Canton Ledger Transaction
Op 1: 0x297e9a83...74d70558
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 2: 0x7298f9a6...6fb56bfa
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 3: 0x69b30cf8...b630de29
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 4: 0x4a161795...5f62683b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 5: 0x21f57700...a066ed65
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 6: 0x04e16dab...3dfaded3
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 7: 0xdb7d648c...59226839
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 8: 0xa899589a...929a20c7
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 9: 0x078ec29a...a9c4acff
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 10: 0x53b66206...eb919c79
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 11: 0x9ea0c576...bf237e92
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 12: 0x96c734fa...3ac90718
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 13: 0xc953a263...52823a30
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 14: 0xafb4ab4b...ce87072f
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 15: 0xe0bf3fbc...0aef36ec
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 16: 0x5a19a8fe...9e555913
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 17: 0x72dd3229...ea41ee00
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 18: 0x6de2aaa9...337be377
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 19: 0xf8c4a920...fa3315bc
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 20: 0x68fc9335...f584d868
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 21: 0xdb90ca07...eeaa051d
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 22: 0x232c8bdb...4869f1cb
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 23: 0x04a88101...01ab3548
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 24: 0xface5dc1...0356f651
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 25: 0x25b0b477...758d70bd
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 26: 0x68f0560c...5eac9154
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 27: 0x21d29dbb...4fc220d2
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 28: 0x2cc25c70...66953147
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 29: 0x3b6bd072...7dd4017a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 30: 0xa48727ca...87256a66
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 31: 0xc16f4528...4711fbb9
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 32: 0xeacfd3cb...6add9f5b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 33: 0x3dbca585...fe16c962
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 34: 0xb06e4618...ae2b466d
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 35: 0xe8d30c2a...07d0c4b4
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 36: 0x0fe13404...f3926a26
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 37: 0x7fb5440a...238849c9
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 38: 0x8b75246b...2c4a1d37
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 39: 0xc46900d5...760b8021
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 40: 0x74b19ceb...99ee9984
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 41: 0x5ea61e85...d34e0c74
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 42: 0x2ffc775c...e6e8068c
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 43: 0x592c45f1...6e5fd057
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 44: 0xa81a5a87...d8abd135
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 45: 0x7efa6fe5...23b92f60
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 46: 0x9291ffd7...a45c3694
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 47: 0xc867ace7...4cc734b2
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 48: 0x7bfd3be7...23921ca8
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 49: 0x38ab0792...4647b76a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 50: 0x400ca600...eeef8727
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 51: 0x4cf60752...02b39f6a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 52: 0x2723e4b5...48580c9b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 53: 0xfeadeb01...b597d6c3
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 54: 0xf872b5bc...38ca5eab
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 55: 0x89e90219...cdea4a5c
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 56: 0x6775de5d...37b20d34
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 57: 0x87fee755...77a40629
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 58: 0x66ed352b...23d170a5
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 59: 0xc498915e...bdaad3b9
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 60: 0x9f2beddc...6d72ba93
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 61: 0xbbe6904a...c354deae
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 62: 0xf768c5c7...3250dbda
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 63: 0x4a2ef749...8aa9f74e
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 64: 0x4c8bde2f...fedf870e
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 65: 0xa77c8b2a...34de1edd
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 66: 0xa21d6ffa...2f18ffbc
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 67: 0x689588e4...046f44c9
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 68: 0xd892f2f4...047a3228
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 69: 0x79e9ad0f...32b9b97b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 70: 0x3c1aeeae...81562f63
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 71: 0xabb3f232...887be5ee
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 72: 0xa6771481...da8a78d5
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 73: 0xee34d3bc...4acabc56
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 74: 0x6a6ea837...a409e372
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 75: 0x582d85b1...5de4e585
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 76: 0x99805ede...8320cda1
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 77: 0xab699762...e879f298
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 78: 0xdb767f67...52d1d5c2
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 79: 0x65896a8b...911c986d
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 80: 0x5efc5451...c4d2f8f5
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 81: 0xfa9471c0...f351d738
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 82: 0xdb78ba29...47ed59fa
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 83: 0x4d3cec8e...eb0a245d
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 84: 0x2924bc23...efd49a18
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 85: 0xad5319af...ef99234e
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 86: 0x9d17e9de...3866c55c
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 87: 0xd173b767...31c1256b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 88: 0x88cb163f...6d83f8c9
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 89: 0x4438d19d...2c7f2df3
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 90: 0xf1e33ae4...b707cc36
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 91: 0xbf15ba6d...719d35cd
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 92: 0x258104b6...790f1610
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 93: 0x5a86f534...ed1ec33b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 94: 0x53915536...3c2e208a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 95: 0x01040f29...450c49ff
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 96: 0xf2dd1c19...44f2ff79
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 97: 0x66020793...c9216cbc
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 98: 0xafafedff...0f9135fa
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 99: 0xef3f0120...81447b42
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).