Ethereum co-founder Vitalik Buterin has announced that native account abstraction, a long-awaited feature enabling “smart accounts,” is slated for deployment within the next year via the Hegota network upgrade. The implementation, defined by EIP-8141, will allow transactions to be composed of sequences called “frames,” enabling advanced functionalities like gas payment in non-ETH tokens and removing the need for intermediaries. Buterin emphasized this aligns with Ethereum’s cypherpunk principle of minimizing external infrastructure reliance.
The core upgrade, EIP-8141, consolidates solutions for longstanding account abstraction goals. Buterin stated that the feature will use “frame transactions,” where a single operation becomes a sequence of frames that can reference each other’s data.
Each frame can signal authorization for a sender or gas payer, creating a flexible framework. This design enables smart accounts with multi-signatures, quantum-resistant wallets, and accounts with changeable keys through validation and execution frames.
Paying transaction fees in tokens other than Ether (ETH) can be facilitated without intermediaries. This can occur via a paymaster contract or a special-purpose decentralized exchange providing ETH in real-time.
“Intermediary minimization is a core principle of non-ugly cypherpunk Ethereum: maximize what you can do even if all the world’s infrastructure except the Ethereum chain itself goes down,” Buterin said. He added this is significant for privacy protocol users, as it could remove problematic “public broadcasters” from platforms like Railgun and Tornado Cash.
All existing Ethereum accounts can be integrated into this new framework. This integration would grant them capabilities for batch operations and transaction sponsorship.
Buterin recently posted a quantum resistance roadmap for the network, addressing validator signatures and data storage. The roadmap also covers user account signatures and zero-knowledge proofs as areas of concern for future security.
He has also discussed expectations for progressive decreases in both slot time and finality time. These changes are part of the longer-term scaling roadmap for the Ethereum network.
