Ethereum developers have confirmed that the network upgrade following the Glamsterdam hard fork will be called Hegota, with a targeted launch window in the second half of 2026.
The announcement maintains Ethereum’s established cadence of two major upgrades per year and offers early clarity on the protocol’s longer-term roadmap.
The name Hegota blends two internal upgrade tracks: “Bogota,” the execution-layer component named after the Devcon host city, and “Heze,” a reference to a star representing the consensus-layer changes.
Ethereum developers named the post-Glamsterdam 2026 upgrade “Hegota,” combining execution-layer Bogota and consensus-layer Heze. Hegota will follow Glamsterdam later in 2026 as part of Ethereum’s twice-yearly upgrade cadence, with potential focus areas including Verkle Trees,…
— Wu Blockchain (@WuBlockchain) December 19, 2025
Position in Ethereum’s Upgrade Timeline
Hegota is scheduled to activate after Glamsterdam, which is expected to go live in the first half of 2026. This sequencing keeps Ethereum aligned with its predictable, semi-annual upgrade rhythm, giving client teams and infrastructure providers sufficient lead time to prepare.
Core developers have indicated that the final scope of Hegota will be locked in around February 2026, when the main Ethereum Improvement Proposals (EIPs) are expected to be finalized.
Expected Technical Focus Areas
While the full feature set is still under discussion, several major themes are already emerging as likely pillars of the Hegota upgrade.
One key focus is Verkle Trees, a new cryptographic data structure designed to significantly reduce the amount of data nodes need to store. The analysis highlights that this change would make it easier to run lightweight nodes and could unlock progress toward stateless clients.
Another area under consideration is state management and potential state expiry. These mechanisms aim to address long-term network bloat by limiting how much historical data nodes are required to retain, easing storage and hardware demands for node operators.
On the execution side, Hegota is also expected to introduce additional Ethereum Virtual Machine optimizations, targeting efficiency and performance improvements at the protocol level.
Why Hegota Matters for Ethereum’s Future
The upgrade fits squarely into Ethereum’s broader strategy of scaling without sacrificing decentralization. By lowering the cost and complexity of running a full node, Hegota could help preserve a diverse validator and node ecosystem as network usage grows.
Developers continue to frame these changes as foundational rather than flashy, prioritizing long-term sustainability over short-term throughput gains. Hegota’s focus on node accessibility reinforces that direction as Ethereum moves deeper into its post-merge era.
