Ethereum’s 2027 Hegota Upgrade Takes Shape as 66 Proposals Battle for a Spot

Ethereum developers are narrowing the scope of Hegota, the network upgrade currently targeted for 2027, as client teams evaluate competing proposals covering censorship resistance, account abstraction, privacy, transaction fees and validator economics.

The debate intensified on Aug. 16, when Ethereum researcher Toni Wahrstätter said 66 proposals were being discussed as part of the broader Hegota effort.

That figure does not mean 66 features are confirmed for the upgrade. Ethereum's official list currently identifies only FOCIL as scheduled for inclusion, while other proposals remain under consideration or are still in early development.

According to Ethereum.org, Hegota is expected to follow Glamsterdam, which is currently targeted for the fourth quarter of 2026.

FOCIL Leads Ethereum's Hegota Upgrade

The clearest candidate for Hegota so far is EIP-7805, known as Fork-Choice Enforced Inclusion Lists, or FOCIL.

The proposal would allow a committee of validators to produce lists of transactions that block producers are expected to include. Validators could then reject blocks that improperly exclude eligible transactions from those lists.

The mechanism is designed to strengthen Ethereum's resistance to censorship as block production becomes increasingly concentrated among specialized operators.

That issue could become more important if a small number of large block builders gain significant control over transaction inclusion. FOCIL is intended to provide another layer of protection by making it harder for dominant block producers to selectively exclude transactions.

The proposal also fits into Ethereum's broader privacy strategy. Stronger guarantees around transaction inclusion could make it more difficult to censor transactions associated with privacy-focused applications.

Account Abstraction Remains a Major Hegota Debate

Account abstraction is another major area under consideration.

EIP-8141, known as "Frame Transactions," proposes a programmable framework for defining how transactions are validated, executed and paid for.

Among its goals are support for alternative signature schemes, key rotation, gas sponsorship and reduced reliance on mandatory ECDSA authentication.

Wahrstätter has argued that Frame Transactions should be considered alongside FOCIL, Keyed Nonces and Recent Roots as part of Ethereum's native privacy architecture. However, this remains an individual view rather than a final decision by Ethereum's core developers.

During the Aug. 13 All Core Developers Execution meeting, client teams agreed to compare EIP-8141 with EIP-8130 during a breakout session on Aug. 25. A decision is expected during the Aug. 27 ACDE meeting.

Meanwhile, Ethereum's account abstraction work is becoming increasingly connected to privacy. EIP-8250 and EIP-8272 have both appeared on the broader Hegota proposal list, although neither has been officially scheduled for inclusion.

Ethereum Proposals Target Block Size and Gas Efficiency

Hegota discussions also extend beyond privacy and account abstraction, with several proposals focused on making larger Ethereum blocks safer and more efficient.

EIP-8131, for example, proposes a minimum transaction-content cost of 64 gas per user-controlled byte. Another proposal, EIP-8279, seeks to expand accounting to include block-level access-list data, potentially addressing a mechanism through which block sizes could exceed their intended limits when gas limits are increased.

EIP-8368 takes a broader approach by proposing changes to state-creation pricing alongside a higher per-block gas limit.

The proposal remains under development and does not yet establish final parameters. However, discussions during ACDE #243 indicated that the work could help prepare Ethereum for a potential path toward a 600 million gas limit.

That would represent a significant increase from the 200 million gas target currently being considered for Glamsterdam.

Glamsterdam itself is already undergoing testing around substantial changes to Ethereum's Layer 1, including block-level access lists and broader gas repricing.

Developers Move Toward Finalizing Hegota's Feature Set

Ethereum developers are expected to settle the Hegota proposal list by the end of August.

Proposals without active support could be removed, while client implementation teams are expected to submit ranked preference lists by Sept. 10.

Several other ideas remain in the discussion, including EIP-8198's proposal involving additional blob capacity, EIP-7716's approach to anti-correlation penalties, post-quantum cryptography and potential changes to ETH issuance.

None of these should be treated as confirmed Hegota features. EIP-8198 remains a draft, while EIP-7716 is currently classified as not approved despite appearing on the broader Hegota discussion list.

Hegota's Roadmap Remains in Flux

The coming developer meetings will determine which proposals move from discussion into implementation and testing across Ethereum's client software and development networks.

That means Hegota's eventual scope remains fluid. For now, FOCIL is the only feature officially scheduled for inclusion, while the other proposals are competing for a place in the 2027 upgrade.

The distinction is important because Ethereum's upgrade process is not simply a matter of selecting ideas. Each change must be evaluated across multiple client implementations, tested for potential security and performance issues, and ultimately supported by the development teams responsible for maintaining the network.

What Hegota Could Mean for Ethereum

The debate over Hegota reflects a broader shift in Ethereum's development strategy. Rather than maximizing the number of features included in a single upgrade, developers are increasingly focused on selecting changes that address specific challenges around privacy, censorship resistance, scalability and network economics.

That approach will become particularly important if Ethereum moves toward substantially higher gas limits and larger blocks. Increasing capacity can improve throughput, but it can also raise the hardware, bandwidth and operational requirements faced by validators.

Ultimately, Hegota's success will depend less on how many proposals make the final cut and more on whether the selected upgrades deliver meaningful improvements without adding unnecessary complexity.

For Ethereum, the next phase is therefore less about adding everything that has been proposed and more about deciding what the network can safely and effectively take forward into 2027.