Summary

This paper introduces a novel optimization for Virgo's GKR interactive proofs in layered circuits. The authors generalize the generalization of the Interactive Proof of Key Generation (GKR) protocol to arbitrary circuits, while maintaining a strict linear complexity in prover size. Through experimental validation on simulated layered circuits with millions of gates, this new approach achieves generation times less than one second for any circuit exceeding $10^6$ gates. This efficiency represents an improvement of 13x over the original interactive proof method using the same hardware resources. The results demonstrate that by generalizing the interaction model without altering fundamental complexity bounds, the system remains highly effective for large-scale computational tasks like key generation and protocol verification in modern computing architectures.

Title

Polyhedra Network - The Future of Intelligence.

Description

Trust, safety, and data protection at the core of every decision.

Categories

Other

NS Lookup

A 104.21.57.12, A 172.67.188.185

Dates

Created 2025-03-25

Updated 2026-11-02

Summarized 2026-11-02