Canton Ledger Transaction
Op 1: 0x98e16218...c0263cd7
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: 0xce403aa5...4dc53a32
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: 0x9b3d31e6...b55110d3
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: 0x19a128ee...2ca13c4f
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: 0xea1db515...cefb7d0f
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: 0xcf63891b...3b535681
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: 0xd30ddeac...9e8d155f
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: 0x26f3e03a...15c1b64c
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: 0xf170d709...438fcf38
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: 0xee6021de...866809da
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: 0x9ed664b4...af127ec3
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: 0xae5ce2af...67499370
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: 0x6ef8474b...a655f6a8
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: 0x03144229...8443a019
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: 0xb6800c36...1502f77b
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: 0x03094f5f...0601953f
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: 0x63292fff...7d074fe9
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: 0xc78c3eef...97e9a4ff
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: 0xff251ad3...d5dd5c43
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: 0xe522f1bf...2a94fc68
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: 0xfdf5743f...44dcb4ff
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: 0xa8b5c6c1...b4f8de99
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: 0xc35007f1...f025f808
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: 0x4697688f...b2763272
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: 0xdd97d871...5cdebda5
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: 0xac497900...01913aab
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: 0x521e3097...fbbe7751
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: 0x6b444807...bf6e2623
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: 0x7b5ab8b7...a6353277
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: 0xd964ba76...7fe96eea
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: 0xa0b0a87b...11660282
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: 0x8ea12ad5...f44f944d
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: 0x71d60e87...f7ffa0f3
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: 0x01ad020c...7f312f04
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: 0x29e963aa...8d4a80a2
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: 0x1f8fd19f...4ee2ee52
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: 0xbe860c80...89e2add5
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: 0x070f9dc5...922fc321
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: 0x76ca1665...19fb31b0
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: 0x97a99186...2216dad5
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: 0xef9a3edb...c4858364
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: 0xc361664f...d6998b5c
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: 0xdd169663...da41ac50
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: 0x90d45f45...9cf4be8c
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: 0xaa3cd5cc...3a739c46
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: 0xe01926fa...6894e02f
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: 0xc0fc1c16...80e7aa2d
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: 0x0ae63d77...848c3561
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: 0x66684f6d...977d0383
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: 0x2c02841d...3e216684
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: 0x3907f905...a0638a56
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: 0x1f379c74...43de1761
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: 0xaa549c45...28d9186f
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: 0xb0b2fbce...75e051aa
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: 0xa1c233b5...ad2a9c23
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: 0x25310eed...f50b0df5
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: 0x958a0c25...23c48b38
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: 0xcf7586dc...0c9e6aa4
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: 0x24d2d9e0...93035ce0
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: 0xb54c43df...219252fc
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: 0xf5189327...9d9eda6e
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: 0x6f79f39c...8ed8a107
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: 0x7612273d...bf9fb174
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: 0xa012d256...de536441
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: 0x13458138...467f8032
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: 0x76e016c3...21c4733e
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: 0xb061c8fa...db4d13d9
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: 0xeb2fe828...ad5d3f24
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: 0xc8400c75...77fb9450
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: 0x6a9a1091...7c312d96
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: 0x6f839198...499daa19
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: 0xa8452c9a...ec7a6c28
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: 0x83681965...0b29d3e5
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: 0xa1241cb0...b5e8eb10
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: 0x08e28a59...e39483d6
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: 0x6283e404...dad13f2b
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: 0x85f7c958...02837aae
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).