the most interesting part of @Starknet's potential L1 transition isn't leaving Ethereum. it's deciding who controls the security upgrade clock. starknet already has two architectural advantages: hash-based STARK proofs and native account abstraction, allowing wallets to adopt new signature schemes without changing the entire protocol. but quantum resistance is only as strong as the weakest dependency. ethereum still anchors Starknet's settlement, bridge and data availability. that creates a timing constraint even if Starknet's own cryptography advances faster. the 93.52% governance vote authorized research, not migration. and that distinction matters. an independent L1 could remove inherited dependencies, but would also require answering harder questions around consensus security, settlement guarantees, liquidity and ecosystem migration. to me, this is the real narrative: starknet isn't simply debating L1 versus L2. it's exploring whether cryptographic agility should extend to the entire security architecture, not just its execution layer.