We've been working with @kevaundray and @ladislaus0x from @ethereumfndn and @donnoh_eth from @l2beat on a proof of concept of EIP-8079 (native rollups) using @ethrex_client. Native rollups reuse Ethereum's own execution to verify L2 state transitions. No ZK circuits, no fraud proofs, no complex proof systems to maintain. Every L1 upgrade is automatically inherited. Any bug in the verification is also a bug in Ethereum itself. The demo shows a full end-to-end native rollup: - L2 blocks settled to L1 via the EXECUTE precompile - L1→L2 deposit - Contract deployment and cross-layer calls - L2→L1 withdrawal with MPT proof claim - Blockscout verifying EXECUTE precompile calls on L1 Try it yourself. Instructions in the PR below.

Mar 10, 2026 · 1:07 PM UTC

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This PR is wild - they didn't just spec native rollups, they shipped: • Working EXECUTE precompile at 0x0101 • NativeRollup.sol tracking L2 state on L1 • Full deposit + withdrawal flow with Merkle proofs • Integration tests passing EIP-8079 isn't vaporware. The L2 endgame just got a working prototype.
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This approach could really simplify scaling without adding extra proof layers, interesting to see it in action.
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big moves, native rollups leading the way, Ethereum evolution in action
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cool but who audits the EXECUTE part tho
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看来你们在隐私证明上有所突破,这可是个大进步。L2的扩展性提升,隐私保护也能跟上,以太坊的未来值得期待!
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