Ethereum Foundation Releases Soldøgn Interop Recap, Over 100 Core Developers Participate, Focus on Upcoming Network Upgrade
The Ethereum Foundation released the Soldøgn Interop Recap, with over 100 core developers participating in the event at the end of April, focusing on the upcoming Glamsterdam network upgrade.
The event achieved three main goals: a minimum gas limit target of 200 million after the Glamsterdam upgrade, stable operation of ePBS with multiple clients (supporting external builders), and optimization of EIP-8037 gas repricing parameters.
Progress was also made on block access lists and multiple Glamsterdam EIP decisions, laying the groundwork for future features such as FOCIL in Hegotá and native account abstraction.
Source: Public Information
ABAB AI Insight
The Ethereum Foundation has previously promoted upgrades through multiple Devnet and Interop activities. This Soldøgn event focuses on Glamsterdam, continuing its phased, community-intensive upgrade path, similar to the multiple tests before the Dencun upgrade to ensure stability.
In terms of capital pathways, developer resources are concentrated on increasing gas limits, stabilizing ePBS with multiple clients, and optimizing EIPs. The foundation and core team are investing manpower and testing environments, motivated by attracting more DeFi and Layer 2 activities through higher throughput and execution efficiency, directing funds towards an Ethereum ecosystem that supports higher TPS.
Similar to previous Interop events before the Shanghai and Dencun upgrades, this activity is in the final sprint phase before the Glamsterdam upgrade, having established a stable devnet and resolved cross-client issues, laying the foundation for future Hegotá features.
Essentially, this represents a technological substitution and restructuring of the industrial chain: increasing gas limits and optimizing ePBS will replace traditional execution bottlenecks with more efficient mechanisms. This mechanism relies on intensive stress testing and multi-client collaboration to reduce upgrade risks, enhance overall network capacity, and improve developer experience, shifting pricing power towards Ethereum's mainnet and Layer 2 projects with high-performance execution layers.
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After intensive testing, upgrade risks are significantly reduced.
Where throughput increases, ecosystem capacity expands.
The deeper the community collaboration, the more stable the technological leap.