"Look at all your repos just chilling in a cave in the Arctic"(twitter.com)
twitter.com
"Look at all your repos just chilling in a cave in the Arctic"
https://twitter.com/chfsrh/status/1750207713148051579
17 comments
Future generations checking the vault after WW3: “Wow they SUCKED at writing code!”
"All this code was so bad, the AI trained on it started WW3 by accident."
"Can't believe they ever thought they'd replace FORTRAN and COBOL. Poor fools."
"Half of this code don't even have tests!"
Cool case design, is there any more information on it?
It’s AI generated Art
https://github.blog/2022-09-20-if-you-dont-make-it-beautiful...
https://github.blog/2022-09-20-if-you-dont-make-it-beautiful...
Not sure. Perhaps Leeloo Dallas is between the drives.
That's really cool, but wouldn't it be worthwhile to also include in the vault a device which can read all that data? Or perhaps engrave on the interior of the vault the instructions for making such a device?
Even in the past few decades storage mediums have changed pretty rapidly and what was the standard back then may be totally unusable for a layperson today. I can't imagine what changes can occur over 1000 years.
Even in the past few decades storage mediums have changed pretty rapidly and what was the standard back then may be totally unusable for a layperson today. I can't imagine what changes can occur over 1000 years.
A device wouldn’t last that long, but would provide a template to follow that, with detailed instructions and information about the formats and recording process, could be used to read the media.
I'm pretty sure we don't have any digital storage media that last 1000 years, or even 100 years. There's no point even trying to read it that far in the future; it's completely gone.
Bluray has an archive format that holds 100GB per disk and is rated to last 100 years in regular climate controlled storage. Should last longer in a cold environment like the vault.
One could also etch the data on a silicon wafer that could be read with a microscope (maybe indexes and retrieval instructions readable with an optical microscope, data with an electron microscope).
One could also etch the data on a silicon wafer that could be read with a microscope (maybe indexes and retrieval instructions readable with an optical microscope, data with an electron microscope).
I think you missed the point. They put it on tape and claim it will last 1000 years. Will the knowledge, ability, and devices capable of reading tape last 1000 years?
> I think you missed the point. They put it on tape and claim it will last 1000 years.
I didn't miss that point, because they never made that claim. At least in the linked video. If they had, it'd be bullshit.
I didn't miss that point, because they never made that claim. At least in the linked video. If they had, it'd be bullshit.
https://github.blog/2022-09-20-if-you-dont-make-it-beautiful...
"This vault contains the 188 reels of hardened archival film which will preserve the 02/02/2020 snapshot of every active public GitHub repository for 1,000 years."
"This vault contains the 188 reels of hardened archival film which will preserve the 02/02/2020 snapshot of every active public GitHub repository for 1,000 years."
Well that goes against multiple different sources claiming that such long-term digital storage doesn't exist. Plenty of threads on data hoarding talk about the problem of keeping data fresh even a few decades. It's pretty hard to believe any film could last 1000 years, but I'm no expert and I'd love to be wrong on this one. Thanks for the link.
lol I just remembered about this last night [1] while pushing some code on GitHub. Idk what the long term goal of this project is. Will they update the catalogue as time goes on or is my bad college code stuck there?
[1] https://x.com/prayagbhakar/status/1750440884250792445?s=46
[1] https://x.com/prayagbhakar/status/1750440884250792445?s=46
The goal was to put data in the cold for fun! It's already done!