Resource

Existing Technologies for Deterring and Defeating Waterside Attack of Dams

Resource Type
Industry Papers and Articles
Reference Title
Existing Technologies for Deterring and Defeating Waterside Attack of Dams
Author/Presenter
Kalinski, Michael E.
Bryson, L. Sebastian
Krumenacher, Alexander D.
Phillips, Bryan T.
Ethington, Zach
Webster, Benjamin T.
Year
2014
Journal Title
International Journal of Critical Infrastructures
Journal Volume
10
Journal Issue
3/4
Abstract/Additional Information

Protecting dams from waterside attack is a necessary provision in the current security landscape. Nevertheless, dams remain largely unprotected. Breach of a dam would result in loss of life, property loss, and disruption of water supply and electricity sources. Waterside dam security requires technologies for detecting, deterring, and defeating attacks. Herein, the results of research to evaluate existing technologies to deter and defeat water-side attacks and mitigate the effects of attacks are presented. These technologies include physical barriers, bubble curtains, and directed energy systems. These technologies can be integrated with detection technologies such as radar and video surveillance to provide comprehensive security systems. The information presented herein is part of an ongoing study with the ultimate goal of developing and implementing effective waterside security systems that protect dams while conforming to the local social and legal environment.