What Is the Impact of Transaction Batching on Merkle Tree Efficiency?

Transaction batching, where multiple transactions are grouped together before being included in a block, significantly improves Merkle Tree efficiency. By reducing the number of individual transactions, the Merkle Tree becomes shallower.

This means that a Merkle Proof, which is required for verification, is smaller and requires fewer hashing operations. Batching also helps to reduce overall network congestion and transaction costs.

What Is the Role of a Merkle Tree in Block Validation?
How Is the Merkle Tree Structure Used to Verify Transactions Efficiently?
What Is a ‘Merkle Tree’ and How Does It Use Cryptographic Hashing?
What Is the Function of the Merkle Tree in a Bitcoin Block?
What Is the Role of a Merkle Tree in a Blockchain Block?
How Does the Size of a Merkle Proof Scale with the Number of Transactions?
How Does the Merkle Tree Structure Contribute to the Efficiency of Cryptographic Proof?
What Is the Impact of Transaction Batching on Network Throughput and User Fees?

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