This paper examines cyberterrorism as the convergence of terrorism and digital technology, analyzing how it has expanded the scope and difficulty of detecting terrorist acts. Drawing on Gordon and Ford (2002) and Knapp and Boulton (2006), the paper explores how cyberterrorism has migrated from military targets into commercial enterprises. It evaluates Knapp and Boulton's twelve trends in cyber-warfare, critically assessing their organization and overlap. The paper also outlines a practical organizational defense strategy — including employee education, password protocols, financial monitoring, coordinated information systems, and inter-organizational cyber security alliances — designed to reduce vulnerability and prepare employees to respond effectively to a cyberterrorist attack.
The paper effectively uses source-based critique: it does not simply summarize Knapp and Boulton's twelve trends but evaluates their internal logic, identifying redundancy between trends one and two and suggesting that trends seven through ten share underlying structural causes. This technique — engaging with a source to test and refine its claims — demonstrates higher-order critical thinking beyond basic citation use.
The paper is organized into two main analytical movements. The first defines cyberterrorism and proposes an internal organizational defense strategy centered on employee awareness, password management, financial monitoring, and simulation exercises. The second evaluates an academic framework (Knapp and Boulton's twelve trends) and proposes an external defense strategy built on system coordination and inter-organizational cyber security alliances. A references list in APA format closes the paper.
Cyberterrorism is characterized by the fusion of terrorism and technology. It has made guarding against terrorism dependent on the careful use of computers and technology, as well as constant awareness of one's software and security systems. According to Gordon and Ford (2002), cyberterrorism has greatly expanded the scope and procedures used for terrorism and has made acts of terrorism more difficult to police. Because of its technological component, cyberterrorism is most often directed at the workplace, where computers are prevalent and important files — often involving vast sums of money — are housed and protected (Matchulat, 2006). While terrorism has always resulted in tragic consequences, it was previously much easier to identify because it was characterized by more overt acts of violence. Cyberterrorism, however, makes it possible for someone to be a victim of a terrorist attack without even being aware that an attack has taken place.
As the chief information officer of a company, a plan to fight cyberterrorism would involve educating employees, focusing both on cyberterrorism prevention and on empirical exercises that provide the experience necessary to combat a terrorist attack when one arises. To that end, ensuring that everyone's passwords are safe and unique would be a priority, along with requiring employees to change passwords regularly. Employees would also be required to save all documents in multiple locations and maintain backup files for everything.
Cyberterrorist attacks often involve financial theft, so all workers would be required to know how much money the company holds at all times. If an employee notices that account totals are incorrect, they would be required to notify all relevant personnel immediately. Finally, unannounced mock attacks would be staged, since people often react differently when placed under more threatening conditions (Gori, 2011). This plan would effectively fight cyberterrorism by targeting increased communication, while the mock attacks provide workers with valuable real-world experience.
Knapp and Boulton (2006) provide clear explanations for their twelve trends, identifying how cyber-warfare has moved beyond the military realm and into the commercial landscape. However, there are arguably fewer than twelve distinct trends, because the authors do not sufficiently differentiate many of them.
For example, trends one and two — "Computer-related security incidents" and "Entry barriers for cyber-attackers" — are too closely related to constitute separate trends. Each informs the other, since the security incidents described in trend one often result directly from the fact that there are too many points of entry for cyberterrorists. It would therefore be more appropriate to categorize trend two as a subset of trend one. Similarly, while trends seven through ten usefully describe the various arenas in which cyberterrorism occurs, grouping them together would be more analytically productive. Doing so would allow the authors to focus instead on the similar underlying structures that cause cyberterrorism to take hold across these different venues.
In choosing how to help an organization guard against cyberterrorist attacks, ensuring that all information systems are coordinated is essential, since lack of coordination is one of the primary vulnerabilities through which government agencies have been susceptible to cyberterrorism in recent years (Johnson, 2005). Everyone must be aware of who has access to the organization's information systems; if someone is identified who does not have authorized access, that individual must be reported immediately.
Building cyber security alliances with other organizations is also a valuable measure, enabling companies to remain informed about whether a terrorist attack has targeted a similar organization (Awan & Blakemore, 2012). Although these procedures would not make any company entirely impervious to an attack, they would reduce the likelihood of a successful breach and provide employees with a clear course of action should an attack occur.
Awan, A., & Blakemore, B. (2012). Policing cyber hate, cyber threats, and cyber terrorism. Ashgate Publishing Company.
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