Ethereum to Become 'Cryptographic World Computer' by 2030, Vitalik Buterin Predicts

Vitalik Buterin, co-founder of Ethereum, has outlined a vision for the network's future, predicting that it will outgrow its blockchain label by 2030. He envisions Ethereum becoming a 'cryptographic world computer' that relies on mathematical proofs rather than redundant computation to ensure security.

This shift in framing is tied to the upcoming Glamsterdam upgrade, which introduces Block-Level Access Lists under EIP-7928. The upgrade aims to accelerate transaction processing through parallelization, expand network capacity, and curb database bloat.

The transformation has significant implications for Ethereum's development. Buterin expects Hegota, scheduled for next year, to be the last 'normal' fork built with technology familiar to developers in 2015. Subsequent upgrades will increasingly depend on recursive STARK structures, automated formal verification, and consensus algorithms hardened against future quantum computers.

The network's co-founder sees the transformation as a key to unlocking greater scalability, security, and privacy for Ethereum users. Payments could become final in just eight to 32 seconds, and privacy protections would deepen, hiding not just payment details but also account queries.