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网络物理攻击:追踪攻击者在网络物理攻击生命周期中的步骤.pdf

上传人: 竿*** 编号:982130 2025-11-29 100页 19.31MB

1、#SECTORCA BlackHatEventsTracing Adversary Steps through Cyber-Physical Attack LifecycleDr.-Eng.Marina KrotofilCyber-Physical Exploitation:#SECTORCA BlackHatEventsIn the Recent NewsHackers opened a full valve at dam facility in Bremanger,Norway07 April,2025Hackers obtained control over the minimum wa

2、ter flow valve.Even with valve opened to 100%,the incident did not result in any unwanted consequences as the water flow was still significantly below flood calculation for the dam and river is.Systems design wasnt hacker friendly.Rural Texas towns report cyber attacks that caused one water system t

3、o overflow18 January,2024Hackers obtained access to water systems HMI and caused a water tower to overflow for 45 minutes,leading to a waste of fresh water.There was no auto shutoff mechanism when the water level in the tower reached high level.Systems design was hacker friendly.#SECTORCA BlackHatEv

4、entsHMI-Based Attacks(video)Straightforward attack scenario,minimal complexity,nuisance impact.(attackers identified and indicted)#SECTORCA BlackHatEventsComplex Attacks with Lasting EffectBlack Hat USA 2015|Rockig the Pocket Book Chemical plant,Vinyl Acetate production(2013)https:/www.lont- scenari

5、o:Persistent economic damageHere is a plant.What is your plan?J.Larsen.Breakage.Black Hat Federal(2007)#SECTORCA BlackHatEventsPersisting Misconception about OT Attacks Current public presentation of of threat actor capabilities is largely driven by the need to raise awareness about potential implic

6、ations of cyber-physical attacksHowever,threat actors didnt publicly showcase significant evolvement of the cyber-physical exploitation skills(yet)This is the same malware used against targets with the sameSCADA system(s)20162016202220222023202320232023#SECTORCA BlackHatEventsPersisting Misconceptio

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根据报告的内容,全文主要探讨了网络物理系统(CPS)的攻击生命周期,包括以下关键点: 1. **网络物理攻击**:通过恶意修改CPS操作,造成不期望的物理影响。 2. **攻击生命周期**:包括访问、侦察、控制、损害、防止响应、获取反馈和清理等阶段。 3. **攻击复杂性**:从简单的攻击到复杂的攻击,如Stuxnet和Triton。 4. **物理脆弱性**:由于控制逻辑和物理过程,CPS系统可能存在物理脆弱性。 5. **攻击实例**:如Maroochy Water和洛杉矶交通灯攻击。 6. **攻击工具和AI**:随着AI的发展,攻击者可以利用AI进行信息收集、分析、自动化分析和引入后门。 7. **未来趋势**:网络物理攻击将变得更加成熟,但仍需关注中等复杂度的可靠攻击场景。
揭秘CPS攻击全链路" CPS攻击的未来走向" 如何应对CPS攻击?"
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