Ethereum co-founder Vitalik Buterin says the network's 2027 Hegota upgrade will likely be its last "normal" fork built on familiar technology. In a Sept. 27 essay, he sketches a 2030 architecture built on cryptographic proofs rather than full computation replay, with transaction finality of roughly eight to 32 seconds.
Hegota Marks the End of an Era
Buterin identifies Hegota, planned for 2027, as likely Ethereum's last "normal" fork — meaning one whose technology would look familiar to someone from 2015. After that, he expects advanced proofs, formal verification, and highly optimized consensus to sit at the center of development.
The shift follows a Sept. 27 essay and an accompanying X post in which Buterin argues modern cryptography is changing how the network can divide work. "It's really not just a blockchain anymore", he wrote on X. The ledger stays, but he says more verification, privacy, and processing would depend on cryptographic tools and decentralized infrastructure working around it.
Proofs Replace Full Replay
Under the current setup, participants download blocks and repeat the calculations themselves to check the rules were followed. Buterin's proposed architecture substitutes cryptographic proofs and samples of the underlying data for that full replay, so participants check evidence a calculation was done correctly instead of redoing it.
Earlier attempts at splitting this work ran into trouble because assigning tasks was easier than reliably verifying them, and committees added expense and delay. Buterin says modern cryptography now supplies that missing verification piece, which could let the network store more data and process more work at once.
Developers Face a Different Cost Structure
Buterin also argues computation shouldn't all carry the same practical cost. He says developers would have stronger incentives to structure applications into separable tasks that can run simultaneously or be dropped before reaching a block, while an application built as one sequential transaction would face higher costs.
His 2030 comparison sketches finality at roughly eight to 32 seconds, alongside stronger transaction-inclusion guarantees and lighter node requirements — figures he frames as a future design, not a capability available today. He draws a boundary around the speed pitch too: Ethereum itself will never match server-level latency, though he says infrastructure built around it could.
Source: Bitcoin News
Trading involves risk.
Risk Disclaimer
