摘要
文章围绕分布式数据存储中的身份隐匿问题,探讨零知识证明的应用。先阐述零知识证明的特性与价值,分析分布式数据使用中访问、同步、管理的身份隐匿痛点,进而提出三大应用策略:基于零知识证明的轻量级身份验证,旨在优化访问与权限管控,为身份隐匿奠定基础;驱动隐匿策略的一致性校验,以化解同步冲突;融入数据全生命周期管理,确保隐匿状态可验证。这些策略共同为解决分布式环境下的身份隐私问题提供了技术路径。
The paper focuses on the issue of identity anonymity in distributed data storage and explores the application of zero-knowledge proof(ZKP).Firstly,it elaborates on the characteristics and value of Zero-Knowledge Proof,and analyzes the pain points of identity anonymity in terms of access,synchronization,and management during the use of distributed data.Subsequently,it proposes three major application strategies:Lightweight identity authentication based on Zero-Knowledge Proof,which optimizes access and permission control to lay a foundation for identity anonymity;Driving the consistency verification of anonymity strategies to resolve synchronization conflicts;Integrating into the entire data lifecycle to ensure the verifiability of the anonymous state.The study provides a technical path for solving the problem of identity privacy in a distributed environment.
作者
甘明明
GAN Mingming(China Union Pay Co.,Ltd.,Shanghai 200135,China)
出处
《信息与电脑》
2025年第18期10-12,共3页
Information & Computer
关键词
零知识证明
分布式数据存储
身份隐匿
zero-knowledge proof
distributed data storage
identity hiding
