A Framework For Information Security Risk Management Communication

A FRAMEWORK FOR INFORMATION SECURITY RISK
MANAGEMENT COMMUNICATION
1
Werner G. Bornman 2
Les Labuschagne
Academy for Information Technology, University of Johannesburg, South Africa
1
werner.bornman@kpmg.co.za 2
ll@na.rau.ac.za
PO Box 524, Auckland Park, Johannesburg, South Africa, 2006
+27 (11) 489-2847
ABSTRACT
Organisations have over the last couple of years become more aware of the importance of
information security risk management and its corresponding due diligence requirements. A
cornucopia of information security risk management approaches exist that can assist organisations
in determining and controlling risks. However, with these choices organisations are finding it
increasingly difficult to communicate the information security risks to the strategic level or for
strategic management to communicate information security goals to the organisation. An approach
is necessary that will enable organisations to communicate information security risk information to
strategic level management quickly and unambiguously. This approach will have to provide
information in accordance with corporate governance requirements and be based on best practice.
This article suggests a framework that was developed from best practice and industry standards, and
takes into consideration various information security risk management approaches.
KEYWORDS
Information security; information security risk management; risk management, risk
communication, corporate governance, IT governance

A FRAMEWORK FOR INFORMATION SECURITY RISK
MANAGEMENT COMMUNICATION
1 INTRODUCTION
Information security risk management is a business area that has over the last decade become a
prominent risk management field within organisations. This increased importance is mainly through
the due diligence expected by governmental regulations or recommendations such as King II
[KING 02], Sarbanes-Oxley Act [TUDO 01] and the Turnbull Report [INCA 99].
These recommendations require that management take responsibility and accountability for
risks within their organisations, including the information technology (IT) related risks that radiate
from within and around modern organisations. However, organisations regard IT as a supporting
function that should be managed as such. This “supporting” function can have a far greater impact
on organisations that what is sometimes expected.
Management cannot manage what they are not aware of; therefore it is necessary that
management obtain risk management information (including the controls to mitigate those risks) in
a timely manner. Currently various information security risk management (ISRM) methodologies
can be implemented, but these methodologies, approaches or frameworks are targeted at different
levels in the organisation, which makes it difficult to consolidate the risk information.
A solution would have to be developed that can assist organisations in communicating ISRM
information across all levels of the organisation. The framework should fulfil three basic
requirements: it should be easy to implement in any organisation irrespective of size and industry
type, it should be based on corporate governance requirements and industry best practice and finally
it should communicate ISRM information effectively.
The goal of this article is to present a framework that solves the ISRM communication
dilemma that exists between the various managerial levels of the organisation. This goal will be
reached through several objectives. The first is to provide background on why ISRM
communication is a problem in modern organisations. The second objective is to discuss the
processes that were followed in developing the solution, and the third objective is to discuss the
structure and processes involved in implementing the framework. The fourth objective is to provide
an objective evaluation of the framework.
The next section provides a high level overview of the ISRM environment and why
communication within this environment is difficult for modern organisations.
2 INFORMATION SECURITY RISK MANAGEMENT CACOPHONY
Organisations have always been aware of the importance of good corporate governance, none so
much as in the last couple of years. Governments and stock trading institutions require
organisations to demonstrate due diligence [TUDO 01]. With these requirements imposed,
organisations have to institute methodologies, frameworks and approaches in ensuring compliance.
Coupling due diligence with the proliferation of information technology in organisations, there is a
need for organisations to extend their financial and organisational controls to the IT environment to
ensure that the information is kept confidential, accurate and available when required. These three
components form the basis of information security [CRAM 03] [TUDO 01] [SABS 00].
There are numerous information security risk management related methodologies, approaches
and frameworks [CRAM 03] [COBI 00] [IST 03] [ALBE 03]. However, none consider the context
of information security communication within the organisational structure. These approaches,
methodologies and frameworks have a horizontal plane view of risks of either the operational,

