Epoch ordering refers to the sequential arrangement and processing of blocks and transactions within defined time periods on a blockchain. In many Proof-of-Stake systems, the network divides time into distinct epochs, and specific rules dictate how validators are selected and how blocks are added within these periods. This structured approach helps maintain a consistent and verifiable history of network activity. Proper epoch ordering is essential for network synchronization and preventing double-spend attacks.
Context
News concerning blockchain protocol upgrades often addresses improvements to epoch ordering mechanisms to optimize validator rotation and block production efficiency. The precise sequencing of events within and across epochs is crucial for the security and performance of decentralized applications. Debates occur regarding the optimal length and design of epochs to balance decentralization with throughput.
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