【摘要】 传统地震行业的网络安全风险采用安全厂商漏扫设备进行识别，通常存在漏洞扫描受限等问题，导致地震行业网络安全承载能力变差。为此文章设计一款基于区块链技术的地震行业网络风险监测系统。采用检索引擎模块获取待检测网络存在的安全风险，同时按照网络安全风险所属类别进行分类，并将其反馈至对应的风险监测模块。在区块链技术的基础上，将区块链智能合约、交易方法进行联合，实现对安全风险检测系统功能的分析。实验数据结果比对表明，与传统的安全厂商漏洞扫描设备相比，基于区块链技术的安全风险监测系统的风险级别划分得更为细致，支持检测的漏洞类型范围宽泛，有助于地震行业网络安全能力的稳步提升。更多还原

【Abstract】 The network security risks in the traditional seismic industry are identified by security vendors’ vulnerability scanning devices, which often have issues such as limited vulnerability scanning, leading to a decrease in the network security carrying capacity of the earthquake industry. This paper designs a network risk monitoring system for the earthquake industry based on blockchain technology. Use a search engine module to obtain the security risks present in the network to be tested,classify them according to the category of network security risks, and feed them back to the corresponding risk monitoring module. On the basis of blockchain technology, combine blockchain smart contracts and transaction methods to achieve analysis of security risk detection system functions. The comparison of experimental data results shows that compared with traditional security vendor vulnerability scanning devices, the security risk monitoring system based on blockchain technology has a more detailed classification of risk levels, supports a wide range of vulnerability types for detection, and contributes to the steady improvement of network security capabilities in the seismic industry.更多还原