tactical or strategic levels. Several methodologies such as CRAMM [CRAM 03] and CORAS [IST
03] are operational level ISRM methodologies that rely on software applications. These
applications produce lengthy reports based on technical evaluation of the information security risks
in an organisation.
Several documents can be produced for different divisions or business units. These documents
are not communicated in a business sense for top management to understand the impact the risks
can have on the organisation. Furthermore, the different documents might not provide sufficient
business case or regulatory required information for top management to action the risk controls
[BORN 04]. Organisations’ strategic decisions are not made on technical reports; therefore
organisations require a framework that will enable the communication of ISRM information to top
management.
3 BUILDING THE FRAMEWORK
Different approaches were considered in solving the communication problem. However, a
framework is a flexible approach that can be applied to all organisations. It is a structure that
enables organisations to “fit” their requirements, methods and approaches in an organised formation
to achieve a specific goal [OXFO 80]. The goal of the framework is to communicate ISRM
information throughout the organisation in order to ensure due diligence and management of
information security risks accordingly.
A top-down approach was followed in order to determine the components of the framework.
The framework was developed from three different ISRM levels. The levels were corporate
governance, tactical management and operational actions.
At corporate governance level a control set was developed from the King II report on
corporate governance [KING 02] to determine what requirements are set at strategic level for
information security in organisations. From these requirements several strategic/tactical level
methodologies, approaches and guidelines were evaluated to determine which would meet the
requirements. The single PO9 (Planning and Organisation 9) control objective of the CobiT
Framework [COBI 00] was identified to directly address information security at strategic/tactical
level. From this control, throughout the various CobiT products, numerous individual indicators
were identified. An indicator is the set of related data that provides values for the specific
framework component such as assets. The asset indicator will for instance provide data on the
number and types of assets. These indicators were logically grouped to form the Bornman
Framework for ISRM Methodology Evaluation (BFME) [BORN1 04] [BORN 04]. Corresponding
scales were developed that could be applied to the BFME to evaluate which ISRM methodologies
at operational and tactical level meet those requirements. It became evident that these lower level
methodologies do not provide information that complies with the strategic level requirements
[BORN 04].
The BFME is the precursor to the Bornman Framework for ISRM Information
Communication (BFIC) [BORN1 04]. Where the BFME determines whether or not a framework
can deliver on strategic requirements, the BFIC communicates the ISRM status to strategic
management.
4 BORNMAN FRAMEWORK FOR ISRM INFORMATION COMMUNICATION (BFIC)
TAXONOMY
Several indicators were identified from the Planning and Organisation Control number 9 (Assess
Risks) of the Control Objective of Information and Related Technologies set of products [COBI
00]. From the different indicators it became clear that some of the recommended controls are in line
with the generic risk management processes, actions and considerations that support specific
processes, and actions that support the whole risk management programme. Subsequently the BFIC

was developed to provide information for the three different groupings of ISRM information. The
identified indicators were grouped according to their function as indicated in Figure 1.
BFIC Core Indicators
BFIC Process Supporting
Indicators
BFIC Risk Management
Supporting Indicators
Figure 1: Indicator groupings
Each of the indicator groupings is discussed below.
4.1 BFIC Core Indicators
The Core Risk Management Indicators provide information about the risk management programme
employed by the organisation. In total there are six functions, four of which consist of
subindicators. In total there are 15 individual indicators that have been defined. Each of these
indicators provides information of the risk management programme as required by corporate
governance. In general these 15 Core Risk Management Indicators correspond to the processes of
ISRM methodologies and approaches. An example of the information that is communicated is type
and number of assets that have been considered during the risk determination phases.
4.2 BFIC Process Supporting Indicators
BFIC Process Supporting Indicators provide information specific to two groupings of the Core Risk
Management Indicators. The two groupings that have Core Risk Management Supporting Indicators
are Identification and Control. The purpose of these supporting indicators is to provide additional
information about the generic risk management steps that is not required by corporate governance
nor forms part of the generic risk management processes. An example would be the various
considerations such as type and value of assets identified as part of the risk identification phase.
4.3 BFIC Risk Management Supporting Indicators
The BFIC Risk Management Supporting Indicators provide information about the supporting
factors to the ISRM function. In particular, they provide information about the soft issues related to
BFIC Core Risk Management Indicator functions and the BFIC Process Supporting Indicators.
More importantly, this indicator grouping provides information specific to corporate governance’s
due diligence requirements. This grouping supports all the other indicators of the BFIC. An
example is time frames associated with each of the risk management processes, since corporate
governance recommendations specify annual reviews.
Each of the above groupings’ indicators is discussed in more detail in the next section.
5 FRAMEWORK INDICATORS
The indicators that make up the Framework provide values that are specific to a function of the
ISRM programme. Each of these indicators is discussed as part of their respective BFIC categories.
Figure 2 provides a graphical representation of the BFIC and clearly illustrates the three different
indicator groupings and their related indicators. To the left of the numerous indicators are the labels
indicating the three indicator groupings. At the top of the figure the BFIC core indicators are

