Non-synchronous systems operate without requiring all components to process information simultaneously or in lockstep. In the context of blockchain, this means different parts of the network can operate and update independently, often processing transactions at varying speeds. This design approach can enhance scalability and throughput by avoiding bottlenecks associated with strict global ordering. However, it also introduces complexities in maintaining consistent state and ensuring finality across the distributed ledger.
Context
The discussion around non-synchronous systems is prominent in the development of layer-2 scaling solutions and sharded blockchain architectures. News often highlights new protocols aiming to achieve higher transaction rates through parallel processing. The primary challenge involves designing secure and reliable communication mechanisms between these independent components to prevent inconsistencies and maintain overall network integrity.
New Accountable Byzantine Consensus protocol, `abcopt`, delivers optimal communication complexity while guaranteeing provable validator accountability.
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