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The Internet and Fediverse in a High Latency Future? (monero.town)

submitted 1 year ago* (last edited 1 year ago) by [email protected] to c/[email protected]

19 comments fedilink hide all child comments

This presumes humanity is a space fairing or interplanetary civilization.

How would something like the fediverse, internet, cryptocurrency, etc function with major latency? As an example, a signal takes between 5 and 20 minutes to travel from earth to mars. A roundtrip response would take at best 10 minutes and at worst 40 minutes. Now lets say you live on mars and your home lemmy instance is mars.social. You want to see what news people are chatting about on earth and heard that [email protected] is a good community. If you put that into your instance search box on mars.social the absolute best you can hope for is a response in 10 minutes. I assume the request would totally fail anyway due to rtt being set to low and the packets expiring before they ever reached the destination. The internet we all know and love is totally intolerant of high latency. Just ask people who use satellite internet or tor.

Edit: i think, but am not certain, that ipv6 replaced rtt with hop count. If so this may not be an issue as the time it takes would not matter as long as the hop limit was not reached.

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[–] [email protected] 1 points 1 year ago (1 children)

here's hoping we invent the ansible (and that whatever physics voodoo required to run it isn't so expensive that it remains inaccessible to the general public)

it would be cosmically funny if we end up with FTL physical transport before FTL information transport, and thus a gigantic interstellar sneakernet industry.

*slaps roof of warp-capable starliner* this bad boy can fit so many fuckin exobyte flash drives in it

GALACTIC SNEAKERPUNK

[–] [email protected] 1 points 1 year ago* (last edited 1 year ago)

Even with normal comms. I wouldnt be shocked if there are times where things, like the sun, would interfere with radio communications and thus we may need some type of relay arrays.

My guess is latency of 15-20 minutes would be acceptable and there would be a big infrastructure to cache and handle distribution.

Heck even lemmy synchronization can get behind by more than 15 minutes…..

But the real answer is in Star Trek “open. Subspace channel”