1. Smart Grid Security
nCircle, the leader in information risk and security performance management solutions, partnered with
EnergySec, a DOE-funded public-private partnership that works to enhance the cyber security of the
electric infrastructure, to sponsor a smart grid security survey of over 104 energy security professionals.
The online survey was conducted between March 16 and March 31, 2012.
Key smart grid security findings:
 64% said smart meters are vulnerable to false data injection
 75% said security has not been adequately addressed in smart grid deployment
 90% believe we need smart grid security standards
 64% believe smart grid deployment should slow down until we have better security controls
 Only 50% said their organization has a security program and security policies for smart grid
deployment
 66% say for smart grid projects funded by American Recovery and Reinvestment Act grants
have not adequately addressed security
The complete results of the survey, including commentary from Patrick Miller, CEO of EnergySec,
and Elizabeth Ireland, vice president of marketing for nCircle are below:
Has the hype around privacy issues Has security been adequately
associated with smart meter addressed in smart grid deployment?
consumer data been overblown? 75%
53%
47%
25%
Yes No Yes No
"Smart Grid meter privacy is still a new area," said Patrick Miller. "State regulations are inconsistent
and sensitive customer details in smart grid data vary from utility to utility. I expect the smart grid
industry to struggle with several challenges around who ultimately 'owns' customer data. There are
several grey areas that impact how smart grid customer data will be used as the industry attempts
to maximize revenue potential. Even seemingly innocuous customer data has significant value -- just
ask Facebook or Google.”

2. Patrick Miller noted, "Smart meters vary widely in
Do smart meter installations have
sufficient security controls to
capability and many older meters were not designed to
protect against false data injection? adequately protect against false data injection. It doesn't
help that some communication protocols used by the
61% smart meter infrastructure don't offer much protection
against false data injection either. Together, these facts
39% highlight a much larger potential problem with data
integrity across the smart grid infrastructure. Because our
nation relies on the smart grid to deliver robust and
reliable power, we need to make sure that all systems that
process usage data, especially those that make
autonomous, self-correcting, self-healing decisions, assure
Yes No
data integrity."
"A false data injection attack is another example of technology advancing faster than security controls,”
said Elizabeth Ireland. “This is a problem that has been endemic in the evolution of security and it's a key
reason for the significant cyber security risks we face across many facets of critical infrastructure.
Installing technology without sufficient security controls presents serious risks to our power
infrastructure and to every power user in the U.S."
"Security has been addressed to varying degrees in many
smart grid deployments, however it is going to be a Are smart grid security standards
moving fast enough to keep pace
challenge to keep pace with the constantly changing
with smart grid deployment?
security landscape," said Patrick Miller. "The analog and
mechanical devices installed in most utilities were designed
for a very different maintenance model than newer digital 72%
equipment being designed and installed today."
Elizabeth Ireland noted, "It's pretty clear that information
security professionals in the energy industry are
28%
uncomfortable with standards currently available for smart
grid technology. Defining and implementing meaningful
security standards is always a challenge but without
standards, adoption of critical security controls across the
Yes No
smart grid industry is likely to be uneven at best."

3. Do you think we need smart grid Does your organization have a
specific security standards and security program and security policies
89% policies? for smart grid deployment?
49% 51%
11%
Yes No Yes No
What part of smart grid infrastructure is most
vulnerable to cyber attack?
41%
29%
20%
10%
Smart meters
Metering infrastructure including transport networks
Utility energy management systems
Energy management, such as phasor measurement units
According to Patrick Miller, CEO of EnergySec, "The enormous range of technology in the smart grid
presents many points of potential vulnerability, and we are moving at the speed of light to insert even
more technology 'shims' into the existing network structures of the smart grid. This ever-increasing rate
of complexity and hyper-embedded technology will be very difficult to secure."
"The complexity of SCADA technology combined with the range of results from survey respondents on
this issue indicates that we don't have any single section of the smart grid fully secured," said Elizabeth
Ireland, vice president of marketing for nCircle. "It's not surprising that energy industry security
professionals deem metering infrastructure as the highest area of risk. Individual partners in any
complex supply chain often have very limited visibility into the security for the entire process."

4. How should the security risks associated with the smart
grid affect deployment plans?
64%
33%
4%
No change from current plans; full steam ahead
Deployment should slow down until we have better security controls
We don’t need a smart grid at all
Should regulatory oversight for smart Have the American Recovery and
grid distribution be transitioned to Reinvestment Act of 2009 grants
the Federal government? awarded to smart grid projects
adequately addressed security?
60% 66%
40%
34%
Yes No Yes No
"The modernized grid encompasses new digital components all the way from the toaster to the
turbine,” noted Patrick Miller. “It spans local, state and federal regulatory lines. In an environment
where innovation is paramount, a federal one-size-fits-all approach may significantly slow down
progress. On the other hand, potential inconsistencies in regulatory approaches may introduce
complexity and risk smart grid landscape. Either model, whether state or federally regulated, comes
with pros and cons. I see the regulatory oversight of the smart grid as one of our biggest smart grid
challenges with the least obvious solution."
“It’s likely that the division of opinion on regulatory oversight reflects, at least to some degree,
fundamental political beliefs” said Elizabeth Ireland. “Some security professionals probably see
government regulation in industry as beneficial, and some feel we should minimize the role of
government in industry as much as possible. The majority of energy security professionals surveyed
believe the energy industry will police itself.”