

Which is not a problem for tens to hundres of terabytes of library documents, which are all static. And there’s https://docs.ipfs.tech/concepts/ipns/ and https://docs.ipfs.tech/concepts/dnslink/ but latter suffers the same problems as DNS.


Which is not a problem for tens to hundres of terabytes of library documents, which are all static. And there’s https://docs.ipfs.tech/concepts/ipns/ and https://docs.ipfs.tech/concepts/dnslink/ but latter suffers the same problems as DNS.


IPFS is tricky, but can be made to work, at least at Libgen scale. Content discoverability is always a problem, so depends on the number of pins on the network.


Unfamiliar with that one. Pointer, please.


How is the IPFS situation?


I think we can collectively ignore irrational folks, whether lovers or haters.


Excellent. Now we need completely jailbroken open weights models posted. I’m tired of using models with blinders.


Surveillance is cheap, filtering/blocking with DPI is not, and has plenty of false positives, see Russia.


So the expensive infrastructure for DPI that that takes, who’s going to pay for that? And just where are you going to buy it? China?


Just looked: trending is all recent Crunchyroll. Does it specialise in niche anime?
If you need to move the document bulk, you can either rsync the docs and repin them, or use IPFS native means of replication to remote – haven’t used those.
LibGen on IPFS used to work, try e.g. https://bafybeifaxsen4np54stc43phpnn3rh2crxie34d74yki43dultrh4vglqy/ – but I have no idea about how much of the library corpus is pinned currently.