Ethereum researchers want to cut the wait for a transaction to become final from about 16 minutes to roughly four, a change that could make it cheaper to move money between blockchains.
Ben Edgington, who coordinates Ethereum’s fast-finality research, filed the draft Wednesday with fellow researchers Francesco D’Amato, Roberto Saltini, Yann Vonlanthen and Mikhail Kalinin.
Its initial target is a four-fold improvement, though the design is unfinished and has no activation date.
In the current mechanism, a transaction can land in an Ethereum block well before the network treats it as final, the point where validators, the computers that secure the network, commit to never rewriting it. Anyone moving funds off Ethereum has to decide when it’s safe to release money on the other side.
Say someone sends $10,000 from Ethereum to another network. A transfer service can pay them right away from money it already holds there, then wait to get repaid once the original transaction settles. The customer gets their funds in seconds, and the service has $10,000 tied up until Ethereum is done.
Ethereum Foundation research counts that idle money as a real cost for these firms, and a shorter wait lets them reuse it sooner. In practice, a service fronting a steady $1 million an hour would have about $267,000 waiting on repayment with a 16-minute delay. At four minutes, however, that drops to roughly $67,000.
Stablecoin providers such as Circle CRCL , which issues the dollar-pegged USDC, already charges for speed. Its fast route from Ethereum currently costs 0.01%, or $1 per $10,000, before network and application charges. Its standard route carries no Circle transfer fee.
Circle also caps the total value of fast transfers waiting on final settlement, and each completed settlement frees up room for new ones.
The 16-minute wait comes down to how Ethereum’s validators vote. Each one casts a single vote that does two jobs at once, helping pick the next block and helping lock older blocks in for good. Validators take turns casting those votes, and a block only becomes final after two full rounds of everyone voting.
Both jobs share one vote so finality can only move as fast as that rotation. The proposal gives each job its own vote, so the locking-in can run on a faster clock that developers can keep tightening over time.
The researchers say splitting the votes would also make it easier to eventually swap in quantum-resistant signatures. Ethereum would need that upgrade if quantum computers ever get strong enough to break today’s cryptography.
However, four minutes would still be slow next to Solana, which switched on its Alpenglow upgrade Wednesday with a target of finality in about 150 milliseconds.
The draft leaves voting timings, penalties and parts of its security analysis unresolved as of Thursday. Edgington wrote that “many aspects remain TBD” and that the immediate aim was getting a proposal number — which puts the idea into Ethereum’s formal upgrade pipeline.
Read More: Solana’s biggest network change since 2020 is live. Here’s how users benefit
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