Blockchain Ledger Verification via Selective Block Hashing

The patent extracts and verifies only the specific data blocks that contain the target transaction or block hash, rather than verifying all data blocks continuously. This selective extraction approach maintains verification completeness for relevant data while eliminating unnecessary verification of unrelated blocks, thereby reducing verification time and resource consumption.

The patent implements partial verification by performing integrity checks only on the subset of data blocks that are necessary to verify the specific transaction or block in question. This partial action approach avoids the excessive verification of all blocks in the ledger, achieving the required verification completeness with reduced time and computational resources.

The patent extracts only the specific data blocks containing the target transaction or block hash for verification, rather than processing all data blocks. This extraction strategy ensures verification completeness for relevant data while significantly reducing computational resources and energy consumption by excluding unrelated blocks from the verification process.

The patent applies partial verification by performing integrity checks only on the necessary subset of data blocks rather than all blocks. This partial action reduces resource consumption and energy usage while maintaining the required level of verification completeness for the specific transaction or block being verified.

The patent enables users to extract and verify only specific data blocks by providing input parameters such as transaction hash or block hash. This extraction capability maintains verification thoroughness for the selected blocks while dramatically improving user experience by allowing focused verification on relevant records without the overhead of verifying all blocks in the ledger.

The patent implements partial verification that allows users to specify and verify only the data blocks of interest. This approach maintains thoroughness for the selected subset while improving ease of operation and user experience by eliminating the need to wait for or review verification results of all blocks, enabling targeted and efficient verification operations.