How do you expect to cross the oceans? RFC1149?
packet radio probably, but i hope you like BBSs because 9600bps is blazingly fast over this medium
I also hope you don’t intend to communicate anything that requires security or privacy because, assuming you mean HAM bands in HF, then you can’t encrypt anything.
that’s another big limitation
there’s probably a way to use encryption over HF, but this would require some kind of commercial license
I mean encrypting the data is the easy part, doing it legally is the hard part. Good luck getting a world wide multi-station license…
Sharks with laser beams!
The problem with using RFC1149 is rounding up and training enough seabirds—pigeons won’t fly that far over water. Albatrosses would be ideal, but there might not be enough of them available.
Hmm. Can we instead attach mesh repeater units to the albatrosses, and hope that enough of them take up optimum spacing for long-distance transmission? Or perhaps it would be better to just string a line of buoys across the Bering Strait once Russia stops being cantakerous. Then all we have to do is find a way to connect up Australia and a few assorted islands here and there.
What about IPoverFish?
Edit: IP-over-swimming-carrier maybe better. Let’s get an RFC ready before next April 1st
Hear me out - you could run, like, a sneaker-net but with cargo ships!
The bandwidth on that would be just insane. Pity about the latency though.
@wildbus8979 I’m not sure, I just thought it would be awesome yo have a fully p2p internet
You want it meshed or P2P? These are not the same thing…
@wildbus8979 a mesh is a network of p2p devices isn’t it? Please explain the differences
P2P implies that peers talk to each other directly. In a mesh configuration peers talk to each other via other peers.
What’s the purpose on replace ISP’s? Create a new whole mesh of ISP’s from scratch?
From what I understand it’s the final form of decentralization. The idea is that a bunch of user/community owned computers communicate with each other and act like an alternative community based internet provider. Big cities already implement some form of this like NYC.
@BaalInvoker get rid of the major telecoms companies who spy on us all
Ah, ok. You’re just paranoid.
Guess what. If your data pass through any node, ISP or not, you can be spied.
“paranoid” assumes that it’s unjustified suspicion of someone or something. However it’s a well known fact that ISPs may spy on users as it’s been exposed to happen in the past…
@BaalInvoker not paranoid, beyond observation, straight up control over who gets access and not. CBDC social credit system depends on centralized structures
How would you propose connecting to a mesh network without the use of an ISP? Are you thinking wireless (wifi)? For something like that to work you would need an AP/repeater every 150 feet or so. How would you cross oceans without bouncing wireless signals off the ionosphere (creating latency issues) or using a cable (requiring some entity to maintain it - $$$)?
If you break it down into the requirements to do such a thing you can start to understand why your question is a bit ridiculous.
I remember reading about a “guerilla wifi” mesh network in NYC, and I did a bit of research on connecting to that several years ago. It turned out I was too far away from Manhattan to be in range. But also from what I read a series of small-scale peer-to-peer connections don’t give you the low-latency or throughput of a good backbone.
@eclipse @VENMusica how does meshtastic work beyond the local peer to peer
Do you mean local LAN or local real world area?
@eclipse off lan on public LoRa if possible
Meshtastic just forwards your requests through other peoples devices until it gets where it needs. It acts as a big repeater system. I haven’t experimented with it much outside of just sending messages. I think you are able to transfer actual small files but that’s the limits.
