In the first draft of their analysis, announced during the recent GridWeek conference, Annabelle Lee and team have created a dense, but readable tome, numbering some 236 pages at present, entitled Smart Grid Cyber Security Strategy and Requirements. It serves as an adjunct to the more general draft of NIST's Smart Grid guidance on interoperability (links below). For those interested in the higher level issues of focus and risk, I did a bit of data reduction and reached some pretty interesting, if unintended (and definitely scientifically questionable) conclusions. The draft document categorizes 15 areas of likely risk; their impacts on Confidentiality, Integrity, and Availability; and their levels (high, medium, and low). This hierarchy and its accompanying tables permit a reader with a spreadsheet (me) to draw two conclusions about priorities in Smart Grid Security. Conclusion 1: Integrity Is the Most Important Attribute Impacts on integrity were rated as "High" in every single instance. Categories 10-12 show a range of impact levels, but each include "High" for Integrity. Whether because corrupted data could degrade the operation of the grid, or because it could be used to defraud customers, suppliers, or the market, integrity showed up as the Number 1 concern, with no exceptions, according to the NIST results. There were only two categories which ranked with "Highs" across the board, for Confidentiality, Integrity, and Availability, and both could be described as connections between different kinds of systems. The categories are numbers 6 and 7, relating to B2B and control/non-control systems respectively. This feels right intuitively, but it also represents a potential area of rapid growth in both members and risk for the Smart Grid. It describes the connections that are both most likely to be leveraged by new entrants and which are most likely to use either IP, or actual Internet-based, networking. As we have written about before, the Soft Grid is probably the next big area of investment and expansion, as organizations form to leverage the new infrastructure and public enthusiasm to deliver more interesting and likely complicated applications.
Jack Danahy and Andy Bochman are authors of the Smart Grid Security Blog.
Smart Grid Cyber Security Strategy and Requirements Draft (PDF)
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