Canton Ledger Transaction
Op 1: 0x199a308f...f7a07548
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xbbf62f75...ca169255
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xfe41c24f...d4c978a5
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x0ba65542...0d7473bf
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x86fe9263...3094b91b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x26efe854...ea9a6000
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xd34c2553...db5f0aef
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x4570e4ab...7c072504
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x42d007bd...e7c4b374
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x4cc4a108...203fb95e
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xee013c19...70a8977a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x8193d563...9502f2e5
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xadcfb429...c46fc454
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xa8f5d460...87ae02e5
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xf3056c85...d0e521e6
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x61786fd7...443c619a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xd309682b...a0931901
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x7b232264...e957fa77
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x904ec95d...f48dcb11
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xcedf899d...50ad8bf1
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x997a9030...ad1d3645
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x5231af28...5cc50a95
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x96cd31d7...0856c097
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x1552cd27...e23e5f81
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xd9ad32dc...cc296a83
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xeb2a0fa4...730088c8
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x8a2f2d03...520d36c4
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x78568ca9...79f92ad9
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x9bae6557...4449f063
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x9d31ec5d...b308a605
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x0b21d667...4385d7b8
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x404908e2...5e298305
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x9024538a...49ef5b63
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x7c8cad21...e80f0c13
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xe4fc596b...0dbf0e90
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x496bdd44...7efc046b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xecc64c8c...232c7de1
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x59223b3c...5abd70a6
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x32ae4372...92d04020
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x740b108a...0819c724
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x95ee2292...0ebd9da8
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x4cde25b2...c8fb228e
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x16e7b487...03d92003
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xc815a4c2...7987ceab
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x8300df8c...602666c9
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x8fcaffa6...425a3fa1
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x0f842f40...190fd170
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x4c16a206...f01c6003
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x79191e58...8fddb58c
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x3f5a91fb...aff310f4
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xa17b96bb...620885c8
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x824a36c6...868f6ab8
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x5825af47...584a93ff
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xb1bf095c...ca7dad30
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x86696472...cc92dba3
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x1b3cc7b9...bd2db611
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x0d6fdb75...96ecf794
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x53b2c87d...5a19be29
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x813bbe97...0fd21ed9
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xd7fe6f04...548d26b7
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x0d2da573...79eacb1e
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xd81aa45a...bdb22012
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x03993ca4...d394320a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x20c37a05...c32791bb
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x68f8ca39...bb630be0
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x7818d347...b5dc8ead
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xf078f9c7...aac49270
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x780cdfde...6192b817
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x7a986bdf...f6203f3f
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x40bf4c91...536d4c7a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xd191fffb...0ddf61f0
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x10aff910...49621bfe
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x3bb6376a...1ca0d6b4
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xda637144...6330c70b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xa0db737a...0b97caf3
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xd4ade3c7...fa6c9030
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x0adeaa33...4c51a2ed
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0x9e63d9e4...01136b4e
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step 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: 0xc73b6890...08dd78dd
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 80: 0x0d7c8d74...97036aae
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 81: 0xd38e5f06...738372be
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 82: 0xe17d0a53...8e55d054
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 83: 0xc5c31b87...f50a4b04
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 84: 0x922d9c07...940bdd0e
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 85: 0x0dc5f9fe...0d7c798c
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 86: 0x956abbb9...7839023c
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 87: 0x668a4328...faea611a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 88: 0x45503e77...fab0496b
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 89: 0x8c9caff2...5bc40108
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 90: 0x445dc7a1...0a898e71
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 91: 0xb172a103...cd95c3df
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 92: 0x0e61cefa...1e2f2a75
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 93: 0x4cc73d7b...c132ba94
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 94: 0xcb9a9d3e...26ca6607
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 95: 0x4939cb1a...e061cd22
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 96: 0x5f156f25...ab3649eb
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 97: 0x89468b9b...45c6470a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 98: 0xe12d1a45...ee7c6188
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 99: 0x231e218f...becfc2e7
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).
Op 100: 0x41285192...bc299b9a
Relayer Wraps Tx
Eth tx → Canton BlockProposal
Validator2 — Re-execute
participant2 · REVM re-execution
Validator3 — Re-execute
participant3 · REVM re-execution
Illustrative visualization. Canton commits Command → Consensus → Finalization atomically within a single transaction, so individual Canton step durations are estimates. Measured anchors from on-chain timestamps: Canton record time → synchronizer effective time, and effective time → EVM block timestamp (second granularity).