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Ethereum is preparing for its next major network upgrade, Glamsterdam, expected to roll out between September and October. The upgrade introduces several important infrastructure improvements designed to increase scalability, strengthen decentralization, and enhance the network's long-term performance.
Key features of the Glamsterdam upgrade include:
ePBS (Encrypted Proposer-Builder Separation): Improves the decentralization of Ethereum's block production process while reducing the risks associated with block-building centralization.Block-Level Access Control Lists (ACLs): Optimizes transaction processing, enabling the network to handle a higher number of transactions per second (TPS) more efficiently.Higher Gas Limit: Increases Ethereum's block capacity, allowing more transactions to be processed within each block. This is expected to improve throughput and help reduce transaction fees during periods of high network activity.
More importantly, Glamsterdam is widely viewed as a foundational upgrade that prepares Ethereum for the next major milestone: Hegota.
A useful analogy is upgrading a car's engine before pushing it to higher speeds. Rather than focusing solely on immediate performance gains, Ethereum's developers are reinforcing the network's core infrastructure so it can support significantly greater scale in the future.
From a long-term perspective, the upgrade could deliver several strategic benefits:
Improved scalability without sacrificing decentralization, preserving one of Ethereum's core design principles.A stronger Layer 1 ecosystem, reducing the need to rely exclusively on Layer 2 networks for scaling.Greater institutional confidence, as continuous improvements to Ethereum's base layer reinforce the network's security, reliability, and readiness for enterprise adoption.
As Ethereum continues to evolve, upgrades such as Glamsterdam demonstrate that the ecosystem remains focused not only on expanding capacity but also on ensuring that growth is sustainable over the long term.

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