displayed within their six subgroupings of indicators. In the middle of the diagram the indicators
that support the BFIC Core Indicators are displayed, followed below them by the BFIC Risk
Management Supporting Indicators.
Figure 2: Bornman Framework for ISRM Information Communication
5.1 BFIC Core Risk Management Indicators
The first of the two initial indicators is the Defined risk tolerance profile. This profile provides an
indication of the organisation’s willingness to accept risk. Tolerance has to be defined by strategic
management as it guides the overall risk management programme’s direction. The second indicator
is the Risk action plan; this plan outlines how risk will be addressed. The high level risks, priority,
impact and related controls are displayed in this high level plan.
The remaining four indicators refer to subgroupings of processes and are in line with a
generic risk management methodology [PELT 01] which is supported by several ISRM
methodologies such as CRAMM [ALBE 03] [CRAM 96] , CORAS [IST 03][IST 03] and
OCTAVE [ALBE 03]. The four generic risk management processes are Identification, Risk
measures, Risk control and Risk monitoring (see Figure 2).
The Identification grouping refers to the process of identifying the various components
necessary to determine risk. The generic risk management process which most closely relates to the
identification of risk is the measurement of the risk. The importance of assigning a comparative
value to risk can never be overstated. The goal of this measurement indicator is to provide
management with an indication of how risks are measured and the risk value per asset-threat
relationship. This provides the user/reader with an indication of how the risks have been measured
and how to interpret the findings.
The remaining two BFIC Core Risk Management Indicators are also closely related. They are
the Risk control and Risk monitoring indicators. Once the risks have been identified, the most
appropriate controls have to be selected for the risks that affect the organisation the most. There are
numerous steps that pre-empt the final selection of the controls, for instance ensuring that controls
do not counteract each other. The Risk control indicator is important as it conveys what controls
have been put in place to address risks as well as what control selection processes were used to
determine the most effective and efficient controls. Considering the investments organisations make

