Most risk assessment methodologies aim at the risk at the level of an individual organization or company. The European Union commissioned a study to define the elements for a uniform and scalable risk assessment methodology which takes into account critical infrastructure dependencies across organizations and sectors. The method can be applied at the sector level, cross-sector level and the multinational (EU) level. The advantage is the re-use of risk assessments at lower levels of aggregation scaling up to the European level. The approach to risk assessment and external dependencies can also be used by companies with multiple sites
Risk assessment and the knowledge provided through this process is a crucial part of any decision-ma...
Recent natural disasters that seriously affected critical infrastructure (CI) with significant socio...
The three most common terms found in the studies of risk, namely ‘risk management’, ’risk analysis’ ...
EURAM developed a uniform risk assessment method for Critical Infrastructures that scales across com...
Our increasingly complex and interconnected societies are continuously exposed to a wide range of ri...
This paper explores the concept of Critical Infrastructure (CI) resilience and its relationship with...
The paper concerns research related to the European project CIRAS and presents a validation experime...
The chapter describes present risk conditions in Europe, focusing on hazard, exposure and vulnerabil...
The European Programme for Critical Infrastructure Protection is the main vehicle for the protection...
Effective risk assessment methodologies are the cornerstone of a successful Critical Infrastructure ...
The resilience of an area/region/country or society is directly related to the performance of its Cr...
This chapter regarding present risk conditions, has been structured using significant “images” of Eu...
Infrastructures such as energy, water supply, and telecommunication, are so vital, critical and ubiq...
This report describes a risk assessment process for Critical Infrastructures (CI) based on the staff...
The disruption of any critical infrastructural sector has the potential to create significant direct...
Risk assessment and the knowledge provided through this process is a crucial part of any decision-ma...
Recent natural disasters that seriously affected critical infrastructure (CI) with significant socio...
The three most common terms found in the studies of risk, namely ‘risk management’, ’risk analysis’ ...
EURAM developed a uniform risk assessment method for Critical Infrastructures that scales across com...
Our increasingly complex and interconnected societies are continuously exposed to a wide range of ri...
This paper explores the concept of Critical Infrastructure (CI) resilience and its relationship with...
The paper concerns research related to the European project CIRAS and presents a validation experime...
The chapter describes present risk conditions in Europe, focusing on hazard, exposure and vulnerabil...
The European Programme for Critical Infrastructure Protection is the main vehicle for the protection...
Effective risk assessment methodologies are the cornerstone of a successful Critical Infrastructure ...
The resilience of an area/region/country or society is directly related to the performance of its Cr...
This chapter regarding present risk conditions, has been structured using significant “images” of Eu...
Infrastructures such as energy, water supply, and telecommunication, are so vital, critical and ubiq...
This report describes a risk assessment process for Critical Infrastructures (CI) based on the staff...
The disruption of any critical infrastructural sector has the potential to create significant direct...
Risk assessment and the knowledge provided through this process is a crucial part of any decision-ma...
Recent natural disasters that seriously affected critical infrastructure (CI) with significant socio...
The three most common terms found in the studies of risk, namely ‘risk management’, ’risk analysis’ ...