Hmmh. But how would that then change Mastodon not displaying previous (uncached) posts? Or queries running through the server with it’s perspective?
And I fail to grasp how hashtags and the Lemmy voting system is related to a client/server architecture… You could just implement a custom voting metric on the server. Sure you can also implement that five times in all the different apps. But you’d end up with the same functionality regardless of where you do the maths.
And if people are subscribed to like 50 different communities or watch the ‘All’ feed, there is a constant flow of ActivityPub messages all day long. Either you keep the phone running all day to handle that. Or you do away with any notification functionality. And replicating the database to the device either forces you to drain the battery all day, or you just sync when the user opens the App. But opening Lemmy and it takes a minute to sync the database before new posts appear, also isn’t a great user experience.
I’d say we need nomadic identity, more customizability with the options like hashtags, filters and voting. Dynamic caching because as of now Fediverse servers regularly get overwhelmed if a high profile person with lots if followers posts an image. But most of that needs to be handled by servers. Or we do a full-on P2P approach like with Nostr or other decentralized services. Or edge-computing.
I don’t quite get where in between federated and decentralized (as in p2p) your approach would be. And if it’d inherit the drawbacks of both worlds or combine the individual advantages.
And ActivityPub isn’t exactly an efficient protocol and neither are the server implementations. I think we could do way better with a more optimized, still federated protocol. Same with Matrix. That also provides me with a similar functinality my old XMPP server had, just with >10x the resource usage. And both are federated.
But how would that then change Mastodon not displaying previous (uncached) posts?
You default to push (messages that come through the server), and you fall back to pull (the client accessing a remote server) when you (your client) is interested in fetching data that you never seen.
And I fail to grasp how hashtags and the Lemmy voting system is related to a client/server architecture
hashtags, sorting and ranking methods, moderation policies, and pretty much everything aside from the events themselves are just ways to visualize/filter/aggregate the data according to the user’s preferences. But it turns out that this is only “complex” when your data set is too large (which is bound to happen when your server has to serve lots of users). If you filter the data set at the client, its size becomes manageable.
we do a full-on P2P approach like with Nostr
Nostr is not p2p, and p2p is not what I am talking about. Having logic at the client does not mean “p2p”.
XMPP server (has less resource usage and is) federated.
Yes, because the XMPP server is only concerned with passing messages around!
Hmmh. But how would that then change Mastodon not displaying previous (uncached) posts? Or queries running through the server with it’s perspective?
And I fail to grasp how hashtags and the Lemmy voting system is related to a client/server architecture… You could just implement a custom voting metric on the server. Sure you can also implement that five times in all the different apps. But you’d end up with the same functionality regardless of where you do the maths.
And if people are subscribed to like 50 different communities or watch the ‘All’ feed, there is a constant flow of ActivityPub messages all day long. Either you keep the phone running all day to handle that. Or you do away with any notification functionality. And replicating the database to the device either forces you to drain the battery all day, or you just sync when the user opens the App. But opening Lemmy and it takes a minute to sync the database before new posts appear, also isn’t a great user experience.
I’d say we need nomadic identity, more customizability with the options like hashtags, filters and voting. Dynamic caching because as of now Fediverse servers regularly get overwhelmed if a high profile person with lots if followers posts an image. But most of that needs to be handled by servers. Or we do a full-on P2P approach like with Nostr or other decentralized services. Or edge-computing.
I don’t quite get where in between federated and decentralized (as in p2p) your approach would be. And if it’d inherit the drawbacks of both worlds or combine the individual advantages.
And ActivityPub isn’t exactly an efficient protocol and neither are the server implementations. I think we could do way better with a more optimized, still federated protocol. Same with Matrix. That also provides me with a similar functinality my old XMPP server had, just with >10x the resource usage. And both are federated.
You default to push (messages that come through the server), and you fall back to pull (the client accessing a remote server) when you (your client) is interested in fetching data that you never seen.
hashtags, sorting and ranking methods, moderation policies, and pretty much everything aside from the events themselves are just ways to visualize/filter/aggregate the data according to the user’s preferences. But it turns out that this is only “complex” when your data set is too large (which is bound to happen when your server has to serve lots of users). If you filter the data set at the client, its size becomes manageable.
Nostr is not p2p, and p2p is not what I am talking about. Having logic at the client does not mean “p2p”.
Yes, because the XMPP server is only concerned with passing messages around!