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Ethereum co-founder Vitalik Buterin has announced that a long-discussed plan to make the blockchain network’s calculations more flexible may finally be close to implementation.
On February 28, Buterin previewed a design built around account abstraction that could become possible with the Higota fork of the network.
How the EIP-8141 can make Ethereum wallets more flexible
Description of butyrin EIP-8141 as the focus of the proposal, It is a comprehensive design that addresses the remaining challenges of account abstraction.
The vision aims to turn wallets into programmable accounts that can perform bulk actions, change signature schemes, and support multi-signature control. This move also allows for the separation of transaction authorization and the payment of basic gas fees.
Most users support it ethereum Today on external accounts (EOA), which control with private keys​​​​​​​​​​​​and often merge with eth to pay gas fees.
According to Buterin’s proposed design, transactions are structured as “framework transactions”.
This represents an architecture that divides the activity into a series of calls to verify the sender, authorize the payer of the gas, and execute one or more actions.
Buterin explained that the concept of “frame parameters” is one of the simplest possible concepts, while it is still very multi-purpose. He emphasized that the transaction is a number of calls, each of which can read the data of the other, and has the ability to authorize a sender and authorize the payer of the gas rate. At the protocol level, that’s it, he added. According to his explanation.
Explain that at a practical level, a transaction can have a separate verification and execution framework, and in the case of complex flows, a propagation framework can be added for accounts that are not yet in the chain.
It also means that bulk operations, such as approving and spending a token in a single atomic sequence, could be easier to implement as a basic transaction type, he noted.
Buterin highlighted the role of Paymaster contracts, which could allow users to pay transaction fees with non-eth assets. These contracts also allow applications to sponsor user fees directly.
In an example, the description of the Baymaster of Buterin can accept rai, and provide eth gas in real time, The unused value is recovered at the end of the transaction.
He stated that this approach maintains the performance of existing supported transaction systems while reducing reliance on intermediaries.
Buterin explained that the minimization of intermediation is a fundamental principle of non-deformable Ethereum cyberfunk: you should maximize what you can do even if all the infrastructure in the world collapses, except for the Ethereum chain itself.
At the same time, the proposal also has implications for… Privacy tools on the blockchain network.
Buterin explained that payment managers can be designated to check Proof of zero knowledge And pay gas fees if these proofs are correct.
He also pointed to the so-called “2D nonces” as a way for a single account to receive transactions in parallel from several users, which could enhance the way privacy preservation systems work.
However, Buterin noted that the main design challenge may lie in the mempool – the place where transactions propagate before entering the block – rather than at the level of the blockchain itself.
He also said that very complex verification logic may not be safe for large-scale deployment, meaning that the initial rules of the mempool are likely to be conservative before scaling over time.
He added that the stripping of accounts will complement the FOCIL proposal, a separate proposal aimed at improving transaction complexity guarantees.
Buterin emphasized that the developers are still discussing the compatibility of existing accounts to ensure that eventually they will be able to make the new framework.
This integration will allow traditional governors to take advantage of advanced functions such as batch operations and gas rate management.
