Ethereum co-founder Vitalik Buterin has outlined a vision for the network's evolution by 2030, aiming to transform it into a 'cryptographic world computer.' The plan focuses on moving away from the current model where every node repeats every computation, which limits transaction processing capacity.
The proposed architecture utilizes advanced cryptographic proofs to allow nodes to verify computations without re-executing them. This approach enables different computers to handle distinct tasks simultaneously while maintaining network integrity through independent spot checks, significantly increasing overall capacity.
Buterin addressed privacy concerns, proposing methods to hide balance inquiries and account details from external servers. The roadmap also includes technical solutions for transaction sequencing and managing complex application costs, with finality times targeted between 8 and 32 seconds.
The transition is set to begin following the upcoming 'Hegota' upgrade, which Buterin describes as the final 'normal' fork for Ethereum. Subsequent updates will increasingly integrate mathematical proofs, software verification tools, and security designs resistant to future quantum computing threats.
