Multi-includer design refers to a blockchain architecture that allows multiple entities to propose or add transactions to blocks. This design approach aims to decentralize the block production process beyond a single miner or validator, thereby enhancing censorship resistance and reducing the potential for single points of failure. By permitting several independent participants to contribute to block creation, it can improve network resilience and fairness in transaction ordering. This contrasts with systems where only one entity has block production rights.
Context
The concept of multi-includer design is a subject of ongoing research and implementation in the development of next-generation blockchain protocols. News often highlights advancements in consensus mechanisms that promote greater decentralization of block production, addressing concerns about centralization and potential manipulation within existing networks.
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