It seems that self hosting, for oneself, a federated service, like Lemmy, would only serve to increase the traffic in the network, and not actually serve the purpose of load balancing between servers.
As far as I understand it, the way federation is supposed to work is that the servers cache all the content locally to then serve to the people that are registered to that server. In doing so, the servers only have to transmit a minimal amount of data between themselves which lowers the overhead for small servers – this then means that a small server doesn’t get overwhelmed by a ton of people requesting from it. Now, if, instead, you have everyone self hosting their own server, you go right back to having everyone sending a ton of requests to small servers, thereby overwhelming them. It seems that it’s really only beneficial to the network if you have, say, hundreds of medium sized servers instead of, say, thousands, of very small servers. While there is the resilience factor, the overhead of the network would be rather overwhelming.
Perhaps one possibility of fixing this is to use some form of load balancer like IPFS to distribute the requests more evenly, but I am no where even remotely close to being knowledgeable enough in that to say anything definitively.
If it worked like torrenting where you have seeds, etc, it’d scale almost infinitely. I don’t think we should change to fit the algorithm. We should change the algorithm to make it scale.
Every instance just needs to store the communities they use, just like now. But once cached, any other instance could grab those messages from any of those instances. It’d be a peer to peer sort of organization.
I can think of lots of caveats regarding freshness of content and trust and ensuring the tree of instances is auto organized to minimize depth. Maybe for trust you could have signatures for all content signed using keys that every instance could pull from the original instance just once every now and then.
Upvotes and responses would just travel up the tree in the reverse trip from the way content came down.
But, I think it’s similar to other things that already exist. These problems seem solvable.
I’m not super familiar with torrenting protocols, but would have naively assumed that the very fact that subs have a single source of truth (e.g. selfhosted@lemmy.world is hosted on lemmy.world in its entirety, and then only cached on other lemmy instances) would be enough?
I guess we’d need to federate the sub list, we wouldn’t want a central source of truth for that, but that bit isn’t any different to what we have currently AFAIK
When you initially start a torrent, you define what “100%” is - all of the files. When you update a torrent, you need all of the updates. The beauty of a federated network is that the network can persist without all of it being available.
I run my own instance. If every other server on the planet crapped out overnight, my instance would still be operable (with whatever content from the federation that I’ve consumed).
The Fediverse is currently decentralized not distributed, and it should most definitely stay that way, for the sake of my disk space.
When you start a torrent, you don’t define a 100%, you define only your torrent and nothing else.
To follow your example, if you run your own torrent instance and the network goes down, then of all torrents out there you will have whatever your instance managed to download. It works the exact same way in this regard.
The main issue with decentralised P2P systems is that they’re very slow when user count is low.
You are not logged in. However you can subscribe from another Fediverse account, for example Lemmy or Mastodon. To do this, paste the following into the search field of your instance: !selfhosted@lemmy.world
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If it worked like torrenting where you have seeds, etc, it’d scale almost infinitely. I don’t think we should change to fit the algorithm. We should change the algorithm to make it scale.
That would require at least one instance having 100% of the fediverse, would it not?
Every instance just needs to store the communities they use, just like now. But once cached, any other instance could grab those messages from any of those instances. It’d be a peer to peer sort of organization.
I can think of lots of caveats regarding freshness of content and trust and ensuring the tree of instances is auto organized to minimize depth. Maybe for trust you could have signatures for all content signed using keys that every instance could pull from the original instance just once every now and then.
Upvotes and responses would just travel up the tree in the reverse trip from the way content came down.
But, I think it’s similar to other things that already exist. These problems seem solvable.
The biggest issue I see is edits percolating through the network slowly or not at all, but I’m sure that’s not an insurmountable problem
Why is that?
I’m not super familiar with torrenting protocols, but would have naively assumed that the very fact that subs have a single source of truth (e.g. selfhosted@lemmy.world is hosted on lemmy.world in its entirety, and then only cached on other lemmy instances) would be enough?
I guess we’d need to federate the sub list, we wouldn’t want a central source of truth for that, but that bit isn’t any different to what we have currently AFAIK
When you initially start a torrent, you define what “100%” is - all of the files. When you update a torrent, you need all of the updates. The beauty of a federated network is that the network can persist without all of it being available.
I run my own instance. If every other server on the planet crapped out overnight, my instance would still be operable (with whatever content from the federation that I’ve consumed).
The Fediverse is currently decentralized not distributed, and it should most definitely stay that way, for the sake of my disk space.
Torrents are both decentralised and distributed.
When you start a torrent, you don’t define a 100%, you define only your torrent and nothing else.
To follow your example, if you run your own torrent instance and the network goes down, then of all torrents out there you will have whatever your instance managed to download. It works the exact same way in this regard.
The main issue with decentralised P2P systems is that they’re very slow when user count is low.