摘要
以某省自然资源厅数据灾备建设项目实例为背景,从数据现状分析入手,研究解决省级和市级两地三节点的数据灾备和可实时数据恢复等问题,采用本地双活存储、数据备份和远程复制等技术方法,提出两地三节点的设计及技术实现方案,并基于该方案开展了某省自然资源两地三中心的数据灾备系统建设.经过系统的成功实施和容灾演练,实现了本地和异地的数据快速恢复以及某省数据的安全和系统快速应用,符合网络安全等级保护和信息安全风险评估要求,应用效果良好.提出了基于存储系统的双活、基于存储系统的异步远程复制、基于容灾软件的业务系统快速恢复等技术的应用实践,为同类系统建设提供了有价值的经验和借鉴.
Taking the data disaster recovery construction project of a provincial department of natural resources as the background,starting with the analysis of the current data situation,this paper studies and realizes the data disaster recovery and real-time data recovery of three nodes in different places at the provincial and municipal levels.This artical adopts the technical methods of local dual active storage technology,data backup technology and remote replication,and puts forward the design and technical implementation scheme of three nodes in both places.Based on this scheme,the construction of data disaster recovery system of two places and three centers of natural resources in a province is carried out.After the successful implementation of the system and disaster recovery drill,it has achieved the rapid recovery of local and remote data,realized the security of data and rapid application of the system in a province,met the requirements of network security level protection and information security risk assessment.The application effect is good.This paper puts forward the application innovation of key technologies such as dual live technology based on storage system,asynchronous remote replication technology based on storage system and rapid recovery of business system based on disaster recovery software,which provides valuable experience and reference for the construction of similar systems.
作者
徐世亮
操屹
计国兴
Xu Shiliang;Cao Yi;Ji Guoxing(Jiangxi Natural Resources Development Center,Nanchang 330025;Jiujiang Natural Resources Archives,Jiujiang,Jiangxi 332005)
出处
《信息安全研究》
2021年第12期1192-1197,共6页
Journal of Information Security Research
基金
江西省03专项及5G项目(S2021ZXXMC0086)。
关键词
自然资源
数据灾备系统
异地容灾
远程复制
存储双活
natural resources
data disaster recovery system
remote disaster recovery
remote replication
storage dual active