Deep Dive
1. Upgrading Name Resolution & L2 Selection (2026)
Overview: This initial phase focuses on improving how ENS names resolve addresses across different blockchains and finalizing the underlying technical stack. A key component is implementing L2 Reverse Resolution, which allows applications on Layer 2 networks to easily lookup which ENS name owns an address. Concurrently, the "L2 Selection" research involves evaluating infrastructure, though the core protocol is now slated for Ethereum mainnet (ENSv2 Project Plan).
What this means: This is bullish for ENS because robust cross-chain resolution is critical for its utility as a universal Web3 identity layer, potentially driving adoption across more dApps and wallets. The bearish risk is that complexity in finalizing the architecture could delay subsequent phases.
2. Writing New Core Contracts (2026)
Overview: This phase involves the research and development of a new set of smart contracts that form the foundation of ENSv2. The redesign aims for a hierarchical registry system, giving each .eth name its own personal registry for enhanced user control and customization (ENSv2: The Next Generation).
What this means: This is bullish for ENS as it promises a more flexible and powerful protocol, which could attract developers and enable new use cases like scalable subdomains. The neutral-to-bearish aspect is the inherent execution risk; smart contract upgrades require extensive auditing and community governance approval, which takes time.
3. Full Deployment and Migration to ENSv2 (Upcoming)
Overview: The final phases involve deploying the new contracts, syncing existing registrations to the updated system, and restarting registration services under ENSv2. A pivotal recent decision is the shift from a dedicated Layer 2 (Namechain) to deploying ENSv2 directly on Ethereum L1, citing a 99% drop in gas fees making a separate L2 unnecessary (Coin Edition).
What this means: This is bullish for ENS because launching on Ethereum mainnet leverages its superior security and reduces operational complexity, simplifying the experience for users and integrators. The bearish counterpoint is that it forfeits the potential for ultra-low, predictable fees that a dedicated L2 could have offered, potentially capping growth during future network congestion.
Conclusion
ENS's roadmap is a strategic pivot towards leveraging Ethereum's improved scalability, focusing on a mainnet-native ENSv2 to enhance control, interoperability, and user experience. Will the move to L1 solidify ENS's position as the foundational identity layer for a multi-chain ecosystem?