in the controlling of risks, monitoring the risk management programme as well as monitoring the
effectiveness and efficiency of the implemented controls is paramount. Monitoring ensures a
feedback loop where the effectiveness of controls is ensured. The indicator can also supply
information of the progress of the selected control action, for instance how many controls should
have been put in place offset by the number currently in place.
The goal of the BFIC Core Risk Management Indicators is to indicate the progress and
findings of the generic risk management processes. However, it has been determined that two
indicator groupings are supported by other actions/considerations. These considerations should also
be communicated as part of the Framework.
5.2 BFIC Process Supporting Indicators
The BFIC Process Supporting Indicators as discussed in 4.2 provide information about the
supporting components to the BFIC Core Risk Management Indicators. There are two groupings of
Process Supporting Indicators; they support the Identification and Risk control process groupings.
5.2.1 Identification Supporting Indicators
There are two indicators that support the Identification Core Risk Management Indicators.
Considerations of Identification are components that are soft issues regarding the identification of
risks. These considerations usually form part of the methodology. Examples of considerations are
business, technology and legal considerations.
Various categories can be taken into consideration when determining the actual risk on
information. For instance, an organisation could store sensitive information that is required to be
handled as confidential due to regulatory requirements. This requires that regulatory and legal risks
be taken into account when determining and communicating the information security risks.
Considerations should not be confused with risk categories. Considerations take into account
different environments and impacts, whereas risk categories use inputs from other risk management
programmes, for instance financial or tax risks.
5.2.2 Control Supporting Indicators
The Control Supporting Indicator grouping consists of four separate indicators. These indicators
provide additional information on how the controls were selected and how they are currently
managed. These supporting indicators provide assurance to top management that the appropriate
processes and actions were taken in the selection and implementation of the controls.
Control assurance is provided through the four Control Supporting Indicators, which provides
information on the control efficiency, for instance return on investment (or similar) calculations.
These types of calculations provide assurance that the most efficient controls were selected. The
Balanced Controls Indicator provides a breakdown of the different types of controls. CobiT
recommends that four different types of control be implemented. These different types of control
should be preventative, detective, corrective and recovery. The indicator provides assurance that if
any of the controls fail; the other controls will ensure that the risk is not as severe as an unbalanced
control.
The purpose of risk management is not to eliminate risk but to minimise it to an acceptable
level [CONR 03]. Management wants to know what risk remains after controls have been put in
place. The Residual Risk Indicator provides management with an idea of the actions that should be
taken to reduce risks even further or over the control of risk. A clear and important indicator should
be the third-party objectivity of risk management actions. The risk action plan dictates what actions
should be taken and the organisation has to implement this. However, CobiT recommends that
management have complete assurance of the actions, processes, controls and implementations that
should be in place. Third-party objectivity, their roles and responsibilities will provide the final
confirmation that risks are controlled as they are intended to be.

These two indicator groupings provide information for two BFIC Core Risk Management
Indicator groupings, but some factors have been identified that even support the BFIC Process
Supporting Indicators. These are discussed in the next section.
5.3 BFIC Risk Management Supporting Indicators
The BFIC Risk Management Supporting Indicators are very involved indicators. They support each
indicator of the BFIC Core Risk Management and BFIC Process Supporting Indicators. They
provide supporting information not only to the other two groupings of indicators, but also to each
other. Each BFIC Risk Management Supporting Indicator provides supporting information to the
other BFIC Risk Management Supporting Indicators. Overall the BFIC Risk Management
Supporting Indicators are predominantly targeted at due diligence information. The cross-
supporting nature of the BFIC Risk Management Supporting Indicators has not been investigated as
this would involve superfluous information that would not support the nature of the Framework for
effective and efficient communication.
There are seven BFIC Risk Management Supporting Indicators. These indicators address
issues that show responsibility and ownership, as well as general high level information about each
of the indicators. Each of the seven indicators is briefly discussed:
• Global and System Level Assessment – This indicator provides information about the
scope of the risk management programme. Global refers to the macro environment
that can have an impact on the information security, while system level refers only to
the isolated system.
• Reassessments – Considering the fact that information technology is constantly
changing and that new risks are introduced on a daily basis, the reassessments provide
status indicators of the latest risk management information. If the reassessments have
not been conducted in a decent time frame, the reliance on the indicators is brought
into doubt.
• Defined Risk Ownership and Responsibility – The board and management of
organisations are being held more accountable for their actions. This indicator
provides information on the business owner and the ultimate responsibility for
ensuring that the risk management action is executed.
• Risk Management Improvement Projects – As the IT environment evolves, so to
should the processes to manage the risks. This indicator provides information on
current and future projects to better identify, measure, control or monitor risks.
• Management Input – Management usually has a holistic view of processes and actions
within the organisation, be it at strategic, tactical or operational level. This indicator
provides information on the participation of management in the management of risks.
• Risk Support Documentation – Risk should be based on realistic evidence. This
evidence can be based on system logs, security studies or vulnerability alerts. This
indicator provides information on what supporting documentation was used in the
various steps of the ISRM programme.
• Risk Assessment Policies and Procedures Documentation – Risk management has to
be conducted according to a set structure or plan; something that has been proven by a
magnitude of methodologies and approaches. This indicator provides information on
the policies and procedures related to the approach that was followed.
In this section the various indicators of the BFIC were discussed. These indicators on their
own do not clearly provide a framework on how to communicate risks. Figure 3 provides a
graphical representation of how the Framework can be used to communicate ISRM action from
operational level to strategic level. The figure also indicates how the Framework can be used to

