Let’s talk briefly—why didn’t the Kelp incident disprove the L2 narrative, but only disprove the L2 cross-chain bridge narrative? If L2 adopted Gnosis’s EEZ framework (Ethereum Economic Zone), it could achieve: • Atomic contract calls directly within the same Ethereum transaction between Ethereum L1 and multiple rollups (or L1 + L2) inside the EEZ; • Cross-domain interactions using real-time ZK proofs, operating as if on the same chain. This means significantly reducing or even eliminating traditional independent bridges (like LayerZero’s message-passing bridges). Traditional third-party independent bridges require a cross-chain process of “sending messages → waiting for confirmation → minting,” which means traditional bridges are “asynchronous → waiting for confirmation → vulnerable during the time window.” But EEZ enables atomic-level direct interactions, leaving hackers almost no chance to forge messages. This means the security of such L2s is nearly equivalent to L1, relying on L1’s DA + ZK proofs, with no additional trust assumptions. In this context, if LRTs like rsETH were natively issued/crossed using EEZ, the “fake token cross-chain” vulnerability in this incident wouldn’t have occurred. The Kelp incident didn’t disprove the L2 narrative; it only disproved the L2 cross-chain bridge narrative. The market mistook fake L2s for real L2s. If it were a true L2 (e.g., one moving toward the EEZ architecture), it could reduce or even eliminate reliance on traditional asynchronous cross-chain bridges, enabling native interactions. In the future AI agent era, in the future stablecoin payment era, L2 hasn’t been disproven—in fact, it will become a very important part of the Ethereum ecosystem. #Ethereum #L2 #Crypto #Blockchain