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解码网络威胁:攻击树实用指南.pdf

上传人: 可*** 编号:991919 2025-12-07 37页 13.06MB

1、Decoding Cyber ThreatsA Practical Guide to Using Attack TreesGert-Jan Bruggink&Sherman Chu28 January 2025232233CTI&Decision-Making234Ever been in this situation?Identifying Systemic VulnerabilitiesResponding to an IncidentPrioritizing Security Investment235Sometimes while protecting your business,yo

2、u need to make rapid decisionsWould be real bad if something happened to it.Yeah boss,totally.Why Attack Trees236237Why were Attack Trees created in the first place?Visualize Attack ScenariosThreat ModelingDecision-MakingJonathan Weiss,1982238We love history 1982Conceptualized as threat trees by Jon

3、athan Weiss,Bell laboratories2025Two nerds at CTI conference1999Bruce Schneier publishes attack tree concepts2013Diamond Model of Intrusion incorporates attack tree attributes239Why do they look the way they do?Tree StructureNodes&LeavesRelationships240A decade of CTI taxonomies and frameworks201120

4、132014https:/apps.dtic.mil/sti/tr/pdf/ADA586960.pdf241Combining everything conceptuallyDiamond Model:Structured documentation of attacker procedures and activity threadingMITRE ATT&CK:Standardized tactics&techniquesKill Chain:Truncated attacker sequenceCombining everything practicallyAttack FlowCent

5、er for Threat Informed Defense(direct link to builder)242Exporting into official Attack Tree format243Mermaid Export(.mmd)GraphViz(.dot)Everything JSON,making integration easierPrioritizing Defensive Courses of Actions244245Postulating TTPsKnownKnownsKnownUnknownsBonus:Testing forUnknown Unknown246C

6、onscious decision-making on cutting tiesCOA:We prioritize blocking&detecting delivery-TTPs,severing subsequent attacker actions247Prioritization through actionabilitySource:https:/top-attack-techniques.mitre-engenuity.org/PrevalenceChoke PointActionabilitySignificant(Top)TechniquesSpecific technique

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根据《解码网络威胁:使用攻击树的实际指南》的内容,以下是全文关键点的概括: 1. **攻击树起源**:攻击树由Jonathan Weiss于1982年首次提出,用于可视化攻击场景和威胁建模。 2. **攻击树结构**:采用树状结构,包括节点(攻击步骤)和叶子(攻击目标)。 3. **攻击树应用**:用于决策制定,优先考虑防御措施,如MITRE ATT&CK框架和Kill Chain模型。 4. **优先级评估**:通过攻击频率、攻击手段的普遍性和可操作性来评估攻击树中的威胁。 5. **实际应用**:创建攻击树的过程包括初步评估、细化攻击流程、评估攻击的普遍性和优先级。 6. **决策支持**:攻击树有助于在网络安全投资决策和事件响应中做出更明智的选择。 核心数据包括: - 1982年:Jonathan Weiss首次提出攻击树概念。 - 2013年:MITRE ATT&CK框架纳入攻击树属性。 - 30分钟:创建一个有用的攻击树所需时间。
"攻击树如何助你识破网络威胁?" "如何用攻击树优化你的安全投资?" "CTI专家教你构建攻击树!"
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