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Improving Critical Infrastructure Protection and Resilience against Terrorism Cyber Threats

机译:改善恐怖主义网络威胁的关键基础设施保护和抵御能力

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Nowadays business continuity and disaster management procedures and policies are increasingly based on the notion of resilience. This relatively young topic is gaining increasing importance now that more recent experiences have shown that not all the attacks or accidents to critical information infrastructures (Clls) can be avoided even if protection measures are correctly implemented. Such a circumstance implies that the response to 'protection' needs, which has mainly shown the use of technology as a possible solution to all of the issues, is not sufficient in covering the entire lifecycle of modern information infrastructures which requires instead the implementation of redundancy measures together with specific procedures that are designed and implemented in view to facilitate a faster recovery of an asset that has suffered an unavoidable accident. The aforementioned scenario is somehow confirmed by the reorientation of the EU policies in the field and, more specifically, by the 2014-2020 European Programme for Critical Infrastructure Protection (EPCIP) which now mainly rotates around key resilience concepts like prevention, preparedness and response. This paper, after a short description of the most significant vectors of attacks directed towards Clls, offers a review of the main principles of resilience and a basic scheme that should guide those stakeholders that are in the phase of studying how to effectively implement those measures in the management lifecycle of technology driven infrastructures.
机译:如今,业务连续性和灾害管理程序和政策越来越重要地基于弹性的概念。这种相对年轻的话题正在增加重要性,现在更新的经验表明,即使正确实施保护措施,也可以避免所有攻击或对关键信息基础设施(CLL)的所有攻击或事故。这种情况意味着对“保护”需求的响应主要显示了技术的使用作为所有问题的可能解决方案,这不足以覆盖现代信息基础设施的整个生命周期,这需要冗余的实施措施与设计和实施的具体程序一起,以便于促进遭受不可避免的事故的资产的更快恢复。上述情景是以某种方式通过该领域的欧盟政策的重新定向,更具体地说,是2014-2020欧洲的关键基础设施保护计划(EPCIP),该计划现在主要旋转,如预防,准备和反应等重点恢复概念。本文在简短描述了对CLL的最重要的攻击载体的描述之后,提供了对恢复力的主要原则和基本计划的综述,这些方案应该指导这些利益攸关方在学习如何有效实施这些措施的阶段技术驱动基础设施的管理生命周期。

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