A Method of Building Safety Rule Base for Power Mobile Terminals

Nige Li, Lu Chen, Mu Chen, Ziang Lu
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Abstract

With the continuous emergence of professional vulnerability-researched organizations in the world, vulnerability mining technology has been rapidly improved, and the technology of vulnerability utilization is becoming more and more sophisticated. Timely and accurate grasp of the security vulnerabilities of electric power mobile terminals and targeted preventive work become the key to ensure the safety of power mobile terminals. This paper analyzes the security vulnerabilities of typical power mobile terminals. By studying the security rules extraction method of vulnerability text classification and code feature extraction, processing the text information related to vulnerabilities, including vulnerability number, category, descriptive text and so on, this paper describes the vulnerability information formally, extracts the typical code features of some vulnerable API with high risk artificially and abstracts the security detection rules of vulnerabilities, so as to build a security vulnerability detection rule base for power mobile terminals. It can help security analysts quickly discover and analyze targeted security vulnerabilities, effectively excavate power mobile terminals security vulnerabilities and repair in time before the attackers, to avoid causing more security events, and to have important preventive significance.
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电力移动终端安全规则库的建立方法
随着国际上专业漏洞研究机构的不断涌现,漏洞挖掘技术得到了迅速的提高,漏洞利用技术也越来越成熟。及时准确地把握电力移动终端的安全漏洞,开展有针对性的防范工作,成为确保电力移动终端安全的关键。本文分析了典型电力移动终端的安全漏洞。本文通过研究漏洞文本分类和代码特征提取的安全规则提取方法,对漏洞相关的文本信息进行处理,包括漏洞号、类别、描述性文本等,对漏洞信息进行形式化描述,人工提取部分高风险漏洞API的典型代码特征,抽象出漏洞的安全检测规则。从而构建电力移动终端安全漏洞检测规则库。它可以帮助安全分析人员快速发现和分析有针对性的安全漏洞,在攻击者之前有效挖掘电力移动终端的安全漏洞并及时修复,避免造成更多的安全事件,具有重要的预防意义。
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