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How does this compare to Stellar? https://www.stellar.org/papers/stellar-consensus-protocol https://www.stellar.org/papers/stellar-consensus-protocol https://
by DarylZero 5y ago
How does this compare to Stellar?
https://www.stellar.org/papers/stellar-consensus-protocol https://www.stellar.org/papers/stellar-consensus-protocol
https://medium.com/interstellar/understanding-the-stellar-consensus-protocol-423409aad32e https://medium.com/interstellar/understanding-the-stellar-co...
- gritzko 5y agoIf I understand correctly, Stellar assumes there is some core of the network where quorum slices intersect?
- noxer 5y agoDon't know about Stellar but the original XRPL consensus which Stellar is based on requires each validator "node" (nodes that participate in consensus finding) to define which other nodes it listens to (This list of other nodes doesn't have to be public.) But if you would make all the lists public the most overlapped nodes would be the core. A common misconception is however that nodes in this core somehow have more rights or can somehow affect the outcome of the consensus. Which is not the case. Each node enforces all rules. The overlap is only requires in the sense of that it prevents forking. I.e. if there would be 2 loosely connected "cores" the same size and they get disconnected form each other, both sides could keep going which is objectively worse than if the system halts until the problem is resolved. This "emergency halting" is only guaranteed if there is one core that is overlapped enough so that no 2 separated parts or the network could reach the 80% quorum.
- DarylZero 5y agoAs I understand it, the protocol doesn't assume that. It's just an assumption of the payment processing network built on top, that there will be some "strong set" or whatever of nodes that includes big banking institutions and that actual human beings will recognize as canonical.