzzle, you will have 9 columns to represent the 9 different numbers. (e.g you can only have a single “5” in every Row of the Sudoku)
    • For every 3x3 box in the Sudoku puzzle, you’ll also have 9 columns for the 9 different numbers.

    So your Exact Cover Matrix will need 324 columns = 81 (squares) + (9 (numbers) * 9 (rows)) + (9 (numbers) * 9 (cols)) + (9 (numbers) * 9 (boxes))

    When you fill out all the rows, you’ll place 1’s in all the columns that that specific entry aligns with. Take the example of the row corresponding to the entry “5” in the Sudoku Puzzles top left box. That row in your Exact Cover Matrix will contain:

    • A 1 in the column representing that specific box.
    • A 1 in the column that represents the number 5 in the first Sudoku Row.
    • A 1 in the column representing the number 5 in the first Sudoku Column.
    • A 1 in the column representing the number 5 in the top left Sudoku Box.
    • 0’s everywhere else

    To feed a specific puzzle into your solver, it kinda depends on the solver, you just need to force the output to contain those specific rows.