A debate over Ethereum’s gas model flared up on Sept. 7 after a post on X claimed the network’s next major upgrade would let users pay transaction fees in stablecoins instead of ETH.
That description was quickly challenged. Ethereum community member Leo Lanza replied that the protocol itself would not accept USDC as gas. Gas settlement on Ethereum would still be done in ETH, even if the user experience makes it look as though a payment was made in USDC.
EIP-8141 has been placed on the 2027 roadmap
The discussion centers on EIP-8141. At the Aug. 27 All Core Devs Execution, or ACDE, meeting, the proposal was moved from Considered for Inclusion to Scheduled for Inclusion, putting it on the track for the 2027 Hegotá hard fork. That would make it Ethereum’s next major protocol upgrade after Glamsterdam, which is due later this year.
EIP-8141, called Frame Transactions, was co-authored by 10 contributors including Vitalik Buterin. Its basic idea is to split a single transaction into as many as 64 programmable frames. Each frame can handle a separate task, such as identity verification, gas payment, or execution, while the whole transaction remains atomically bound together.
Once transactions are structured that way, the account sending assets no longer has to be the same account paying gas.
A payments app could sponsor gas for a user. A DeFi protocol could bundle gas costs into its own service fee. A wallet could deduct the equivalent value from a user’s stablecoin balance and then use its own ETH reserves to settle the transaction fee on-chain. From the user’s perspective, the fee was paid in USDC. From the protocol’s perspective, the fee was still paid in ETH from start to finish.
The article says each frame transaction would carry an intrinsic cost of about 12,000 gas, with each additional frame adding about 475 gas.
In a Sept. 6 post on X, Buterin wrote that work on Frame had been “quietly progressing over the past few months.” The proposal is still in Draft status, though, and the specifications may still change. The article notes that activation is at least a year away.
How it differs from ERC-4337
The idea of sponsored gas is not new. ERC-4337 has been live on Ethereum mainnet since March 2023, using smart contract wallets, bundlers, and paymasters to produce a similar user experience.
Under ERC-4337, users sign a UserOperation, bundlers package and submit it, and paymasters cover the ETH gas fee on the user’s behalf. According to the article, ERC-4337 has already supported more than 40 million smart accounts and more than 100 million UserOperations.
EIP-8141 is aimed less at replacing that user experience and more at fixing the architecture behind it.
ERC-4337 operates as an add-on layer outside the Ethereum protocol. UserOperations are routed through a separate alt-mempool, bundlers are off-chain actors, and the EntryPoint contract functions as a singleton hub. That design has costs. The article says operations executed through ERC-4337 typically cost about 20% to 40% more in gas than standard externally owned account, or EOA, transactions. It also points to concentration in bundler activity, with the top three operators — Pimlico, Stackup, and Coinbase — handling about 78% of UserOperation volume.
EIP-8141 would move those capabilities into the protocol itself. Frame Transactions would become a native Ethereum transaction type, listed as type 0x06, removing the need for bundlers, an alt-mempool, and the EntryPoint contract. In that setup, gas sponsorship, key rotation, multisig, social recovery, and even quantum-resistant signature schemes could become native account features rather than external wallet-layer implementations.
Would ETH demand actually weaken?
That is the question at the center of the market reaction.
The concern behind the viral post was easy to follow: if users no longer need to hold ETH to interact with Ethereum, then users no longer need to buy ETH, and demand for ETH weakens.
The article argues that this logic does not hold up. What EIP-8141 changes is the distribution of ETH demand, not necessarily the aggregate amount.
Under the current model, anyone who wants to do anything on Ethereum usually needs to buy a small amount of ETH first and keep it in a wallet to pay gas. That means gas demand is spread across millions of personal wallets, many of them holding only tens of dollars in ETH. The result is a large pool of inactive gas reserves.
EIP-8141, along with the paymaster model already used in ERC-4337, would shift those fragmented needs toward a smaller set of wallet operators, paymaster providers, and app developers. Those participants would need to hold larger ETH balances to meet sponsorship obligations, and because they pay gas more frequently than ordinary users, their ETH turnover would also be higher.
The article compares that shift to highways moving from manual toll booths to ETC systems. Before the switch, every driver needed to carry change. After the switch, drivers no longer need cash, but ETC operators still have to settle large balances with the road operator. The total toll revenue does not change. The distribution of who holds the money does.
On Ethereum, validators would still receive ETH in the end. That does not change at the protocol level. The EIP-1559 base fee burn mechanism would also remain in place, with each transaction’s base fee still denominated in ETH and still burned in ETH.
A more precise way to describe the impact, the article says, is that EIP-8141 may reduce the retail requirement that every user hold a bit of ETH, while concentrating that same need among professional infrastructure operators that buy ETH in larger size and at higher frequency.
The gas value chain could shift into four layers
If EIP-8141 goes live in 2027 as scheduled, the article says Ethereum’s gas value chain could be understood as a four-layer structure:
- Users hold stablecoins or other ERC-20 assets.
- Wallets or paymaster providers collect those assets from users and buy ETH in bulk.
- Applications cover gas costs through their own revenue or direct user charges.
- Validators receive ETH, and the burn mechanics continue to apply.
In that structure, the article identifies the application layer as one of the clearest beneficiaries.
For DeFi protocols and payments apps, a common point of friction in user onboarding has been the need to first acquire ETH and move it into a wallet. For potential users who already hold stablecoins, that extra step can be enough to stop the process. EIP-8141 is designed to remove that friction and raise conversion from sign-up to first transaction.
The piece adds that Ethereum has estimated ERC-4337 alone brought in 20 million new smart accounts in 2024, representing 7x annual growth. A native implementation through EIP-8141, it says, could accelerate that trend.
Stablecoin issuers may also benefit. If gas sponsorship becomes standard, users could complete on-chain activity while holding assets such as USDC or USDT by default. In that case, stablecoins would no longer function only as passive stores of value inside wallets. They would also sit closer to the payment flow that leads into gas settlement. At the same time, paymasters buying ETH on-chain to cover gas would create a continuing conversion flow from stablecoins into ETH.
ETH ownership could become more concentrated
The article’s closing argument is that EIP-8141 would amount to a structural shift from retail ETH holdings toward institutional-style holdings.
Total demand may not fall, and could even rise if easier onboarding leads to more activity. But the profile of who holds ETH may change sharply. Instead of millions of users each holding small ETH balances for gas, large balances could become concentrated among dozens of paymasters and wallet operators.
That would also alter how ETH demand shows up in the market. Small retail purchases tend to be steady but diffuse. Larger institutional-style purchases are more batch-driven. According to the article, periods of high gas demand could produce more visible buy pressure, while slower periods could also bring more concentrated selling. In that sense, ETH volatility could take on features closer to a wholesale pricing model.