the cyber-terrorism threat: findings from a survey of researchers
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The cyber-terrorism threat: findings from a survey of researchers. Lee Jarvis, Stuart Macdonald and Lella Nouri (all Swansea University). Introduction. Report on findings from a recent survey on cyberterrorism 118 researchers, 24 countries Questions: definition, threat and response Aims: - PowerPoint PPT PresentationTRANSCRIPT
THE CYBER-TERRORISM THREAT: FINDINGS FROM A SURVEY OF RESEARCHERSLee Jarvis, Stuart Macdonald and Lella Nouri (all Swansea University)
Introduction Report on findings from a recent survey on
cyberterrorism 118 researchers, 24 countries Questions: definition, threat and response
Aims: ‘State of the discipline’ stock-taking exercise Explore potential explanations for the diversity of
responses received Chart areas of (dis)continuity with debates on terrorism
more widely
Academic literature Cyberterrorism threat
Much contested In part, a product of definitional differences Debate between ‘the concerned’ and ‘the sceptics’
Concerned: Destructive capacity of cyber- now matches physical. Prospect of anonymity, and lower financial costs Vulnerability of Critical Information Infrastructures Socio-politico-economic dependencies on the Internet
Sceptics: Cyberterrorism as speculative fantasy A substitute for now-outdated paradigms of threat and risk Lack of theatricality and limited destructive capability Other terrorist uses of the Internet more significant.
Our survey Purposive sampling strategy:
Targeted literature review Standing in the field/publication in core journals. Snowballing Mailing lists: BISA and TAPVA
Limitations: Is no (bounded, fixed) (cyber)terrorism ‘research community’ Academic time lags
Responses: 118 from 24 countries (out of 600); but 71% from US, UK, Australia,
Canada. 86% permanent or temporary academic staff, or research student. 50% Politics/IR. Parallels with other surveys of the terrorism literature
In your view, does cyberterrorism constitute a significant threat? If so, against whom or what?
Yes (58%): Governments/states (n=23); Critical Infrastructure/Computer networks
(n=19); Civilians/individuals (n=10); Private sector corporations (n=10)
No (20%) Lack of precedents/empirical evidence Terrorist organisations lack capability to attack CII’s Lack of motivation amongst terrorist groups.
Differences?: Different explanations of threat evident in responses: from ‘paralysis’ to
‘disruption’ Different logics: some hypothetical, others extrapolated from recent events Competing conceptions of cyberterrorism (e.g. for some: obtaining classified
information; ‘online harassment) Different timescales
With reference to your previous responses, do you consider that a cyberterrorism attack has ever taken place?
110 responses: 49% yes and 49% no
Examples (selected): Attacks on Estonia: n=11; Stuxnet, Iran: 6; Attacks on Georgia: 3 India-Pakistan: 2; Anonymous: 2; PKK collapsing the Govt network: 1 Wikileaks: 1
No: Actor-specific definitions exclude state activities Lack of violence: “…no person has ever been killed or injured as the result of
an attack executed by using weaponised computer code” Differentiation between cyberterrorism, hacktivism and cybercrime No production of fear in a wider audience Lack of political or ideological motive for many candidates
Primarily definitional > empirical
What are the most effective countermeasures against cyberterrorism? Are there significant differences to more traditional forms of anti- or counter-terrorism?
Twelve counter-measures identified (including): Target-hardening (38%); Refusing to exaggerate the threat (9%);
Greater international cooperation (8%); Preventing radicalisation (5%); Employing hackers (3%); Greater private sector involvement (3%)
Disciplinary differences No countermeasures restricted to one disciplinary
background, but some trends: Engineering/Computer Science: 57% of those arguing for
enhanced international cooperation Psychology/Anthropology: 67% of those arguing for
employing hackers.
Politics/International Relations – more sceptical? 69% believed a cyberterrorist attack had not taken place 67% of those warning against exaggerating the threat of
cyberterrorism
Conclusion
Considerable disagreement: Threat, occurrence to date, how to respond Frequently a product of definitional issues Also, disciplinary differences
Obvious parallels: Academic literature, and broader debates on terrorism
However: 50/50 split on whether it has occurred: surprising The need for domain-specific responses posited by many
To find out more… Web: http://www.cyberterrorism-project.org/
Email: [email protected]
Twitter: @CTP_Swansea
Facebook: facebook.com/CyberterrorismProject
Thank you for your time!