‘Optimistic Proofs’ are a cryptographic technique used in zero-knowledge rollups to verify the validity of transactions on a blockchain. They operate under the assumption that all submitted transactions are valid by default, and only challenge invalid transactions during a specific dispute period. If a transaction is proven to be fraudulent, a penalty is applied, and the incorrect state is reverted. This approach allows for significantly higher transaction throughput compared to traditional on-chain verification methods.
Context
The discourse on optimistic proofs is currently centered on their application in scaling solutions for prominent blockchains, enhancing transaction processing capacity. Critical discussions involve the duration of the challenge period and its implications for capital efficiency and user withdrawal times. Ongoing research aims to refine the underlying cryptography and optimize the dispute resolution mechanisms to further improve their efficiency and security.
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