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Seminararbeit, 2007, 15 Seiten
Autor: Sonja Pajkovska Goceva
Fach: Informationswiss., Informationsmanagement
Details
Institution/Hochschule: Technische Universität Berlin (Institut für Wirtschaftsinformatik und Quantitative Methoden)
Tags: Components, Enterprise, Application, Integration
Jahr: 2007
Seiten: 15
Note: 1,3
Literaturverzeichnis: ~ 15 Einträge
Sprache: Englisch
ISBN (E-Book): 978-3-640-29749-8
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Zusammenfassung / Abstract
The IT Technology is no more observed only as another tool to automate handlings and processes or as replacement of human resources. It is rather connected to contribution to the overall value continuum1 according to the company vision. However, the resulted benefits of the enterprise application integration come from the synergized efforts of all users and enablers rather then from the isolated technical solution. For example, the success of a complex application such as Manufacturing Executives Systems or Customer Relationship Management largely depends on the value the users involved in processing information, envisaging and understanding the company vision, goals and their conformance and it’s integration and interoperability with other business application. Following the measures of the IT Performance of an IT Systems and solution in general, the following seminar paper attempts to highlight the differences between the tangible and intangible contributions and effects of the Enterprise Application Integration to the business organization and value.
Volltext (computergeneriert)
Technische Universität Berlin
Fakultät IV (Elektrotechnik und Informatik)
Institut für Wirtschaftsinformatik und Quantitative Methoden
Fachgebiet Systemanalyse und EDV
Enterprise Application Integration
Seminar paper
Components of the Value Added EAI
From: Sonja Pajkovska Goceva
Berlin, March 2007
Components of the Value Added Enterprise Application Integration
1
Introduction 3
2
Measuring IT Performance 3
2.1
Return on Investment (ROI) and Total Cost of Ownership (TCO) 3
2.2
Cost types and IT investment decisions 5
3
The Value added drivers of the EAI 6
3.1
Discretional vs. non-discretional costs 7
3.2
Non cost-based value added drivers 8
4
Conclusion 12
Literature 13
2
Components of the Value Added Enterprise Application Integration
1 Introduction
The IT Technology is no m ore observed only as another tool to automate handlings and
processes or as replacement of human resources. It is rather connected to contribution to
the overall value continuum 1 according to the co mpany vision. However, the resu lted
benefits of the enterprise application integration come from the synergized efforts of all
users and enablers rather then from the isolated technical solution. For exam
ple, the
success of a com plex application such as M anufacturing Executives System s or
Customer Relationship Management largely depends on the value the users involved in
processing infor mation, envisaging and unde rstanding the com pany vi sion, goals and
their conf ormance and it′s in
tegration a nd inte roperability with other business
application. Following the m easures of th e IT Perfor mance of an I T System s an d
solution in general, the following sem inar pa per attempts to highligh t the dif ferences
between the tangible and intangible contri
butions and effects of the Enterprise
Application Integration to the business organization and value.
2 Measuring IT Performance
2.1 Return on Investment (ROI) and Total Cost of Ownership (TCO)
Measuring of a IT Perform ance using cost based financial ratios is wide spread m ethod
to determine the benefit of a IT Investm ent using Return on Investm ent (ROI), Total
Cost of Ownership (TCO). Applying the general accepted accounting analyses, those
measures are intuitionally used as cost sa ving f actors. The idea that a n IT Solution
enables ongoing operations with less costs, time and hum an resources has a positive
effect on cost based financial indicators
and provide company global picture using
projected financial data and th eir present values. But as unpredictable the financial data
is, applying the cost based ratios can lead to
m isinterpretation of the IT Benefits to
present business and to determ ine the contri bution to the future business values. A s a
1 Vgl. Rau et all (2004) s.3
3
Components of the Value Added Enterprise Application Integration
result, such m easurements do not point at the key perform ance drivers and the key to
creating a future business value is missing.
The cost-based m easures of an IT Perfor mance often indicate th e productivity of a
overall organization perfor mance and the user s. To def ine to which extend the IT
Solution contributes to the com pany, a reallocation of costs, budgets and revenues
between different sources of productivity needs to be made.
