Titlebook: Critical Infrastructure Protection X; 10th IFIP WG 11.10 I Mason Rice,Sujeet Shenoi Conference proceedings 2016 IFIP International Federati

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Towards a Comparable Cross-Sector Risk Analysis: RAMCAP Revisitedical Asset Protection (RAMCAP) methodology to see if it can accommodate emerging threats from climate change, aging infrastructure and cyber attacks. This chapter examines the challenges involved in taking a site-specific formulation and turning it into a general model capable of analyzing performan

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Classification and Comparison of Critical Infrastructure Protection Toolssk analyses can be computationally intensive, but can also yield useful results that enhance risk assessments and offer risk mitigation alternatives. Unfortunately, many tools and methodologies are left unsupported and are forgotten soon after the projects that developed them terminate..This chapter

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Urformende Maschinen und Anlagen,al infrastructure assets has been called into question by numerous cyber security experts. Organizational theory states that organizations should be constructed to fit their operating environments properly. Little research in this area links organizational theory to cyber organizational structure. B

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Maschinen zur Laserstrahlbearbeitung,additive manufacturing creates 3D objects by incrementally adding successive layers of materials. Whereas traditional manufacturing requires materials and customized components, molds and machinery, additive manufacturing merely requires materials and a 3D printer. Without the need for expensive cus

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Roboter und Robotersteuerungen,cular, there are limited journaling capabilities for operator actions. Barring the preservation of full packet captures and operator workstation security logs, which can generate unmanageable amounts of data on production networks, it is generally not possible to attribute control events (e.g., open

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Strukturbauteile und -Baugruppen,ntial of cyber attacks on programmable logic controllers increase, it is important to develop robust digital forensic techniques for investigating potential security incidents involving programmable logic controllers. This chapter focuses on the logging mechanism of a Siemens programmable logic cont

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