ME News reports that on October 23 (UTC+8), Paranoid developer Ignotus Nemo proposed a recursive aggregation scheme for EIP-8288 on the Ethereum Research forum. The proposal suggests supporting multiple approved proof sizes to enable smaller proofs for smaller aggregations. Ignotus Nemo has implemented heterogeneous recursion within the Paranoid system and has deployed two different-sized state transition proofs on the public mainnet. The scheme employs a limited library of certified verifiers, using separate accumulator channels for each class to handle cross-class delayed verification, ensuring the correctness of matrix claims within recursive steps. Additionally, it explores how to merge subclass libraries and manage dependencies when applying this mechanism to EIP-8288, as well as semantic compatibility issues between program identities and verifier classes.
EIP-8288, proposed by Vitalik Buterin and Thomas Coratger in June 2026, primarily addresses the issues of large post-quantum signatures and STARK proof sizes, as well as their high on-chain verification costs. (Source: Foresight News)
Paranoid Developer Proposes EIP-8288 Heterogeneous Recursion and Verification Library Scheme
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Summary
On-chain data from MetaEra shows that on October 23 (UTC+8), Paranoid developer Ignotus Nemo proposed a recursive aggregation plan for EIP-8288 on the Ethereum Research forum. The scheme enables multi-size proof support to reduce verification costs in smaller aggregation scenarios. On-chain analysis reveals that Ignotus Nemo has already implemented heterogeneous recursion within the Paranoid system and is currently running two state transition proof types on the public mainnet. The proposal outlines using a fixed set of verification libraries, with each accumulator channel managing delayed verification independently to ensure the correctness of matrix claims across recursive steps. It also addresses dependency management and semantic compatibility when applying the plan to EIP-8288—a post-quantum signature and STARK proof cost-optimization proposal by Vitalik Buterin and Thomas Coratger from June 2026.
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