communicate the strategic actions through the Framework to the tactical and operational levels of
the organisation. Tactical and operational levels provide input for the Framework. While the
Framework is being populated, strategic management can communicate requirements based on the
indicators to the lower managerial levels.
Figure 3: Framework use in relation to generic managerial levels
The next section discusses how the Framework should be used in combination with processes
to communicate ISRM information.
6 FRAMEWORK PROCESSES
Although the Framework has logical indicators that facilitate quick and easy ISRM information
communication, there are processes that should be followed in order to make the Framework
function. There are three steps that should be completed in a specific order as indicated in Figure 4.

Figure 4: BFIC Implementation Process
The first step is to select an appropriate ISRM methodology or approach that can be
implemented at operational level. This methodology will have to be able to provide sufficient ISRM
information required by strategic management. The Bornman Framework for ISRM Methodology
Evaluation can be used [BORN 04] for this purpose.
Steps 2 and 3 should be considered as linked. While the selected methodology is
implemented, processes should be put in place to enable the risk management information produced
by the methodology to be transferred to the Framework indicators. The rationale behind splitting
the two processes is that organisations that have already implemented an ISRM methodology can
link their outputs to the Framework’s indicators.
Once the ISRM methodology has been implemented along with the linkages to the
Framework, the Framework indicates the status of the ISRM programme. The indicators can
provide information on how to better implement the ISRM methodology or improve the linkages to
the Framework.
The Framework has numerous advantages and some shortcomings. The next section
highlights these advantages and shortcomings.
7 FRAMEWORK EVALUATION
The Framework was constructed with multiple ISRM methodologies and approaches in mind. It
does not prescribe a specific ISRM methodology to be followed in order to obtain valuable
information security information. This methodology independence is not only at operational level
but at all managerial levels.
Due to the relatively independent nature of the indicators, organisations can implement the
Framework at any business level, for instance division, subsidiary or business unit, or provide a
holistic view of information security risks in the organisation.
The Framework has three groupings of indicators that provide specific information to
strategic management. It provides information about the processes that are used and the components
that are taken into consideration. The most valuable information, though, is the BFIC Risk
Management Supporting Indicators that provide due diligence information.
One of the biggest advantages of using this Framework is the fact that the Framework is
entirely based on best practice methodologies, frameworks, approaches, standards and guidelines.
The indicators have been proven to address all of the King II requirements of risk management
controls [BORN1 04].

