Nick Johnson, the co-founder of the Ethereum Name Service (ENS), has officially submitted a new on-chain execution proposal to establish a restructured Security Council. This move comes exactly two weeks after Johnson utilized his significant voting power to veto a previous renewal proposal, a decision that initially triggered discussions regarding governance decentralization within the DAO. The new proposal aims to provide a long-term governance framework, with a proposed term ending on July 16, 2028.
Governance Transition and Voting Progress
The newly introduced proposal seeks to hand over control to members elected under the EP 6.50 framework. This transition is designed to stabilize the protocol’s oversight mechanism after the previous administrative uncertainty. According to current on-chain data, the voting process is already underway with significant participation from the community.
- Current voting status: 712,350 votes in favor.
- Opposition: 0 votes against the new measure.
- Neutrality: 66,730 abstentions recorded so far.
- Quorum status: Total votes cast stand at 779,080, currently approaching the required 1 million token quorum threshold.
Context of the Previous Veto
The submission of this new proposal follows a period of friction within the ENS ecosystem. Previously, Nick Johnson drew scrutiny from some community members after vetoing a security council renewal using 80% of the active voting power at that time. The Security Council is a vital component of the ENS ecosystem, responsible for emergency actions and ensuring the integrity of the protocol’s smart contracts. This latest on-chain action suggests a shift toward a formalized, multi-year structure intended to resolve the previous deadlock and clarify the council's mandate for the next two years.
The outcome of this vote will determine the operational security roadmap for the ENS DAO through 2028. As the quorum threshold nears, the consensus among early voters appears overwhelmingly positive, signaling a potential resolution to the recent governance challenges faced by the Ethereum-based naming protocol.
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