Definition ∞ Batch proofs are cryptographic constructs that verify the correctness of multiple transactions or computations simultaneously. Instead of generating individual proofs for each operation, a single, concise proof is created for a collection of them. This method significantly reduces the computational overhead and storage requirements on a blockchain. It is particularly relevant for scaling solutions, allowing for more efficient processing of numerous activities off-chain.
Context ∞ Batch proofs are a key innovation in scaling blockchain networks, frequently discussed in news related to layer-2 solutions and zero-knowledge technologies. The current discourse addresses their role in improving transaction throughput and reducing fees, which are critical for broader adoption. Ongoing research and development focus on optimizing proof generation times and enhancing the security assurances provided by these aggregated verification methods.
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