With traditional Gossip the approach is basically broad broadcasting: a node forwards the message to its neighbors without making sophisticated decisions about network structure or distance.
Kadcas takes a different route.
Instead of shouting the message everywhere it uses a structured topology inspired by Kademli's DHT and makes forwarding decisions based on XOR distance.
That changes the game.
The goal isn't simply:
“Get the message everywhere.”
It's closer to:
“Get the message everywhere with as little unnecessary traffic as possible.”
And this isn't just a theoretical difference.
The cited research reports that Kad cast can reduce bandwidth usage by roughly 25. 50% compared with Gossip largely by avoiding the redundant transmissions created by indiscriminate broadcasting.
That's what I find interesting about Kadcast.
Its efficiency isn't something added at the destination.
It starts with the very first decision about where the message should travel.
@Dusk_Foundation
$DUSK $1000RATS $ACE
#dusk #DUSKNetwork #blockchain #web3兼职 #crypto
Kadcas takes a different route.
Instead of shouting the message everywhere it uses a structured topology inspired by Kademli's DHT and makes forwarding decisions based on XOR distance.
That changes the game.
The goal isn't simply:
“Get the message everywhere.”
It's closer to:
“Get the message everywhere with as little unnecessary traffic as possible.”
And this isn't just a theoretical difference.
The cited research reports that Kad cast can reduce bandwidth usage by roughly 25. 50% compared with Gossip largely by avoiding the redundant transmissions created by indiscriminate broadcasting.
That's what I find interesting about Kadcast.
Its efficiency isn't something added at the destination.
It starts with the very first decision about where the message should travel.
@Dusk_Foundation
$DUSK $1000RATS $ACE
#dusk #DUSKNetwork #blockchain #web3兼职 #crypto