The initiation of Ethereum’s evolution “from being just a blockchain to being something much more powerful” was highlighted by Ethereum co-founder Vitalik Buterin, who characterized PeerDAS as its foundational milestone.
The network’s final “normal” fork ahead of development shifting toward optimized consensus, recursive STARKs, quantum-safe cryptography, and automated formal verification might be Ethereum’s Hegotá upgrade, according to Ethereum co-founder Vitalik Buterin.
On Sunday, Buterin stated that Hegotá—scheduled for 2027—will likely serve as the final upgrade featuring capabilities and technology that remain recognizable to anyone familiar with Ethereum back in 2015.
Nodes verify data availability by sampling segments of data instead of downloading entire datasets via PeerDAS, which Buterin noted marked the beginning of Ethereum’s evolution “from being just a blockchain to being something much more powerful.”
The transition was characterized by Buterin as Ethereum’s evolution into a “cryptographic world computer,” moving past a model where nodes simply download and re-execute transactions toward an architecture combining blockchains with decentralized offchain components, privacy, and cryptographic verification.
By shifting heavier computation offchain while relying on the base layer to settle transactions, preserve access to shared onchain state, and verify results, the transition could alter how Ethereum applications are built.
How Ethereum’s “World Computer” Could Take Shape
Conversations regarding how much state and computation ought to ultimately shift offchain—alongside what Ethereum itself should continue managing directly as the network evolves—were sparked by Buterin’s post.
Shifting computation offchain while committing to and proving results onchain could significantly decrease the work demanded from the network and empower lighter nodes, Ethereum researcher Barnabé Monnot noted.
However, Monnot contended that a “world computer” ought to maintain critical records relied upon by its applications directly onchain. Executing this approach would allow users to observe active operations and engage with applications directly, bypassing external servers or intermediaries.
Pseudonymous commentator Cryptographic asserted that the architecture might expand the operational capacity of decentralized finance (DeFi) applications by enabling complex computation to take place outside smart contracts, while Ethereum ensures that resulting transactions adhere to protocol rules.
DeFi lending serves as a primary illustration, according to Cryptographic, where matching borrowers with lenders, liquidation routing, or collateral analysis can take place off the chain prior to Ethereum verifying and settling the final outcome.
Digital asset attorney Gabriel Shapiro questioned consumer demand for proof-based systems relative to conventional trust-based models. He noted that numerous active financial services depend on reputation, regulation, and legal enforcement rather than continuous cryptographic verification.
