Thank you for the links, I had found a few of these but some are new. The basic idea is there, I’ll see if any of these can work for us. I’m growing more convinced though that hosting a whole app for this super simple use case might not be worth it, I think we might pivot to just hosting a really basic static page for it.

This is way too overkill for what we need. I’m sorry, I’ve been intentionally vague about the context for this but I guess it’s too unclear. We’re an activist group planning a protest. We might have to get this set up literally tomorrow and every penny comes out of (mostly my) pocket. We’re also all paranoid about opsec and anonymity, which is why the requirement about avoiding corporate services is there. Perhaps I should have posted this in a privacy focused comm instead, I apologize.

It’s pretty overkill for what we need, and it would still fall under “corporate” for us. At that point I could just go for the static Notion page which I can get live in 5m for free.

We can set up all of those but again, that’s kinda expensive for us rn. What’s the benefit of using a CMS like Joomla versus wishthis, or even a basic Caddy/Nginx webserver with a static page?

I believe you need root to access those, plus a file manager that supports it (I use Mixplorer which does). Otherwise, as someone else suggested, you can access them from a computer over ADB or MTP.

Yeah I wasn’t majorly worried, just checking.

Thanks. How does that work though? iTunes points it to the RSS feed of the individual results?

And do you know if there are any privacy risks associated with depending on iTunes?

I also recommend AntennaPod, I use it daily and it works great for a FOSS app. I’ve always found any podcast I’ve looked for, I’m not sure how the search engine works, but it works great.

Yeah what’s being described there is basically a P2P model. I still think it wouldn’t make a huge difference in the chattiness of the protocol. At best it would redistribute the load for outgoing federation messages, but not for incoming ones. An instance still has to receive each message individually, regardless of where they comes from.

I understand the logic, and you’re right to think about how improve Lemmy’s scalability. But I’m not sure if this is the way to go.

If you build a dedicated federation proxy for an instance, you’ve really just slightly moved the problem. The federation proxy is going to have the same scalability issues, and if anything the total load goes up.

If you build multi-instance hubs, you suddenly introduce a lot of new issues.

• Security: I think Lemmy checks the source of an update to verify that it comes from the legitimate host. You would have to introduce some kind of signatures to verify that the activity originated from the legitimate host.
• Privacy: now your users have to trust the hub owners with their data, not just the instance.
• Motive: who would be running the hubs, and why? They would have to be even bigger that the instances, and there would be much less incentive to do it.

Other people in the thread have already made this point: even with a full mesh network, the number of remote calls made for a single activity is equal to the number of instances subscribing to that activity (plus one if the activity originates from an instance that’s not the host of the activity).

A hub/spoke model doesn’t change this, it just moves the load from the host instance to the hub. The number of connections is still the same: if N instances need to receive the activity, N calls will have to be made. If anything this adds 1 more call from the host instance to the hub.

Even peer-to-peer distribution of activities, mentioned by @[email protected], wouldn’t actually change the amount of calls being made. You still have N servers that have to receive the activity, so you need at least N calls overall. What this would do is redistribute the load better over instances, so the host doesn’t have to make all N calls. It would definitely be an improvement, but it would not be easy to implement successfully, and it would almost surely break ActivityPub compatibility.

The only thing I can think of that would actually reduce the overall network load, though, is batching: sending multiple activities/updates together in a single message. AFAIK this is not supported by ActivityPub, though, so implementing it would mean breaking compatibility, and also implementing an entirely updated version of the protocol (which is a massive undertaking).