Continuing from our previous post on Locus Chain's Consensus Algorithm, let's delve into the mechanisms driving decision-making
14 Aug 2023, 01:36
Continuing from our previous post on Locus Chain's Consensus Algorithm, let's delve into the mechanisms driving decision-making in distributed networks ⛏️
Proof-of-X algorithms often rely on physics (like computing speed limits) or economics (incentives for honesty, disincentives for deceit) for consensus.
By blending PoS with BFT, we surpass traditional methods, simultaneously addressing storage and network load challenges and laying groundwork for solutions like pruning and sharding.
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14 Aug 2023, 01:52
What is so unique about the Locus Chain's Byzantine fault tolerance proof-of-stake consensus algorithm?
What is so unique about the Locus Chain's Byzantine fault tolerance proof-of-stake consensus algorithm.
What is so unique about the Locus Chain's Byzantine fault tolerance proof-of-stake consensus algorithm?
https://x.com/locuschain/status/1690901809517264897?s=46&t=lghsY1aCbpdIvZ8rpSk6yg
14 Aug 2023, 01:43
What is so unique about the Locus Chain's Byzantine fault tolerance proof-of-stake consensus algorithm?
What is so unique about the Locus Chain's Byzantine fault tolerance proof-of-stake consensus algorithm.
What is so unique about the Locus Chain's Byzantine fault tolerance proof-of-stake consensus algorithm?
14 Aug 2023, 01:39
Continuing from our previous post on Locus Chain's Consensus Algorithm, let's delve into the mechanisms driving decision-making in distributed networks ⛏️
Proof-of-X algorithms often rely on physics (like computing speed limits) or economics (incentives for honesty, disincentives for deceit) for consensus.
By blending PoS with BFT, we surpass traditional methods, simultaneously addressing storage and network load challenges and laying groundwork for solutions like pruning and sharding.
Continuing from our previous post on Locus Chain's Consensus Algorithm, let's delve into the mechanisms driving decision-making
Continuing from our previous post on Locus Chain's Consensus Algorithm, let's delve into the mechanisms driving decision-making in distributed networks ⛏️
Proof-of-X algorithms often rely on physics (like computing speed limits) or economics (incentives for honesty, disincentives for deceit) for consensus.
By blending PoS with BFT, we surpass traditional methods, simultaneously addressing storage and network load challenges and laying groundwork for solutions like pruning and sharding.