Ethereum Name Service (ENS) founder Nick Johnson has submitted an executable draft proposal to the ENS DAO, seeking approval to activate ENSv2 on the Ethereum mainnet. This upgrade introduces a redesigned registry architecture aimed at more flexible domain management and permissions. If approved, the new protocol would freeze registrations on the original ENS registrar while permitting existing domain holders to continue renewing their names without mandatory migration.
The proposal outlines that ENS Labs intends to transfer remaining administrative control over the upgraded contracts to the DAO following activation. New .eth registrations will transition to the upgraded system once domain records are synchronized. Johnson noted that new registrations would be temporarily unavailable on either version for several hours during this transition period. Existing users retain their current names, which will function normally, and ENS Labs has reserved these names for current owners on the new system to facilitate optional future migration.
Governance rules require executable proposals to achieve at least 1% voter participation, equivalent to 1 million ENS votes, and secure majority approval during a seven-day voting window. Should the proposal pass, it faces a minimum two-day timelock before execution. As of the submission, the proposal remains in draft stage, and no specific date for the onchain vote has been announced.
The move to activate ENSv2 represents a critical infrastructure evolution for the Ethereum ecosystem, addressing long-standing limitations in domain management flexibility. By freezing new registrations on the legacy system while maintaining functionality for existing holders, ENS aims to minimize disruption during the transition. The temporary unavailability of new registrations highlights the operational risks inherent in migrating core naming protocols, requiring precise coordination between smart contract upgrades and user expectations.
From a governance perspective, the planned transfer of administrative control from ENS Labs to the DAO signifies a maturation of decentralized ownership structures. This step reduces central points of failure and aligns with broader industry trends toward community-led protocol management. However, the success of this transition depends heavily on voter participation thresholds and the technical robustness of the synchronization process, which must prevent name collisions or loss of access during the switchover.
