基于Splunk的云威胁建模和威胁情报系统

Ananthapadmanabhan A, K. Achuthan
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引用次数: 2

摘要

威胁建模是用于发现系统中潜在威胁的传统机制之一。大多数现有的威胁模型都依赖于对攻击进行建模的可能方法。这项工作提出了使用Splunk开发一个综合模型的云系统的威胁建模和威胁情报的结合。现有的云威胁模型依赖于在系统的某些阶段可能发生的攻击类型。这里提出的组合系统是一个粒度模型,它有助于在数据泄露后根据攻击者的行为捕获潜在威胁。系统中存在的威胁情报模块将有助于识别存在的威胁。集成的插件结合了对抗性威胁模型和威胁监控仪表板,能够使用Splunk对云中发生的活动进行分类和监控。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Threat Modeling and Threat Intelligence System for Cloud using Splunk
Threat modeling is one of the traditional mechanisms used for finding the potential threats in a system. Majority of the existing threat models rely on the possible ways of modeling attacks. This work proposes a combination of both threat modeling and threat intelligence for cloud systems using Splunk towards developing a comprehensive model. The existing cloud threat models rely on the types of attacks that are possible at certain phases of the system. The combined system proposed here is a granular model, that helps in capturing the potential threats based on the attacker's behavior after a data breach. The threat intelligence module existing in the system will help identify live threats. The integrated plugin which combines both the adversarial threat model and threat monitoring dashboard were able to categorise and monitor the activities happening in the cloud using Splunk.
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