Native Rollups address the fragmentation and security risks inherent in the current Ethereum rollup-centric roadmap by internalizing state validation directly into the Layer 1. By implementing an EVM precompile, rollups can offload their proof systems to Ethereum, replacing disparate security councils and custom fraud-proof mechanisms with unified, L1-backed security. This transition enables "stage 3" rollups, offering users stronger property rights and potentially driving higher total value locked. While the current landscape relies on centralized sequencers and heterogeneous codebases, Native Rollups leverage ZK proofs to scale execution efficiently without requiring the L1 to re-execute every transaction. Achieving this vision requires significant social coordination and technical refactoring, with initial implementations targeted for 2026. This shift promises to unify the Ethereum ecosystem, transforming rollups into programmable shards that benefit from shared security, increased network effects, and post-quantum resilience.
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