The Ethereum network continues to develop according to an ambitious roadmap through 2026. The announced Glamsterdam upgrade represents a significant step in blockchain architecture, focusing on three key areas: separating functions between proposers and builders, optimizing data handling, and implementing mechanisms to stabilize gas fees.
Why are these changes needed
The current Ethereum model creates certain centralizing pressures. Concentration of power among miners and validators under the current structure makes it more difficult for independent nodes to actively participate. Separating proposing and building roles will democratize the ecosystem, providing more opportunities for various network participants.
Key components of Glamsterdam
The upgrade aims for comprehensive improvement. Optimized data processing will reduce network load and increase throughput. Simultaneously, mechanisms to stabilize gas fees should smooth out payment volatility, making the network more predictable for users and applications. Collectively, these measures are intended to enhance Ethereum’s scalability.
What’s next: Hegota at the end of 2026
After Glamsterdam, the community awaits the next development phase. The Hegota upgrade, planned for the end of 2026, will focus on solving data storage issues within nodes. This is critical for the long-term sustainability of the network, as blockchain sizes are constantly growing and require new approaches to data management.
Both upgrades demonstrate that Ethereum developers take a serious approach to balancing decentralization, security, and scalability. This is a long-term strategy aimed at strengthening the network’s position as a platform for the global economy of applications.
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Glamsterdam: How Ethereum is Preparing for a New Level of Decentralization
The Ethereum network continues to develop according to an ambitious roadmap through 2026. The announced Glamsterdam upgrade represents a significant step in blockchain architecture, focusing on three key areas: separating functions between proposers and builders, optimizing data handling, and implementing mechanisms to stabilize gas fees.
Why are these changes needed
The current Ethereum model creates certain centralizing pressures. Concentration of power among miners and validators under the current structure makes it more difficult for independent nodes to actively participate. Separating proposing and building roles will democratize the ecosystem, providing more opportunities for various network participants.
Key components of Glamsterdam
The upgrade aims for comprehensive improvement. Optimized data processing will reduce network load and increase throughput. Simultaneously, mechanisms to stabilize gas fees should smooth out payment volatility, making the network more predictable for users and applications. Collectively, these measures are intended to enhance Ethereum’s scalability.
What’s next: Hegota at the end of 2026
After Glamsterdam, the community awaits the next development phase. The Hegota upgrade, planned for the end of 2026, will focus on solving data storage issues within nodes. This is critical for the long-term sustainability of the network, as blockchain sizes are constantly growing and require new approaches to data management.
Both upgrades demonstrate that Ethereum developers take a serious approach to balancing decentralization, security, and scalability. This is a long-term strategy aimed at strengthening the network’s position as a platform for the global economy of applications.