Data statistics show that since May 2025, the cumulative net inflow of the ETH ETF has reached approximately $286 million, significantly boosting market confidence and causing the ETH price to recover from the $2,300 range to the current $2,503.55, maintaining relative stability between $2,400 and $2,600.
The Ethereum Foundation released a new financial policy in early June, stipulating that the annual operating expenditure (Opex) cap is 15% of the Foundation’s total reserves, and ensures that there is more than 2.5 years of funding reserves to support key deliverables for 2025-26. This is the first time the EF has formally quantified its spending management, aiming to enhance transparency and strengthen ecological sustainability.
The EIP-7782 proposal suggests reducing the Ethereum block time from 12 seconds to 6 seconds. If accepted and included in the 2026 “Glamsterdam” upgrade, it would nearly double the network’s throughput and confirmation speed. However, this move also means that light nodes and validators will face higher bandwidth and computational power requirements, presenting both risks and opportunities.
Data statistics show that since May 2025, the cumulative net inflow of the ETH ETF has reached approximately $286 million, significantly boosting market confidence and causing the ETH price to recover from the $2,300 range to the current $2,503.55, maintaining relative stability between $2,400 and $2,600.
The Ethereum Foundation released a new financial policy in early June, stipulating that the annual operating expenditure (Opex) cap is 15% of the Foundation’s total reserves, and ensures that there is more than 2.5 years of funding reserves to support key deliverables for 2025-26. This is the first time the EF has formally quantified its spending management, aiming to enhance transparency and strengthen ecological sustainability.
The EIP-7782 proposal suggests reducing the Ethereum block time from 12 seconds to 6 seconds. If accepted and included in the 2026 “Glamsterdam” upgrade, it would nearly double the network’s throughput and confirmation speed. However, this move also means that light nodes and validators will face higher bandwidth and computational power requirements, presenting both risks and opportunities.