Odaily Planet Daily reports that Vitalik posted on X stating that Ethereum has been discussing account abstraction (AA) since early 2016. Now, EIP-8141 is a comprehensive proposal aimed at resolving all remaining issues related to AA. The core concept of this proposal is “frame transactions,” where a transaction contains N calls that can read each other’s call data and can authorize the sender and gas payer.
This mechanism supports various use cases: regular account transactions (such as multisignature, variable keys, quantum-resistant signatures) are completed by verifying and executing frame transactions; paying gas fees with non-ETH tokens can be achieved through a payment main contract without any intermediaries; for privacy protocols, verification of ZK-SNARKs or adding two-dimensional random numbers can be implemented via payment contracts.
In terms of security, on-chain validation only considers transactions valid when the frame returns an ACCEPT with a gas payment flag. Initially, the mempool will adopt conservative rules, with gradual expansion later. EIP-8141 is highly complementary to FOCIL; FOCIL ensures rapid inclusion of transactions, while AA ensures complex operations can be executed as first-class transactions. The proposal also discusses EOA compatibility, which is theoretically feasible. After more than a decade of research, these technologies are expected to be implemented within a year through the Hegota fork.
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Vitalik: EIP-8141 is expected to be implemented within a year, fully resolving the account abstraction issue
Odaily Planet Daily reports that Vitalik posted on X stating that Ethereum has been discussing account abstraction (AA) since early 2016. Now, EIP-8141 is a comprehensive proposal aimed at resolving all remaining issues related to AA. The core concept of this proposal is “frame transactions,” where a transaction contains N calls that can read each other’s call data and can authorize the sender and gas payer.
This mechanism supports various use cases: regular account transactions (such as multisignature, variable keys, quantum-resistant signatures) are completed by verifying and executing frame transactions; paying gas fees with non-ETH tokens can be achieved through a payment main contract without any intermediaries; for privacy protocols, verification of ZK-SNARKs or adding two-dimensional random numbers can be implemented via payment contracts.
In terms of security, on-chain validation only considers transactions valid when the frame returns an ACCEPT with a gas payment flag. Initially, the mempool will adopt conservative rules, with gradual expansion later. EIP-8141 is highly complementary to FOCIL; FOCIL ensures rapid inclusion of transactions, while AA ensures complex operations can be executed as first-class transactions. The proposal also discusses EOA compatibility, which is theoretically feasible. After more than a decade of research, these technologies are expected to be implemented within a year through the Hegota fork.