Although there are numerous advantages to the Framework, there are also some
shortcomings. The Framework has not yet been proven in a real-world environment. However, a
software prototype was developed that allows for the viewing of ISRM information in the structure
and indicators of the BFIC. This Framework was based on the CORAS methodology [IST 03]
which enabled the use of an open-source XML based database [EXIS 04]. Through the use of
Microsoft .Net framework [MICR 04] the information was communicated in terms of the
Framework.
The Framework requires the ISRM methodology that is implemented in an organisation to
provide sufficient risk management information to populate the Framework. If the methodology is
not software-based or the stored information is unobtainable, the processes involved in populating
the Framework will be counterproductive. Therefore, it is necessary for organisations wanting to
implement the Framework to evaluate their methodology utilising the BFME [BORN 04].
8 CONCLUSION
Organisations have been made aware by corporate governance recommendations that the IT risks
have to be managed within any organisation. This has led organisations to select methodologies
without taking into consideration the communication of technical risks to strategic management.
The Bornman Framework for ISRM Information Communication discussed in this article provides
management with a structured approach to communicate the information security risk management
information. The structure provides management with a communication framework of risk
information not only to strategic management, but to the tactical and operational levels of the
organisation as well. The BFIC is a bilateral communication framework.
BFIC provides a holistic view of all the ISRM components that are recommended by
corporate governance best practice. The Framework provides indicators for the qualitative and
quantitative, hard and soft issues related to ISRM. It allows for the integration of the strategic,
tactical and operational ISRM principles to merge with a common goal in mind, namely to manage
the risks of information security more effectively and efficiently and most importantly holistically
within the organisation.
The Framework is a set of grouped components that allow for communicating all information
security risk related information. Metrics can be applied to these components that can facilitate
bilateral communication within any organisation. The Framework is structured so that it can be
implemented in any size organisation by applying it in divisions or business units and consolidating
results for an overall risk view. The practical implementation of the Framework has been proven in
a software prototype which enables more effective consolidation of ISRM information.
The goal of the Framework was met by achieving four objectives. The objectives were to
assist in communicating ISRM information, provide an overview of the organisation’s ISRM status,
provide an overview of roles, responsibilities and accountability, and indicate what actions are
taken in the organisation to meet ISRM requirements.
9 REFERENCES
[ALBE 03] Alberts C., Dorofee A.; 2003; Managing Information Security Risks – The
OCTAVESM
Approach. Pearson Education. ISBN: 0- 321-11886-3.
[BORN 04] Bornman W.G., Labuschagne L.; 2004; A Comparative Framework for
Evaluating Information Security Risk Management Methodologies. Conference
proceedings of the 4th annual Information Security South Africa held in
Midrand, South Africa.
[BORN1 04] Bornman W.G., Labuschagne L; 2004; Information Security Risk Management:
A Comparative Framework; University of Johannesburg. MCom Dissertation.

[COBI 00] IT Governance Institute; 2000; CobiT 3rd Edition – Framework; Information
Systems Audit and Control Foundation; ISBN: 1-893209-14-8.
[COSO] The Committee of Sponsoring Organizations of the Treadway Commission;
d.u.; Enterprise Risk Management Framework – Executive Summary (Draft);
Available from http://www.erm.coso.org.
[CONR 03] Conrow E.H.; 2003; Effective Risk Management: Some Keys to Success.
American Institute of Aeronautics and Astronautics. ISBN: 1-56347-581-2.
[CRAM 96] CCTA – The Central Computer and Telecommunication Agency; 1996;
CRAMM Management Guide. Crown Copyright.
[CRAM 03] Insight Consulting - CRAMM Methodology; Available from
http://www.cramm.com; Accessed 31 March 2003.
[EXIS 04] Exist-db.org; 2004; eXist Open Source XML Database; Available from
http://exist.sourceforge.net/; Accessed 29 July 2004.
[INCA 99] The Institute of Chartered Accountants in England and Wales; 1999; Internal
Control – Guidance for Directors on the Combined Code; ISBN: 1-84152-010-
1.
[IST 03] Information Society Technologies (IST) Programme; 2003; The CORAS
methodology for Model-Based Risk Assessment – Platform Documentation;
Platform available from http://coras.sourceforge.net.
[KING 02] King Committee on Corporate Governance; 2002; King Report on Corporate
Governance for South Africa; Institute of Directors. ISBN: 0-620-28851-5.
[MICR 04] Microsoft; 2004; Microsoft .Net; Available from:
http://www.microsoft.com/net/; Accessed 29 July 2004.
[OXFO 80] Oxford University Press; 1980; The Oxford Illustrated Dictionary; Book Club
Associates London.
[PELT 01] Peltier, T.R.; 2001; Information Security Risk Analysis; Auerbach; ISBN: 0-
8493-0880.
[SABS 00] South African Bureau of Standards (SABS); 2000; Information Technology –
Code of Practice for Information Technology Risk Management, SABS ISO/IEC
17799. ISBN: 0-626-12835-8.
[SOX 02] Senate and House of Representatives of the United States of America; 2002;
Sarbanes-Oxley Act of 2002; H.R. 3763.
[TUDO 01] Tudor J.K.; 2001; Information Security Architecture – An Integrated Approach
to Security in the Organisation. CRC Press. ISBN: 0-8493-9988-2.

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