Rethinking Computer Network 'Attack': Implications for Law and U.S. Doctrine
U.S. Navy Judge Advocate General's Corps
March 12, 2010
Journal of National Security Law & Policy, Forthcoming
Because much of current legal scholarship uncritically accepts either popular, hacker-based notions of computer “attacks” or the definition of “computer network attack” used in United States military doctrine, a critical approach to what constitutes an "attack" under international humanitarian law is needed. First making the case that the definition of “attack” in Article 49 of Additional Protocol I is customary international law, the article examines a number of methodologies that can provide the appropriate determination that an “act of violence” involving computers, computer networks or information systems has occurred. Of the three methodologies examined, the consequence-based method is the most appropriate. This methodology is applied to two information-based capabilities, distributed denial-of-service (DDoS) actions and chip-level actions, to determine whether or not these types of actions are, in fact, “attacks” under IHL. The article concludes that DDoS actions-- despite widespread belief to the contrary-- do not rise to the level of an attack under IHL. Chip-level actions may constitute IHL attacks if the foreseeable consequences involve death, injury to personnel, or destruction of property, which is the case for some, but by no means all, chip-level (and malicious software) actions. In calling for a more rigorous adherence to well-defined legal standards and definitions in the area of information-based warfare, the article concludes with a call to revise the United States definition of “computer network attack” in order to more closely adhere to the definition of attack under IHL.
Number of Pages in PDF File: 56
Keywords: computer network attack, international humanitarian law, law of war, article 49, attack
Date posted: April 10, 2010
© 2015 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo8 in 0.250 seconds