Accounting for Reengineering and Company Transformation Benefits.
Most of the
times, a company reengineering and transformation efforts are complemented enterprise
application integration project, aim ing to maximize its benefits. The change processes
are costly and tim e consuming and m any times added to the costs of the developm ent
and implementation of the integrated system. As a result, the IT perform ance indicators
are overwhelmed with c osts/benefits that belong to the company reorganization efforts
misinterpreting the real outcome of the IT Solution.
Valuation of multiple Investment Projects
. In cases of com
peting and valuating
different Investm ent Projects within a one company, the decisions are usually made
upon ROI, IRR (Internal Rate of Return)
and present values. Most of the tim
es,
investments are g ranted to pro jects with bett er ratios, delivering faster results. Such
valuation of different projects, not consideri ng the intangible benefits and potential for
future benefits, can lead to m isinterpretation about the project value and confus
ing
because of the following:
An investment on a production line for a certain product or other investm ent in
tangible assets can not be evalu ated with the same principles as an IT System
that would become a company business support platform.
The ROI, IRR and present values often
are no t adjus ted f or future intangible
benefits, which are reflected forecasted incom e from other operations enabled
from the IT Solution.
Innovations.
Apart f rom increas ing the "m easurable p roductivity" a s a resu lt f rom
more efficient use of time and costs, enterprise application integration creates a platform
for further developm ent and integration wi th new business m odels and create ne w
Enterprise capabilities (exp. creating m aintain collaboration between business and
business networks). The advanced hum an be haviour and aspirations to com pile and
4
Components of the Value Added Enterprise Application Integration
follow the standards directed from IT Solutio n procedures should be also added to the
list of intangible factors.
The above m entioned benefits syn ergize and result in increased com petitive advantage
and quantified increm ental company value. How ever, it is s till difficult to m easure the
benefits of the Innovative contribution and to present in the scope of indicators based
indicators.
2.2 Cost types and IT investment decisions
"... There is strong evidence that managers are not simply making IT investments to cut
costs. When managers are asked "Why do they invest in IT?" surveys suggest that
customer service and quality consistently rank above cost savings as the prime
2
motivation for making investments."
When analysing the investm ents opportuni ties and deriving inve stment choices, the
investment decis ion are effected form interp retation of the used financial indicators.
Limited according company cost-reducing polic ies, during the negotiation process with
several system suppliers (acco rding to the co mpany investm ent policy) the sy stem
requirements and future tasks are b eing changed. By spending an IT Budget that will
just decrease the cost o f doing the business, it is difficult to expect that a futu re value
will be generated. The consulting company Accenture industry experiences and research
focusing on IT governance "
disclosed that companies with high profit margin growth
allocate a significantly larger portion of their IT budget to innovation rather than IT
3
operations, compared to companies with lower profit margin growth"
. This suggests
that it is ne cessary to tr eat the dif ferent components of the IT I nvestment differently,
distinguishing between investing in IT operations and IT Innovation.
When analysing the investm ents opportuni ties and deriving inve stment choices, the
investment decision are effected form interpretation of the used financial indicators.
Limited according com pany cost-reducing policie s, torn in a negotiation process w ith
several system suppliers (acco rding to the co mpany investm ent policy), the sy stem
requirements and future tasks are being cha nged. The IT budgets are being reduced and
2 Brynjolfsson E. et all. (1998)
3 Vgl. Hall et all. (2004)
5
Components of the Value Added Enterprise Application Integration
spending an IT Budget that will just decrease the cost of doing the business, it is
difficult to expect that a f uture value from the implemented solution will be generated.
The consulting com pany Accenture industry experiences and research focusing on IT
governance "
disclosed that companies with high profit margin growth allocate a
significantly larger portion of their IT budget to innovation rather than IT operations,
4
compared to companies with lower profit margin growth"
. This suggests that it is
necessary to treat the different com
ponents of the IT Investm
ent differently,
distinguishing between investing in IT operations and IT Innovation.
