Ethereum is nearing a significant milestone as the development of its highly anticipated Glamsterdam upgrade progresses toward completion. Toni Wahrstatter, a researcher at the Ethereum Foundation, revealed significant advancements in EIP 7928, which revolves around Block Level Access Lists. The preparations are shifting towards the first public testing phase.
Countdown to Launch
With ongoing trials on developer networks, the countdown to Glamsterdam is accelerating. The Sepolia fork is scheduled for October 6, 2026, with the mainnet transition expected in the fourth quarter of 2026. However, an official date is yet to be announced.
Wahrstatter anticipates that Glamsterdam could be one of the largest Ethereum forks to date, potentially due to its considerable scope. Although the preparation phase might seem extensive, he believes the ultimate outcome will be worth the wait.
The outlook for Glamsterdam and EIP 7928 is extremely positive, particularly as we approach the final stages, fueling expectations on the development side.
What Does the Upgrade Focus On?
The Glamsterdam upgrade aims to pave the way for the next generation of Ethereum’s scaling solutions. It focuses on three core objectives: accelerating transactions, expanding network capacity, and maintaining sustainability by curbing database bloat.
In this context, ePBS emerges as a key component, restructuring the block verification process to reduce trust assumptions. Meanwhile, the acronym BALs refers to access lists that serve as tools to support parallel processing capacity within Ethereum.
Vitalik Buterin, one of Ethereum’s co-founders, has shared his technical vision for the post-Hegota era. According to Buterin, post-Hegota plans will transition Ethereum from merely a blockchain into a more powerful hybrid architecture combining blockchain design with modern cryptography.
Vitalik Buterin notes that post-Hegota plans will evolve Ethereum beyond a simple blockchain into a hybrid infrastructure offering more robust features.
Referencing the Strawman framework, which includes Ethereum’s long-term draft roadmap, Buterin noted that Hegota, scheduled for next year, might be the last “normal” fork recognizable from the 2015 understanding. Future stages will feature advanced recursive STARK structures, automated formal verification, and highly optimized consensus algorithms targeting quantum resilience.
- Glamsterdam forms a critical part of Ethereum’s evolution in scalability and sustainability.
- Block Level Access Lists (EIP 7928) are pivotal in facilitating parallel processing within Ethereum.
- Vitalik Buterin highlights Ethereum’s transition into a broader, cryptographically robust hybrid model post-Hegota.
The transition initiated by PeerDAS has already begun steering Ethereum beyond just being a blockchain. This shift will become the central narrative of the network after Hegota. The desired end result is a computational infrastructure that is more affordable, scalable, and privacy-focused with heightened security compared to previous technology eras.
