ABSTRACT
As technology continues to saturate all segments and aspects of society, the country's infrastructure is not immune to the tentacles of technological infiltration and management. Every aspect of human life becomes increasingly governed by a device that tracks, measures, manages, and ultimately controls its existence. Smart phones dictate schedules, contacts, e-mail, media, and even menus to their owners. This same concept has bled over into the vital daily societal operations of utility companies and their distribution systems, along with the security concerns that surround the sensitive data that these entities collect. Beyond the progression of technological advances; the pressures of government mandates, alternative energy requirements, increasing populations, energy efficiency, and profitability have driven public utilities and private organizations to consider the implementation of Smart Grid technologies. The recognition of the potential benefits of these systems in achieving more efficient energy usage and distribution is valid, but the need for caution and thorough risk assessments is crucial.
- Applequist, Jenny. Information Trust Institute. U.S. Departments of Energy and Homeland Security Establish Major Resilient Smart Grid Program at the University of Illinois, http://cs.illinois.edu/news/2009/Oct26-2.Google Scholar
- Baker, David. Making a Secure Smart Grid a Reality, Journal of Energy Security, October 20, 2009.Google Scholar
- King, Julia. The new ground zero in Internet warfare: The power grid is an obvious target for terrorists, but experts disagree about how to secure it, Computer World, April 27, 2009.Google Scholar
- LaMonica, Martin. Utilities look inside the home to fuel the grid, June 28, 2010. CNET News.Google Scholar
- NIST, Smart Grid Interoperability Standards Project.Google Scholar
- Swanson, Sandra A., Securing the Smart Grid: The grid's flow of data is supposed to improve energy delivery but must be protected from hackers' prying eyes, Scientific American, May 16, 2010.Google Scholar
- Westervelt, Robert. Attackers can take out critical infrastructure, but profit lies elsewhere, researcher says, June 16, 2010. SearchSecurity.com.Google Scholar
Index Terms
- The smart grid.: the smart choice?
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