The proposal follows Aave's standard cross-chain governance pattern: the top-level Ethereum-based proposal contains one 'execute(address)' or bridge call per target network, each pointing to a dedicated payload contract (linked in the description via GitHub source and test files for Ethereum, Arbitrum, Optimism, and Polygon) that performs the actual ConfiguratorPoolConfigurator.setSupplyCap/setBorrowCap calls described in the specification table. The decoded calldata shows exactly four actions, matching the four chains named in the Simple Summary and Specification table. Three actions use execute(address) with a payload address argument (consistent with Ethereum, Arbitrum, and Optimism cross-chain executors), and the fourth uses a fallback()-style call without an explicit address, which is consistent with Polygon's distinct bridge relay mechanism (e.g., FxPortal) where the payload address is encoded in the message payload rather than as a direct calldata argument — this is a known, non-suspicious structural difference for Aave's Polygon governance bridge, not evidence of a different action count or target. Since the decoded calldata only exposes the top-level dispatch calls and not the internal cap values set by each payload contract, I cannot directly verify the exact numeric cap changes (e.g., wstETH borrow cap 6,000→12,000) against on-chain state from this data alone. However, the structure (4 chains, 4 dispatch actions, addresses matching known Aave governance executor patterns) is fully consistent with the description, and there is no indication of missing, extra, or misdirected actions. Confidence is medium rather than high due to the inability to directly confirm the granular cap numbers from the decoded top-level calldata alone.