Vitalik Buterin maps Ethereum shift to recursive STARKs and formal proofs

Ethereum is preparing to shed its status as a standard blockchain to become a true cryptographic world computer. Vitalik Buterin argues that the upcoming Hegota fork represents the final chapter of the network's traditional development cycle. Once this milestone passes, the roadmap pivots entirely toward recursive STARKs and formal verification to secure the protocol. This move aims to eliminate the messy human error that plagues complex codebases by using mathematical proofs to verify every transaction and smart contract. It's a high-stakes bet on automation over manual governance. By moving away from 'normal' hard forks, the core team wants to harden the base layer into something permanent and unshakeable. The transition signifies a departure from the experimental era of 2015 toward a rigid, math-based infrastructure. Can Ethereum actually achieve a bug-free state, or is relying solely on ZK-proofs just trading one set of technical risks for another?