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Ethereum's New Proposal Could Allow Token-Based Gas Payments

Ethereum's EIP-8141 proposes a new transaction framework allowing token-based gas payments without needing smart accounts.

Mercation Admin
September 7, 2026 2 min read
Ethereum's New Proposal Could Allow Token-Based Gas Payments

Summary

  • Ethereum Improvement Proposal 8141 introduces "Frame" transactions, allowing for validation, payment, and execution phases.
  • Existing wallets can access sponsored gas, token fees, and batch actions without needing to switch to smart accounts.
  • The proposal is currently in draft form and has not yet been scheduled for a network upgrade.

A new Ethereum proposal aims to facilitate transaction fee payments using tokens or enabling others to cover these fees, as noted by Vitalik Buterin in a recent update. The Ethereum Improvement Proposal 8141 (EIP-8141) redefines the transaction process into a series of up to 64 "frames," each serving distinct functions: validating the transaction, determining gas payment sources, and executing user actions.

Significant advancements on Frames (EIP-8141) have been occurring over the past few months. I highly recommend checking this out, along with the updated EIP.

— vitalik.eth (@VitalikButerin) September 5, 2026

This framework separates the transaction payment approval from the signing account, allowing wallets that hold only stablecoins to use ERC-20 tokens for transaction fees or enabling applications to sponsor their users entirely. Unlike the previous ERC-4337 functionality requiring third-party bundlers, Frames operate directly within Ethereum's public mempool, allowing nodes to evaluate validation steps before acceptance.

No New Wallet Required

Standard accounts can utilize the proposal's "default code" to access sponsored transactions, token-based fees, and batch calls without transitioning to a smart account. The grouping of multiple actions ensures collective success or failure, addressing issues with token approvals from failed swaps. Additionally, it detaches accounts from their ECDSA keys, allowing for key rotation.

The proposal also seeks to address future challenges, including the potential threats posed by quantum computing to current elliptic-curve cryptography. Co-author Matt Garnett emphasizes that post-quantum signatures could be significantly larger, highlighting the need for signature aggregation in the future. Since its draft release in January, EIP-8141 has not been scheduled for an upgrade, although Buterin mentioned a testnet integrating Frames with FOCIL, aimed at promoting privacy and censorship resistance in transactions. Garnett believes that Frames represent the final transaction type needed for accounts.