Consensus Primitives are fundamental building blocks or algorithms that enable distributed systems to reach agreement on a single data value or state. These core mechanisms form the basis of how decentralized networks validate transactions and maintain a consistent ledger. Examples include cryptographic signatures, hash functions, and specific rules for block propagation and validation. They are essential for ensuring the integrity and immutability of blockchain data.
Context
Developments in consensus primitives are frequently covered in news regarding blockchain scalability and security improvements. Researchers continually work on refining these primitives to achieve faster transaction finality, lower energy consumption, and greater resistance to attacks. The selection and implementation of these primitives directly influence a network’s performance and decentralization characteristics.
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