Prover-verifier separation refers to the architectural design in cryptographic proof systems where the entity generating a proof (the prover) is distinct and independent from the entity verifying that proof (the verifier). This separation allows for specialized roles, often enabling the prover to perform complex computations off-chain while the verifier only executes a lightweight check on-chain. It significantly enhances scalability and efficiency. This division of labor optimizes network resources.
Context
Prover-verifier separation is a fundamental principle underlying zero-knowledge rollups and other scaling solutions for blockchains, as it allows for off-chain computation with on-chain verification. A key advantage is the reduction of computational load on the main blockchain, improving transaction throughput. Challenges include ensuring the integrity of the proof generation process and optimizing the communication between provers and verifiers for maximum efficiency. This architectural pattern is vital for high-performance decentralized systems.
This paper introduces a mechanism design framework for a decentralized proving market, transforming zero-knowledge proof generation into a competitive, economically efficient service.
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