The Ethereum Foundation's Protocol Cluster has published the first unified tier list for the Hegotá network upgrade, ranking 62 Ethereum Improvement Proposals (EIPs) by priority and feasibility. This transparent grading system, compiled from feedback by around 60 experts across nine teams, offers a clear roadmap for Ethereum's evolution as it continues building on lessons from prior upgrades like Shanghai and the Merge.

What Is the Hegotá Upgrade and Why Does It Matter?

Hegotá represents Ethereum's next major network upgrade, scheduled for 2027. Unlike some past upgrades that bundled numerous features, the Foundation has adopted a "less is more" philosophy, deliberately declining proposals that would add unnecessary complexity. The upgrade focuses on three core themes: reducing centralization risks in transaction inclusion, improving staking systems, and advancing cryptographic security to prepare for post-quantum cryptography challenges.

For traders and investors, this clarity matters because it signals Ethereum's long-term priorities. Decentralized transaction inclusion could reduce risks tied to builder centralization, potentially strengthening Ethereum's appeal as a neutral settlement layer. At the time of the announcement, ETH was trading at $2,473.34, showing a slight 0.27% decline for the day.

How Does the EIP Tier System Work?

The Foundation assigned grades from S (must ship) to DFI (declined for inclusion), based on integration complexity, technical feasibility, and alignment with Ethereum's long-term vision. Here is how the 62 proposals break down:

• S-Tier (Must Ship): Two proposals, including EIP-7805 (FOCIL), which aims to decentralize transaction inclusion by reducing reliance on centralized builders.
• A-Tier (Expected to Ship): 15 proposals, including EIP-8369, which defines validator requirements for FOCIL eligibility, and EIP-8365, focusing on retiring vulnerable cryptographic credentials from earlier staking mechanisms.
• B-Tier, C-Tier, and TBD: Remaining proposals requiring further validation or mainnet data before final decisions.
• Declined for Inclusion: 28 proposals rejected to avoid bloating the upgrade, such as EIP-8363, which proposed tapered issuance burn but extended beyond the technical scope of a network fork.

The Foundation emphasized that many declined proposals address important policy questions, but those discussions belong in broader ecosystem-wide consultations rather than in the technical specifications of a network upgrade.

What Are Frame Transactions and Why Are They Significant?

One of the most notable proposals now scheduled for Hegotá is EIP-8141, a Vitalik Buterin co-authored proposal that introduces "frame transactions." This innovation splits Ethereum transactions into as many as 64 programmable frames, each handling validation, gas payment, and execution separately.

Frames represent a major evolution in how Ethereum accounts work. Instead of a fixed transaction shape, frames allow contract calls to operate in three modes covering validation, gas approval, and execution. Frames can also be grouped into atomic batches, meaning a token approval and a swap that later fails would unwind together instead of stranding the account with partial execution.

"Frames should be the last transaction type we need for accounts," stated Matt Garnett, a core developer who published under the name lightclient, citing key rotation and post-quantum readiness.

Matt Garnett, Core Developer (lightclient)

The proposal addresses a long-standing challenge in Ethereum's evolution. Quantum-resistant signatures run to several kilobytes each, pushing the network toward aggregating them. Derek Chiang, one of the proposal's co-authors, noted that Ethereum upgrades arrive roughly every nine months, making it slow and expensive for wallets, block explorers, signing devices, and Layer 2 teams to redesign the transaction container each time.

One estimate pegs the overhead at 12,000 gas per transaction plus 475 gas for every frame, compared to 21,000 gas for a plain transfer today. Wallets would also have to budget gas for each frame separately, though default code in the specification would extend sponsored gas, token-paid fees, and batched calls to wallets that never deploy a contract.

How Do Frame Transactions Compare to Earlier Account Abstraction Attempts?

Attempts to make Ethereum accounts programmable stretch back more than a decade. EIP-2938 tried to let transactions run arbitrary code before paying gas. ERC-4337 moved the whole lifecycle off-protocol into a mempool staffed by bundlers. EIP-7702 let ordinary accounts borrow contract code temporarily. Matt Garnett dropped his own implementation of EIP-7701 in late 2025, judging that earlier design a poor fit for the transaction types clients already handle.

Frames represent a more comprehensive solution, designed to be the final transaction type Ethereum needs. Developers are separately weighing how frames would sit alongside EIP-8130, a keystore design that makes a transaction declare its authentication method up front.

What Happens Next?

The Ethereum Foundation has scheduled a Reddit AMA (Ask Me Anything) for September 16 at 2pm UTC to address community questions and feedback about the Hegotá roadmap. Activation rows for Sepolia, Hoodi, and mainnet remain blank, indicating that developers are still determining exact deployment timelines.

Traders and developers should watch for progress updates as devnets begin testing the proposed changes. The clarity provided by the Protocol Cluster's tier list could influence investor confidence as the upgrade approaches key milestones. The full list of graded EIPs is available on Forkcast for detailed evaluation, and the Ethereum Foundation has published a companion post titled "Current and Emerging Priorities" for deeper insight into the decision-making process.