Ethereum co-founder Vitalik Buterin has proposed EIP-8288, a project aimed at significantly reducing the cost of quantum attack-resistant transactions. Buterin stated that he hopes the proposal, dubbed a recursive STARK mempool, will be included in the planned I-star update following the Hegota upgrade.
EIP-8288 aims to move signatures and cryptographic proofs outside of Ethereum’s core execution process, combining them with recursive STARK proofs within the mempool. This is intended to significantly reduce both on-chain computational load and data costs.
The Cost of Quantum Secure Privacy Transactions on Ethereum Could Drop Significantly
According to Buterin, the system could offer significant advantages, particularly in terms of quantum secure signatures and privacy-focused protocols. Currently, the cost of quantum secure privacy transactions can reach approximately 10 million Gases, but with EIP-8288, it is projected to decrease to only tens of thousands of Gases.
en.bitcoinsistemi.com