A System Shock Approach to Modelling Clandestine Network Disruption

Abstract

Clandestine networks, in their most infamous form taking the guise of terrorist groups, are a clear danger to the stability and well-being of society. Without trying to contradict other approaches or reinvent the wheel of counter-terrorism, a theoretical basis of system shock was chosen in the formation of a model to support counter-terrorist initiatives. This model took as its focus the disruption of successful terrorist operations. In doing so it drew upon operational art, group behavioural studies, and psychological research into problem solving. The result was a model of operations as a 'concert' of properties being activated to produce an environmental change. Damage to the properties, or the ways they were included and activated as part of the concert, lead to the infliction of system shock upon the operational whole. Ineffective operations rendered the whole target system ineffective. Procedures for applying this model in different circumstances were examined, and experimental exercises performed to verify usability by nonspecialists. The conclusion of the study was that, while more work was needed to refine this approach, it showed promise, and reinforced the notion that terrorists are not an invincible adversary.

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Document Details

Document Type
Technical Report
Publication Date
Oct 25, 2004
Accession Number
ADA460301

Entities

People

  • Tamlan Dipper

Tags

Communities of Interest

  • Engineered Resilient Systems
  • Weapons Technologies

DTIC Thesaurus Topics

  • Case Studies
  • Counterterrorism
  • Explosions
  • Explosive Devices
  • Explosives
  • Governments
  • Law Enforcement
  • Materials
  • Military Science
  • Mobile Phones
  • Psychology
  • Security
  • Societies
  • Systems Engineering
  • Terrorism
  • Threat Evaluation
  • United Kingdom

Readers

  • Irregular Warfare and Special Operations Cyberspace Operations against Adversarial Threats.
  • Military History of the United States in the 20th Century.
  • Systems Analysis and Design