Vitalik said in a post on X that he wants Ethereum to include the recursive STARK mempool proposal, EIP-8288, in the network’s I-star upgrade. He described the proposal as a possible next step after Frames. According to his post, the design would move quantum-safe signature data off-chain, which could reduce signature costs. He also said gas costs for quantum-safe private transactions could fall from around 10 million to the tens of thousands. The proposal works by using frames and recursive STARKs to aggregate transaction dependencies. Under that setup, nodes would send one STARK of roughly 100 KB to 300 KB during each time period. The added on-chain overhead, he said, would be one STARK plus 96 bytes for each statement that needs to be proven.
Vitalik said in a post on X that he wants Ethereum to include the recursive STARK mempool proposal, EIP-8288, in the I-star upgrade, calling it a possible next step after Frames.
He said the proposal would place quantum-safe signature data off-chain, lowering signature costs. He also said gas costs for quantum-safe private transactions could drop from about 10 million to the tens of thousands.
The design relies on frames and recursive STARKs to aggregate transaction dependencies. Under the proposal, nodes would send one STARK of about 100 KB to 300 KB in each time period, while the additional on-chain overhead would be one STARK plus 96 bytes for every statement awaiting proof.
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