Canton Ledger Transaction
Op 1: 0x992a4184...08f6a5d2
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: 0xe994375e...e20d607c
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: 0xdd7e4353...64021aa6
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: 0x741eb8c9...af87acb4
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: 0x3167d431...685195f2
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: 0xa8277a84...b50de9d1
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: 0x9267d091...28b2fd4b
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: 0x441a319f...f1d82fbe
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: 0xf6527502...52fe488d
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: 0x6a3b88c3...67e4778e
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: 0xebbe938b...119edbd4
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: 0x95a24c2e...e0f3e360
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: 0x880956c6...31217e07
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: 0xf5c585f4...592f3e11
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: 0x06fa7054...bc56bc19
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: 0x6d4bfb74...7c772a95
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: 0xbdec429c...63561a25
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: 0xe62dbb58...50857d9a
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: 0x65fd8114...ab2898a5
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: 0xec168563...8022067c
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: 0x6e5b60b2...9f06b58d
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: 0xcf8b603a...eae40ac4
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: 0x5a0167b4...07d5a6a5
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: 0xb06231c2...cd20c4ac
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: 0x383f0d87...52435a20
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: 0xd1613b46...d1dcf09c
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: 0xf67ef9eb...161e5b41
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: 0xe3402262...66216451
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: 0x59815479...a898d1ad
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: 0x568c6919...e8dcf15c
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: 0xd50185f5...b1cfbf24
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: 0xb5051053...4e539395
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: 0xdb5a17d0...3f334420
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: 0xa852f745...020c7062
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: 0x3cff3ade...e18348fd
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: 0x2fb28743...df81fec1
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: 0x5267fde1...f4f13fc2
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: 0xdb5d3f45...044494aa
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: 0xc68b4fae...fdb44e6c
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: 0x9f132a03...db22c7c7
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: 0xce988e28...69b8864d
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: 0xe802e17f...776d4b99
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: 0xddfba693...e0d5492d
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: 0xfef66921...99ccfe6c
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: 0x487c2f44...e72c34b4
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: 0xe2b4f41f...263e8c6a
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: 0x888d8e26...f941b78e
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: 0x9642bd4d...16cf364c
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: 0x2c283910...48dd70e5
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: 0x3c02d3cf...bcf768e4
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: 0x146cef29...fb736018
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: 0x21aac7af...cf6d4e8a
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: 0x3b408cc8...9a037abc
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: 0xcde92848...97970a8e
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: 0x05a4d8d9...23fbeee4
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: 0x2f267b72...3c267c1c
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: 0x89b1ab28...21663682
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: 0x0951f186...02a2a46b
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: 0xb43ec543...fbd6736d
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: 0x8694bb12...5449a0c4
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: 0x62cb1c76...32af4b12
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: 0x3f0da862...ca839469
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: 0x4a6e0ac3...8988da72
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: 0xbe902e6f...9d704d04
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: 0x713fe7c5...f9f0006f
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: 0x576d8fde...92ae77a8
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: 0xf27412eb...76170338
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: 0x222fa56c...16fc0cdc
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: 0xe5b7cec0...4841c409
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: 0x55e753d7...c10886f1
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: 0x2c159084...23bf683a
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: 0x5d0b78ca...b195a292
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: 0x597e70d2...00b468d7
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: 0xbc812975...8d3146be
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: 0x3a5c773e...48e4c6ce
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: 0xa9f856e4...adc211cb
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: 0x209b8630...6afe69a0
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: 0x57b38c52...b8e9ef41
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).