Ethereum’s next scaling leap may come from making everyone stop doing the same work
Vitalik Buterin says advances in cryptographic proofs could let Ethereum distribute computation and data across specialized participants while making verification cheaper, shifting decentralization from a performance burden toward a potential scaling advantage. The long-term design would separate doing work from checking it, using technologies such as data sampling, succinct proofs and a proposed L1 zkEVM. These efforts remain largely under research, and key challenges—including accessing and parallelizing Ethereum’s growing state—are unresolved. Buterin expects the architecture to reshape application design and move Ethereum toward a coordination and verification layer for distributed computation. PeerDAS is an early step, while later roadmap upgrades may rely more heavily on recursive proofs, optimized consensus and other cryptographic tools.
