Vitalik Declares Eternal War on Precompiles, Demands All Crypto "STARK It Yourself" 🧅

Ethereum co-founder Vitalik Buterin used a post on X on October 19, 2026 to advocate for "EIP-8288 maximalism," arguing that heavy cryptography should be STARKed client-side rather than absorbed into Ethereum's main chain through new precompiles. Under the framework, any signature or proof system is wrapped in a STARK and verified off-chain, with Ethereum's layer-1 only settling a single compact aggregate proof instead of adding bespoke cryptographic support for each new scheme. EIP-8288 is co-authored by Buterin and Thomas Coratger and introduces a "frame mode" for in-mempool signature and proof aggregation.

The proposal targets what Buterin describes as an endless cycle of precompile additions whenever a new cryptographic primitive emerges. By routing verification through STARKs generated on the client side, transactions reaching L1 carry only one aggregated proof, sharply reducing on-chain computation. According to the proposal, certain transaction types that today consume multi-million gas units could fall into the low tens of thousands of gas, while emerging cryptographic schemes — including quantum-safe signatures — would become viable for everyday wallet use without requiring Ethereum core developers to ship protocol-level upgrades for each one.

Buterin's broader argument is that L1 should function as a general verifier rather than a specialized cryptographic judge, with the heavy lifting handled by provers off-chain. The frame mode is designed to allow multiple signatures and proofs to be bundled while a transaction is still in the mempool, so that what arrives at block inclusion is a single, compact STARK. Proponents say this decoupling lets Ethereum remain neutral across competing signature standards while still benefiting from the efficiency of native aggregation.

The call for maximalism arrives as Ethereum developers continue to weigh how to scale verification workloads amid growing demand for privacy features and post-quantum security. By framing EIP-8288 as the default route, Buterin is positioning the upgrade as a structural fix rather than another incremental patch, with the stated goal of ending repeated disputes over which cryptographic schemes merit expensive precompile slots on the network.