Consensus Parallelism

Definition ∞ Consensus parallelism involves executing multiple consensus processes concurrently within a blockchain network. This method aims to boost transaction throughput by allowing different parts of the network to validate and agree on transactions simultaneously. It contrasts with sequential consensus, where blocks are processed one after another. This approach seeks to improve scalability without compromising security.
Context ∞ The pursuit of consensus parallelism represents a key area of research and development in advanced blockchain architectures, particularly for high-throughput applications. Projects striving for enhanced transaction capacity often explore sharding or other parallel processing techniques to overcome existing scalability limitations. News related to these advancements highlights efforts to build more efficient and responsive decentralized systems.