As Ethereum (ETH) moves toward reworking the familiar '21,000 gas' framework that has been applied like a default to simple transfers, the network's long-term state management problem is once again emerging as a topic of discussion.

What Is Changing—Discussion of Reflecting Separate Costs for Transactions That Create New State

The core of the change lies in re-examining whether it is appropriate to uniformly apply the familiar standard of 21,000 gas, which has been applied to simple ETH transfers, in all situations. In conjunction with the next major upgrade, 'Glamsterdam,' a plan is being discussed to reflect separate costs for transactions that generate new account state.

A representative example is sending ETH to a previously unused address. Such a transfer creates new state information on the network. In that the data does not end as a one-time computation but is information the network must continue to manage afterward, it differs in nature from a simple transfer between existing accounts. Ultimately, the basic logic of this change is that if even the same ETH transfer leaves a different long-term burden on Ethereum, the cost structure should reflect this as well. It can be seen as an approach aimed at incorporating into the gas system not only the computational resources a transaction immediately consumes, but also the cost of data it persistently leaves on the blockchain.

A 10-Year-Old Network Re-examines Its 'Taken-for-Granted Rules'

This movement is also meaningful in light of the fact that Ethereum is a network now past its 10th anniversary since launch. Even designs and cost standards that were sufficiently reasonable in the early days may need to be readjusted in today's network environment, where users, accounts, and smart contracts have grown dramatically. In fact, as Ethereum has grown, rules once taken for granted are being re-examined one by one. The changes surrounding the long-standing standard of 21,000 can likewise be seen as part of an evolutionary process in which the enlarged Ethereum seeks to more accurately reflect the actual cost of network resources in its pricing.

Kaan Kaya's Developer-Perspective Problem Awareness, Raised Consistently

Kaan Kaya, a web3 developer who has been active in the cryptocurrency industry, has consistently addressed Ethereum's gas costs and network structure from a developer's perspective. He has previously pointed out that Ethereum's gas costs are a challenge to be solved in terms of user experience, and he has continued to raise cost and user experience issues that emerge in Ethereum's scaling process. He explains that in the actual process of building smart contracts and dApps, gas fees are not merely a technical number but an element directly tied to users' accessibility to services.

Beware of Overinterpretation—It Does Not Mean 'Uniformly Exceeding 21,000'

However, there is no need to overinterpret this discussion as meaning that 'the gas required for ETH transfers will uniformly exceed 21,000.' The key point is to more precisely distinguish the costs of specific transactions that create new state on the network and incur long-term storage burdens from those that do not.

[This article was written with AI assistance. The detailed specifications and application schedule of the Ethereum upgrade may change during the development and consensus process. Cryptocurrencies are highly volatile assets, and responsibility for investment decisions and any resulting gains or losses rests with the investor.]