Cashing In on Cyberpower: How Interdependent Actors Seek Economic Outcomes in a Digital World
ISBN: 9781640120532
Platform/Publisher: JSTOR / University of Nebraska Press
Digital rights: Users: unlimited; Printing: chapter; Download: chapter
Subjects: Cyberspace operations (Military science); Cyberterrorism -- Political aspects; Balance of power -- Economic aspects;

As the world has become increasingly digitally interconnected, military leaders and other actors are ditching symmetric power strategies in favor of cyberstrategies. Cyberpower enables actors to change actual economic outcomes without the massive resource investment required for military force deployments.

Cashing In on Cyberpower addresses the question, Why and to what end are state and nonstate actors using cybertools to influence economic outcomes? The most devastating uses of cyberpower can include intellectual property theft, espionage to uncover carefully planned trade strategies, and outright market manipulation through resource and currency values.

Offering eight hypotheses to address this central question, Mark T. Peters II considers every major cyberattack (almost two hundred) over the past ten years, providing both a quick reference and a comparative analysis. He also develops new case studies depicting the 2010 intellectual property theft of a gold-detector design from the Australian Codan corporation, the 2012 trade negotiation espionage in the Japanese Trans-Pacific Partnership preparations, and the 2015 cyberattacks on Ukrainian SCADA systems. All these hypotheses combine to identify new data and provide a concrete baseline of how leaders use cybermeans to achieve economic outcomes.


Mark T. Peters II is assigned to Lackland Air Force Base in Texas. As a career U.S. Air Force intelligence officer and master cyberspace operator, he previously served as squadron commander for the Eighteenth Intelligence Squadron, a space intelligence unit. Peters has a doctorate in strategic studies and more than twenty years of military and intelligence experience.
hidden image for function call