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The Internet has become the principal platform for the dissemination and mediation of the ideology of Islamic movements, ranging from purist (non-violent) to politically engaged movements to Jihadi networks. Certainly in intelligence and security circles the Internet is considered the single most important venue for the radicalization of Muslim youth. On the other hand the Internet is seen as a means for people to transcend ethnic and religious divisions that are pervasive in other spheres of life. In this paper the author argues that both premises seem to result from a lack of understanding of the relationship between online and offline realities and still more from the difficulty of ascertaining the extent to which websites influence wider audiences and users. In order to understand the reception of Internet messages the local context and the way global narratives are appropriated in the local context, should be taken into account. My argument will be based on my empirical study of the practices of Muslim youth with regard to the Internet; I will explore how they act simultaneously as performers and observers in these virtual spaces.

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Some moderation strategies of online content have targeted the individuals believed to be the most influential in the diffusion of such material, while others have focused on censorship of the content itself. Few approaches consider these two aspects simultaneously. The present study addresses this gap by showing how a socio-semantic network analysis can help identify individuals and subgroups who are strategically positioned in radical networks and whose comments encourage the use of violence. It also made it possible to identify the individuals and subgroups who act as intermediaries and whose statements are often the most violent.

In an effort to better understand the risk of individuals being radicalised via the internet, this paper re-examines the phenomenon of online radicalisation by focusing on four considerations of interest: individual, online environment, interactions between individual and the online environment, and protective elements. A key premise of the discussion presented is that the different theoretical assumptions and linkages underlying each consideration are not only reconcilable but that together they provide a more comprehensive understanding of assessing risk of radicalisation via the internet than any perspective by itself. Implications for operationalising these four considerations and their associated factors to identify individuals at risk of being radicalised via the internet will also be discussed.

In an effort to better understand the risk of individuals being radicalised via the internet, this paper re-examines the phenomenon of online radicalisation by focusing on four considerations of interest: individual, online environment, interactions between individual and the online environment, and protective elements. A key premise of the discussion presented is that the different theoretical assumptions and linkages underlying each consideration are not only reconcilable but that together they provide a more comprehensive understanding of assessing risk of radicalisation via the internet than any perspective by itself. Implications for operationalising these four considerations and their associated factors to identify individuals at risk of being radicalised via the internet will also be discussed.

This paper examines the ranking of critical assets within an electrical grid under threat of cyber attack. Critical to this analysis is the assumption of zero hour exploits namely, the threat of an immediate attack as soon as a vulnerability is discovered. Modeling shows that over time load fluctuations as well as other system variations will change the importance of each asset in the delivery of bulk power. As opposed to classic stability studies where risk can be shown to be greatest during high load periods, the zero hour exploit-cyber-risk assumes that vulnerabilities will be attacked as soon as they are discovered. The probability of attacks is made uniform over time to include any and all possible attacks. Examining the impact of an attack and how the grid reacts immediately following an attack will identify and determine the criticality of each asset. This work endeavors to fulfill the NERC Critical Infrastructure Protection Requirements CIP-001-1 through CIP-009-2, cyber security requirements for the reliable supply of bulk power to customers throughout North America.