New processes for DER management require integration and open systems

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Talking an energy
revolution:Defending a
decentralized grid

2. DER:
Dispatchable and
non-dispatchable resources on
the grid, including demand
response, distributed generation
(solar, CHP, wind), electric vehicles,
and storage technology. Energy
efficiency and micro grids can
also be considered to be DERs
Harnessing the value of
distributed energy resources
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Core distributed
energy resource
management

3. Integrating diverse energy systems into the main grid challenges operations
and existing solutions
Grid stability and reliability is under pressure
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Offshore wind parks
Bidirectional power flow
Unidirectional power flow
Hydrogen storage Biogas CHP
Small industrial gas
turbine
Pumped storage
power plant
Private solar
Smart street
Lighting
Electrical
vehicles
Diesel generator
Storage solutions
Large scale PV plant
Storage
solutions

4. The security challenge isreal...
Changing solutions
Smart metering
Demand response
Micro-grids
Distributed energy
GIS integration
EV and battery
IT / OT integration
Changing riskenvironment
Ease of attacks
Critical infrastructure attacks
Ukraine, Aramco and many more
Easily available tools
Global attacks
Pervasive technology
Changing approach to cybersecurity
Industry regulations
(NIS, GDPR, SEC, BDEW,NERC-
CIP)
Customer requirements
Contract liabilities
Increased security testing
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5. Our approach
Understand
threats
and
vulnerabilities
Analyze
risk
Implementc
ontrols to
mitigaterisk
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6. Understand threats and vulnerabilities
We need to build defences
aroundthecoresystemand
technology that buildon
the product securityfeatures
These defencesinclude
technical, process and
organizational measures
By implementing these defences, we
provide all-round protection of the
solution
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7. Analyzerisks
There is a riskthat
A nation state breaches the core DERMS
system via a softwarevulnerability
A nation state breaches the core DERMS
system via a softwarevulnerability
A researcher obtains andcompromises a
DERMSdevice
A script-kiddie finds avulnerability
A criminal breaches the
communications network
A network point iscompromised
Resulting in
They could use control of DERMS devices to
disrupt the local grid or cause damage
They could obtain the privatekeys
for communicating with DERMSdevices
They can inject commands into the
core DERMS system via thenetwork
Which allows them tosteal
a copy ofthe DERMS database
Which allows them tosteal
a copy ofthe DERMS database
A denial of serviceattack
could interruptcommunications
Likelihood
M
M
M
L
M
M
Impact
H
M
H
M
H
H
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8. Implement controls to mitigate risk: example1
There is a risk that
A researcher obtains andcompromises a
DERMSdevice
So …
There is little we can do to prevent a
researcher obtaining thedevice
but by selecting field equipment with
good security measures we can make
them more difficult tocompromise.
Examples include ensuring no back-
doors, being able to update software
remotely and protected storage of
encryption keys.Select
manufacturers who can showthat
they take securityseriously.
Resulting in
They can inject commands into the
core DERMS system via thenetwork
So …
We can never be sure that a device
can’t be breached so we should
protect our core servers as if they
were connected to an untrusted
network such as theinternet.
Next generation firewalls, intrusion
detection and networksegmentation are
all sensiblecontrols.
Likelihood
M
NewLikelihood
L
Impact
H
NewImpact
M
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9. Implement controls to mitigate risk: example2
There is a riskthat
A nation state breaches the core DERMS
system via a softwarevulnerability
So …
We could reduce the likelihood by
ensuring that servers are patched against
known softwarevulnerabilities.
So wecould
Implement regular vulnerability scans to
detect new-found vulnerabilities Implement
a vulnerability management process that
allows us to prioritise the important patches
and mitigate risks
when patches cannot be quicklyapplied
Resulting in
They could use control of DERMS devices to
disrupt the local grid or cause damage
So …
We could improve our ability to detect
and stop malicious activity Implement
security monitoring that detects when
unusual activity takes place, such as
disconnectingdevices
or making large scale changes
Implement a monitoring processso
if an issue is detected the right people are
alerted and can take action to s top the
attackquickly
Likelihood
M
NewLikelihood
L
Impact
H
NewImpact
M
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10. OMNETRIC
For more information contact: request@omnetric.com
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