Ethereum developers have committed EIP-8141, known as Frame Transactions, to the network’s 2027 Hegotá upgrade, putting native account abstraction on the path to becoming part of Ethereum’s standard transaction system.
The following is a summary of the information that you will find on this page.
- Ethereum developers have scheduled EIP-8141 Frame Transactions for inclusion in the Hegotá upgrade planned for 2027.
- A Frames-based transaction allows for the separation of authorization, payment, and execution. An app or other account can cover an ETH user’s transaction fee.
- Users could transact in stablecoins, while receiving network fee payments from validators.
- Framing can combine related actions like token approvals or trading so that permissions will be reversed when the underlying transaction fails.
- The validation could be programmed to allow the account to adopt quantum-resistant authentication or rotate private keys without having to move assets to another address.
Core developers moved EIP-8141 from Considered for Inclusion to Scheduled for Inclusion during the Aug. 27 All Core Developers Execution call, according to the Hegotá Meta EIP. Frames is now a part of the upgraded plan. However, the proposal still remains in draft form and technical details may change.
After months of work, Ethereum cofounder Vitalik Buterin – one of 10 proposal authors – brought attention to this project on Sunday.
“A lot of important progress on Frames (EIP-8141) has been quietly happening over the last few months,” Buterin wrote to X recommending an updated specification.
The proposal addresses a number of restrictions that are built into Ethereum account, such as the requirement for an account to initiate a transaction to hold Ether in order pay the fee.
Apps can pay for Ethereum Gas via Frame Transactions
Ethereum requires that transaction fees be paid in ETH. Stablecoins and other tokens can only be moved if the wallet has sufficient ether.
EIP-8141 segregates the various parts of a transactio into separate programmable frames for authorization, fee payments and execution. Accounts sending the assets would not need to match the accounts paying for the gas.
Payment applications could pay the ETH fees for users or accept stablecoins as payment from them while still handling the ether payments themselves. Validators will continue to receive fees via Ethereum’s current fee system. Wallet holders would no longer need to purchase ETH.
This design shifts several elements associated with account abstraction Ethereum’s standard transaction flow. Implementations such as ERC-4333 can support sponsored gas, programmable wallets but use separate infrastructure, including bundlers, paymasters, and UserOperations.
ERC-4333 has been running on Ethereum’s base protocol since 2023, without the need for any modifications. UsersOperations sent by ERC-4337 go through an independent mempool. Bundlers collect them and pass it to the EntryPoint contract, which validates and executes.
Crypto.news has reported on this in August. smart account technology The account can be used to support features such as gas sponsorship, social recovery, passkeys and wallet controls not available on conventional accounts owned by external parties.
Instead of forcing users to rely on an external transaction system, Frame Transactions will bring similar programability into Ethereum’s protocol.
The EIP-8141 bundles related actions
The frames could simplify transactions which currently need multiple approvals.
To execute a token exchange, an individual may have to approve the decentralized application first, then send another transaction. In the event that the second stage fails, spending permissions can still be active.
EIP-8141 enables related operations to succeed or fail in a group. The approval for a trade that failed could then be reversed in the same transaction.
It works by splitting a transaction up into multiple frames, each with a separate job. The system works by dividing a transaction into frames with separate jobs.
Accounts would have more control of what Ethereum considers a valid transaction if they could program validation. Instead of all accounts being subject to the same authentication, each account could be able to run their own verification code through Ethereum Virtual Machine.
Since years, Ethereum developers have been working on this kind of native account abstraction. EIP-7102, proposed by Buterin and developers in 2024 to grant externally owned account access to smart contracts wallet functions whilst maintaining compatibility with ERC-4333.
Ethereum Keys can be changed by Frame Transactions
These changes are not limited to gas payments or transaction batching.
Elliptic Curve Digital Signature Algorithm is used for traditional Ethereum accounts owned by external parties. Under the old model, a private key can’t be simply replaced and the account kept. The key is lost and the access it provides to its assets will be permanently removed. However, a compromised private key may allow the attacker to take control of your account.
The Frames system would allow an account to define its own logic for validation, allowing key rotation and other authentication methods without the need to move assets.
Ethereum accounts could replace the current signature method with quantum-resistant cryptography if they were to be programmed to validate.
Buterin placed quantum security higher In an update for August, Ethereum will be releasing its technical roadmap, along with work on privacy, native rolls, and the storage architecture of the network.
The previous day, he had outlined the a quantum resistance roadmap This includes Ethereum’s data availability system, wallet encryption, and zero-knowledge tests. The plan identified ECDSA (which controls Ethereum account) as a component which could need to be replaced if quantum computers become powerful enough.
EIP-8141 offers a way for users to choose different signature schemes, as verification rules will no longer be limited to one private key model.
Hegotá will follow Ethereum’s Glamsterdam upgrade
Hegotá is planned for 2027 and will follow Glamsterdam, Ethereum’s next network upgrade.
Developers were still narrowing Hegotá’s scope in August. Then, Frame Transactions remained EIP-7805 or the Fork Choice enforced inclusion lists was the sole proposal that had been formally planned for upgrade.
EIP-8141 and EIP-7805 have been placed in the Scheduled Category following the August 27th decision.
Prior to that decision, developers compared EIP-8141 versus EIP-8130 in order to compare competing approaches for native account abstraction. Discussions included ways Ethereum could maintain flexibility while maintaining incompatible account abstraction standards between Layer 1 networks and Layer 2 networks.
Glamsterdam, meanwhile, remains ahead of Hegotá in Ethereum’s upgrade schedule. The planned upgrades have been tested by developers through the development networks.
Upgrades to Ethereum Gas accounting are also included. Ethereum Foundation warned wallet developers EIP 8037, which was released in August, could have an impact on software that assumes that each basic ETH payment costs 21,000 gas because transactions that generate new states would incur a surcharge.
EIP-8141 is not compatible with Ethereum’s mainnet. Its specification remains in draft status while developers continue implementation and testing work ahead of Hegotá’s planned 2027 deployment.
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Source: crypto.news