3 The Value added drivers of the EAI
The focus of the Enterprise Application Inte gration (EAI) is to provide exchange of
information between different organizational units. Existing business applications needs
to be integ rated within the scop e of an enterpr ise o r within other ente rprises
participating in the value chain of
the bus iness. The req uirements focus has been
extended and involving different stakeholders, which m akes the enterprise application
integration a process which challenges both technical and organizational capabilities.
The techn ical challeng es arise from differe nt data m anagements and legacy system s,
developed for certain tasks and not desi
gned to answer to the requirem
ents for
interoperability, secu rity, f unctional perf ormance and usability 5 of diffe rent business
applications. The organizational issues result from the requirement to converge different
business process reaching a consen sus in o rder to support th e system functionalities as
well the need to secure a financial support for the project.
As the business organisation are reorganized, merged, acquired and split over the years,
the enterprise applicat ion integration becom es more "a co ntinuous process" rather that
timely defined project, consuming large investments in both cases.
4 Hall et all (2004)
5 Vgl. Smith et all. (2002) s. 1
6
Components of the Value Added Enterprise Application Integration
3.1 Discretional vs. non-discretional costs
According to the aims of enterprise application integration, the bene fits are beyond just
saving costs and doing the sam e things faster and cheaper.
"The current debate over IT
spending often misses the point. It′s not how much you spend, it′s the way you manage
your IT spending
that counts. The goal is not reduced spending but selective, value-
creating spending that makes a greater contribution to the bottom line."6
One way o f
determining the IT budget spending behaviour is to it′s benchm arking against revenues
generated on different level. The issue of how the IT budget should be spent, and how
it should be m easured is discussed in th e article from [Cha ng, et.al.,2003], where the
authors argue that using benc hmarking indicators linked to the com pany revenue do es
not provide a "com plete actionable infor mation"7. As a cons equence to linking the IT
investments to com panies revenue, a so ca lled "capability gap" can be created. When
the company revenues are decreasing, cutting cost measures are being introduced. The
new investments support only the operational requirements, or according to Accenture
SITE survey non-discretional areas 8. In such cases, it will k eep the pres ent operation
running, but it definitely elim inates the t echnology innovative and growth initiatives.
Therefore, it is v ery important at the IT Investment decision m aking level to focus on
which portion of the budget is going to be investm
ent for the support of present
operations and which should be reserved for supporting the company strategic growth.
"... the critical questions should be: What value am I receiving from IT? What value
should I be receiving from IT? How do I get more value from IT?"9
As a solution to this
problem, Accenture has developed a IT capability diagnostics that focuses on a creating
value rather then using benchm arking based on costs or revenues. The basis of this
diagnostic is to distinguish the IT spending in two groups: Discretionary and non-
discretionary costs.
The discretionary costs are de voted to IT investm ent enabling future functionality. IT
Solutions are used as a platform for creating business growth and ta king active part in
6 Rau, Bye (2003) s. 9
7 Vgl. Chang (2004) s. 8
8 http://www.accenture.com/NR/rdonlyres/F47EBF87-503E-458E-BD2D-F256468D09A2/0/sba_bigger.pdf
9 Chang et all s. 6
7
Components of the Value Added Enterprise Application Integration
creating a new innovative business models. The discretionally IT spending follow the
tactical and strategically defined IT developm ent scope, wi th the aim of creating n ew
and increasing present business value, which includes the following activities:
integrating with the existing operational applications;
development of a Knowledge Management System
development and integrating of a Customer Management Relation System;
implementing and integrating a Manufacturing Execution System;
Develop and comply with relevant standards to achieve higher interoperability;
According to Accenture best practices, the d iscretional costs cover 35 45% of the IT
budget. The non-discretionary costs covers the expenditure in IT Solution that maintains
and support the current operations, and are di
recting to optim ize the efficiency of
current processes. As exam ple of such cost s, given are costs for m aintenance of a I T
Solution, C omputer Planning and adm inistration and curre nt IT system s operations.
