The Ethereum Name Service (ENS), one of the most prominent decentralized identity and naming protocols in the blockchain ecosystem, is taking a major step toward its next evolutionary phase. ENS founder Nick Johnson has formally submitted an executable draft proposal to the project’s decentralized autonomous organization (DAO) seeking approval to activate ENSv2, a heavily anticipated and comprehensively upgraded naming protocol designed to operate directly on the Ethereum mainnet. This pivotal development marks a significant milestone in the ongoing decentralization and technical maturation of the protocol, which translates complex cryptographic Ethereum addresses into human-readable, text-based names ending in the widely recognized .eth extension.
According to the details outlined in the draft proposal published on the official ENS governance forums, the activation of ENSv2 will introduce sweeping structural changes to how domain registrations, management permissions, and registry architecture are handled across the network. If the DAO ultimately reviews, votes on, and passes the proposal, the upgrade will immediately freeze all new domain registrations on the original legacy ENS registrar. However, this freeze will not disrupt current participants; existing domain holders will retain the continuous ability to renew their names and manage their portfolios without immediate pressure to alter their operational habits.
At the core of the ENSv2 upgrade is a completely redesigned registry architecture. This new structural framework is intended to offer vastly more flexible domain management capabilities alongside a more granular and adaptable system of permissions. These architectural enhancements are expected to streamline how subdomains and complex decentralized identity configurations are structured, opening the door for broader utility within the broader decentralized finance and Web3 landscapes. Furthermore, as part of the transition to a more autonomous and community-driven operational model, ENS Labs has outlined explicit plans to transfer its remaining administrative control and oversight responsibilities over the newly upgraded contracts directly to the DAO once the activation process is successfully completed.
The migration path for new .eth registrations has been carefully mapped out by the protocol’s core developers, though it will require a brief period of operational downtime. Once the underlying domain records have been fully synchronized between the legacy system and the upgraded infrastructure, all new .eth registrations will officially transition over to the upgraded system. However, Nick Johnson has explicitly warned the community that during this critical transition window, new registrations will be temporarily unavailable on both the legacy version and the new version for a duration of several hours while synchronization and deployment protocols are executed.
For the vast majority of current participants, the transition is designed to be entirely voluntary and frictionless. Existing domain holders are not required to undergo any mandatory migration procedures, and their current .eth names will continue functioning completely normally across all supported applications, wallets, and smart contracts, according to the stipulations of the proposal. To protect existing users and ensure a smooth user experience, ENS Labs has proactively reserved existing .eth names for their current rightful owners on the upgraded system. This precautionary measure ensures that users can comfortably take their time and migrate their assets to the new system at their own convenience and discretion when they feel fully ready to do so.
Presently, the activation proposal remains firmly in the draft stage of the governance lifecycle. Before any code can be deployed or changes implemented on the Ethereum mainnet, the proposal must successfully advance through the formal governance pipeline and ultimately secure a favorable outcome on an onchain DAO vote. The ENS governance framework dictates a stringent and transparent process for executing such changes. Under the established rules of the protocol, executable proposals require a minimum level of voter participation to be considered valid, mandating at least 1% voter participation—which translates to a threshold of 1 million ENS votes—alongside a clear majority approval throughout a standard seven-day voting period.
Should the proposal successfully weather the community debate and secure the necessary majority during the onchain voting period, it will still be subject to additional safeguards designed to protect the integrity of the network. Specifically, the approved upgrade would be subjected to a mandatory minimum two-day timelock period before the code is officially executed on the blockchain, providing a final window for observation and safety checks. As of the time of the proposal’s submission, a definitive voting date has not yet been formally announced by the DAO leadership or core contributors, leaving the community awaiting further scheduling details.
