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@@ -22,7 +22,7 @@ Reliance on bridging in order to connect what are essentially isolated networks,
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Let's take a deeper look at cross-chain transfers.
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First of all, we understand execution of atomic cross-chain transactions to mean that, with every set of transactions a user submits to multiple chains, the user has the guarantee that either all transactions are execute successfully or none of them is included in any chain.[^1]
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First of all, we understand execution of atomic cross-chain transactions to mean that, with every set of transactions a user submits to multiple chains, the user has the guarantee that either all transactions are executed successfully or none of them is included in any chain.[^1]
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Consider the following example as a typical cross-chain transfer.
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For all rollup chains, we have all data necessary to retrieve the proof of inclusion for a particular message in some list $M_i$.
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But this is not so validium chains. For instance, there could be a 'data withholding' attack.
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But this is not so with validium chains. For instance, there could be a 'data withholding' attack.
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So we need to ensure that 'data withholding' attacks do no affect validium users' ability to process an exit or message from a rollup.
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#### Proof aggregation interface
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The `submitBatch` data interface used to transmit proofs between chains and the AggLayer, involves the following data elements. The below table records the interface data elements, their types and brief descriptions.
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The `submitBatch` data interface is used to transmit proofs between chains and the AggLayer, involves the following data elements. The below table records the interface data elements, their types and brief descriptions.
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