Ethereum’s proposed Hegotá upgrade is starting to take real shape. Developers are trimming the long list of potential changes for a 2027 release and have already locked FOCIL into the core discussion.
The next phase gets tougher. Client teams are expected to rank competing Ethereum Improvement Proposals by September 10 — a process that will decide which ambitious ideas make the cut and which get kicked down the road.
FOCIL Moves From Idea To Scheduled Priority
FOCIL (Fork-Choice Enforced Inclusion Lists) has been formally scheduled as part of Hegotá planning. The proposal aims to strengthen transaction inclusion rules and reduce the risk that block builders or validators could selectively censor transactions.
Its inclusion gives Hegotá a clear censorship-resistance angle, even while the rest of the package is still up for debate. Developers are now weighing it against other changes meant to make Ethereum faster, more user-friendly, and better at handling activity on the base layer itself.
One development group has pushed the ecosystem to focus Hegotá around just four priorities: FOCIL, shorter block-slot times, native account abstraction, and Layer-1 scaling. The message is simple.
Just avoid another overloaded hard fork and deliver upgrades that users and applications can actually feel.
Speed, Smarter Wallets & Scaling Fight For Space
Faster slots could cut the time between blocks and improve transaction responsiveness, but they would also raise the technical bar for the network.
Native account abstraction, meanwhile, could make wallets far more flexible by unlocking features that are awkward or impossible under the current externally owned account model.
Layer-1 scaling remains the biggest strategic question. Ethereum has leaned heavily on rollups for cheap, high-volume activity, yet pressure continues for the main chain to increase its own capacity without making nodes dramatically harder to run.
That same tension shows up in longer-term research into Bitcoin-inspired ideas such as Utreexo-style data structures and recursive STARKs.
These approaches aim to boost scalability while keeping storage and hardware demands in check, though they still look more like future research than locked-in Hegotá features.
A tighter roadmap may frustrate those hoping for a kitchen-sink hard fork — but it also raises the odds that the network actually delivers improvements without putting decentralization at risk.
