Canton Ledger Transaction
Op 1: 0x0e77f679...efc2ab1f
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: 0x0c81c3e1...6e42761a
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: 0xe2d7f214...a7aa1e07
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: 0x5a9946d6...9fcd0373
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: 0xbd32e189...70759ac6
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: 0x22c18b9d...b54fabdd
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: 0x05d03624...8fffe0ea
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: 0xbf8f22bc...0b5a83ad
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: 0xfbd5fc34...e24bd16e
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: 0x0b5861c3...28dccd16
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: 0xb1969a11...98f5d63b
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: 0x4e0c7598...ac6fc5d7
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: 0xd3be56ed...35178dc1
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: 0x973eab87...6aafdb3d
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: 0xe41234a6...4ffe1360
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: 0x4bf7190f...23eff0c8
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: 0x03ce906f...1f04938b
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: 0x821d7169...ba03a7b2
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: 0xac918f24...b9183f95
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: 0x15db2f9a...4997b45e
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: 0x263d817e...cf56b786
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: 0x13db3624...11c905a5
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: 0xdc6eec75...0d0a6c6e
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: 0x01fbcc11...e318d69e
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: 0x0f35e41f...8ce3bd84
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: 0x427bcc70...68f296c0
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: 0xfdbdb4ce...28089f69
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: 0x15225977...a8ac3c95
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: 0x545690d9...b330e9b0
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: 0xc12571e8...d1fc4f57
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: 0x9b084301...c533ad29
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: 0x2bb15440...23f66475
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: 0x70149b95...ff7ca8c0
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: 0x93cfa376...960fa624
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: 0xf0fe845a...5f95db1c
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: 0xe5021811...30595ce9
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: 0x41f27e7a...506724fd
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: 0x76a3380b...8a19a767
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: 0xaf96ed66...d440cf66
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: 0x11f5b903...9241ba45
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: 0x909ba428...4822a2ee
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: 0x01e1c27b...2ab87954
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: 0x35c6e028...c15b2be4
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: 0x2c783e0d...fbc22670
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: 0xa38847ce...2e8b7640
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: 0xc0c6628a...6acf7bd0
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: 0x9517baca...090a57fa
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: 0x2ba713fc...feecb055
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: 0xc3bf560f...aeea752a
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: 0xc5824517...25964034
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: 0xc3299b4d...06cac84c
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: 0x6c42f5fe...f37dffa7
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: 0x5bd915cb...913fda6b
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: 0xe03791a3...5d42d59f
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: 0x33e5199e...6002b879
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: 0x83327b47...ea4a2601
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: 0x35d85d01...63bde36d
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: 0xe5654a5e...b33f9953
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: 0x270b136e...534b1242
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: 0x7b1d88f2...60a0cba8
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: 0xdf048ed9...d7c3a42a
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: 0x3affcf27...40fbc381
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: 0x631039cd...6ec79446
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: 0x8c0ec0a5...36fd8191
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: 0xef8ac926...584ba97a
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: 0x82639436...6fb89009
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: 0x9c6b4210...c97814a1
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: 0x562f6fc1...172b7571
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: 0x5d534f50...f6515c2c
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: 0x983f59d3...26cb20ec
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: 0x52b82d11...157873ec
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: 0x1a580afe...2647672d
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: 0x32dc7229...80aed6af
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: 0x9515bac3...a659a8a4
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: 0x42603b04...85c33e66
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: 0x3742c1a0...7daa98b9
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: 0x6cf22827...a21610f1
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: 0x1885dfda...cbb176e4
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: 0xb895d52c...b23201a6
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).