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Verifying Proofs On Chain with Axiom

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In optimistic rollups, the primary mechanism for protecting against invalid state transitions is through the use of fraud proofs. Take, for example, Arbitrum, a notable L2 rollup. It employs a specific time frame known as the 'challenge window'. During this window, Arbitrum allows for the submission of fraud proofs that can alter or rectify state commitments on the rollup before they are finalized on the Ethereum mainnet (L1). This process is integral to ensuring the integrity and security of the transactions processed in the L2 environment. The utility of optimistic protocols transcends the realm of rollups, proving effective in scenarios that require the efficient generation and verification of fraud proofs. This post delves into a particular application of these protocols: naive intent solving using Axiom storage proofs. Intent solving is a mechanism by which the user states their desired outcome and a specialized third-party called a solver determines how to fulfill it. Intent solv

Verifying Proofs On Chain with Axiom Verifying Proofs On-Chain with Axiom by Kevin Ayling on April 02, 2024 In optimistic rollups, the primary mechanism for protecting against invalid state transitions is through the use of fraud proofs. Take, for example, Arbitrum, a notable L2 rollup. It employs a specific time frame known as the ‘challenge window’. During this window, Arbitrum allows for the submission of fraud proofs that can alter or rectify state commitments on the rollup before they are finalized on the Ethereum mainnet (L1). This process is integral to ensuring the integrity and securi

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