Ethereum Developers Set Sights On ‘Hegota’ As Next Major 2026 Upgrade

bitcoinistОпубликовано 2025-12-25Обновлено 2025-12-25

Введение

Ethereum developers are preparing for the "Hegota" upgrade, a major 2026 update following the "Glamsterdam" fork. Hegota will merge the execution layer ("Bogota") and consensus layer ("Heze"), focusing on solving Ethereum's growing data storage issues. Key proposals include implementing Verkle Trees and state/history expiry to manage the increasing state size caused by high transaction volumes, NFTs, DeFi, and memecoins. These changes are critical as Ethereum's gas target is expected to reach 180 million by late 2026, and the current data structure may not support future demands. The upgrade aims to streamline the network, support solo staking, and improve scalability for DeFi, NFTs, and gaming applications.

The Ethereum (ETH) network is gearing up for a key year ahead, with significant upgrades in the pipeline that promise to enhance its functionality and efficiency. Among the most anticipated updates are the Glamsterdam and Hegota forks, which are integral to the developers’ roadmap for the Ethereum ecosystem.

Key Decisions Ahead For Ethereum’s Hegota Fork

Hegota aligns with Ethereum’s newly established upgrade schedule, which aims to facilitate smoother, incremental updates twice a year.

Hegota is distinctive as it effectively merges two critical components of Ethereum’s architecture: the execution layer, known as “Bogota,” and the consensus layer called “Heze.”

A pivotal decision for the Hegota update is selecting the key feature that will take center stage. Developers are expected to make this choice in early 2026, and front-runners such as Verkle Trees and state/history expiry are currently under consideration.

While these terms may seem technical, they focus on a pressing issue: Ethereum’s data storage is becoming excessively large and resource-intensive.

The continuous influx of transactions, non-fungible token (NFT) mints, decentralized finance (DeFi) trades, and memecoins has contributed to Ethereum’s “state,” which is the live database maintained by nodes.

During a recent call discussing the urgency for Hegota, the need for action became clear. As ETH approaches its target of 180 million gas by late 2026, the current Merkle Patricia tree structure will struggle to support the network’s demands.

The Path Forward

The integration of Verkle Trees is not merely a desirable enhancement; it is essential for maintaining viable solo staking as Ethereum’s throughput is expected to triple.

The implementation of Verkle Trees and mechanisms for state/history expiry aim to compress or archive older data, preventing the city hall from collapsing under the weight of paperwork.

Reports suggest that if developers can execute these changes effectively, Ethereum will become more streamlined and better suited for an influx of new users in DeFi, NFTs, and gaming applications.

Following Glamsterdam, which will address features such as proposer-builder separation (ePBS), access lists, and gas repricing, Hegota will further refine Ethereum’s data storage systems instead of starting the fee structure from scratch.

The daily chart shows ETH’s inability to reclaim the $3,000 level for the past few days. Source: ETHUSDT on TradingView.com

Featured image from DALL-E, chart from TradingView.com

Связанные с этим вопросы

QWhat is the name of the next major Ethereum upgrade scheduled for 2026?

AThe next major Ethereum upgrade scheduled for 2026 is called 'Hegota'.

QWhat two key components of Ethereum's architecture does the Hegota fork merge?

AThe Hegota fork merges the execution layer, known as 'Bogota,' and the consensus layer called 'Heze'.

QWhat is the primary technical issue that the Hegota upgrade aims to address?

AThe Hegota upgrade aims to address the issue of Ethereum's data storage becoming excessively large and resource-intensive.

QWhat are the two front-runner features being considered for the Hegota update?

AThe two front-runner features being considered for the Hegota update are Verkle Trees and state/history expiry.

QWhy is the implementation of Verkle Trees considered essential for Ethereum's future?

AThe implementation of Verkle Trees is considered essential to maintain viable solo staking as Ethereum's throughput is expected to triple, preventing the network from becoming unsustainable.

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