Proof generation sharing involves distributing the computational burden of creating cryptographic proofs among multiple entities. Instead of a single party generating an entire proof, several participants contribute to different parts of the process. This technique can reduce the time and resources required for proof creation, especially for complex zero-knowledge proofs. It enhances the scalability and accessibility of privacy-preserving technologies.
Context
Proof generation sharing is becoming increasingly relevant with the growing adoption of zero-knowledge proofs in blockchain scaling solutions and privacy protocols. Discussions often concern the security assumptions and trust models involved in coordinating multiple proof generators. Future developments include more efficient distributed proof systems and standardized protocols that allow for secure and verifiable collaboration in the creation of cryptographic proofs.
Collaborative SNARKs merge ZKPs and MPC to allow distributed parties to jointly prove a statement over private inputs, unlocking secure data collaboration.
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