According to Accenture best practices, 55%-60 % of the total IT spending is devoted to
IT non-discretional spending. As those cost gene rate little innovative capabilities, it is
also stated, that in a high-perform ance businesses, the big part of non-discretionary are
redirected to spend for stra
tegically and d iscretionally investm ents. For this
investments, cost-based and revenue indicato rs are appro priate, as they are always
linked to a certain operating application or even more to a defined business process with
clearly defined roles and resources. This wi ll help to easier review and analyze tho se
costs, and relocate to other operating inve
stment opportunities or relocate to value
added discretionary costs.
3.2 Non cost-based value added drivers
To answer the still open question, how to measure the impact of an IT Solution to future
business va lue and it′s f uture capa bilities a voiding the cost saving effect as a main
criteria, different components of m
easurements are to be analysed. In the study
"Measures f or Software Product Line" 10, such Consideration Aspects were analys ed
regarding a single IT Product and P roduct line. The following is an attempt to justify
10Vgl. Zubrow et all.
8
Components of the Value Added Enterprise Application Integration
and explain how the sam e approach can be us e to determ ine the benef its of enterprise
application integration.
"Mission focus"
determines to which extend the i mplemented IT Solution supports the
defined general company mission in term of present operations and future growth. If the
company′s mission is to integrate the Customer Relation Management processes, one of
the requirements to the IT Solution should cove r the issue of genera ting, integrated and
storing cus tomer data. Such consid erations of the future com pany perspectives are
increasing investment costs little short-term financial benefit leading to lower ROI and
higher TCO.
Following the Miss ion f ocus, the IT Solution helps a
nd enable s the com pany
development consistent with strategic objec tives defined with the company m ission.
However it can be dif ficult to rep resent and measure the f ulfilment of this criter ia as a
numerical value. In this case, that data
can be derived from surveys conducted on
different m anagement levels on their judge ment of IT Solution com pliance with the
company mission and scope. Those surveys
can be perform ed and reported during
different stages of the implem entation pro cess and periodically wh en the IT Solu tion
already ope rates. If the stra tegic c ompany m ission changes, those changes should
influence Mission Focus surveys and show whe ther the IT Solution is still within the
given framework. As Mission Focus improves, other measures such as productivity and
quality should improve due to the increasing use of the core assets.
"Integrity Conformance"
should be considered separately whether the IT Solution is a
stand alone product or is it a part of an
already existing application. Regarding the
importance to m aintain com patibility and interoperability be tween different IT
applications and tools, the Integrity Conf ormance should be considered on different
layers of the integ ration model. The costs of a preserving integrity to the system and
providing interoperability between different segments and operation applications can be
high. This will hav e a negativ e effect on a co st based p roductivity ratios while future
benefits will appear.
"Business Process Conformance"
of an inte grated ente rprise applic ation to th e
organization′s business processes, which repr esent the us er′s view of the sys tem. The
9
Components of the Value Added Enterprise Application Integration
end-to-end business processes aligned
with the integration requirem
ents are
contemplating the need for integration. 11 A complete Business Process Conformance of
an integ rated system requires coo peration between all in the integ ration invo lved
stakeholders and m ore im portant their c onsensus for the common understanding of
process elem ents, roles and relations. This often triggers requirem ents for business
process restructuring as efforts for optimal operations. Introducing an overall enterprise
model, will repres ent and specify differe nt views of the inte grated organization 12 and
will a ssure certain contributions w hich a re to be cons idered as a v alue dr iver o f a
enterprise integration project s. Such contributions includ e avoiding of redundant steps
and procedures, autom ating process steps ac ross business units, reduction of non-core
activities and improvement of collaboration within the organization and the value net.13
"Usage Ratio"
determines what percentage of th e im plemented business application
capabilities is actually being used. A "purchase itself" of an IT Solution is not correlated
with the pe rformance of the f irm, while a positiv e perf ormance is a result o f a
implementation and "in-use" status of the solution, is a correlation which triggers
additional investm ents in system e xtensions.14 Integration of those solutions increase
the number of users creating a user-network ut ilizing the network effects. According to
the network effects, the value of a servic es increase with the number of it′s users15 and
the derived value from the integrated solution to the organization is positive.
"Innovative Focus"
considers to which extend the IT Solution supports the innovating
efforts for establishing new business models and creation of new products. For example,
development of a new innovative product requires coordination and integration of a
product development and production planning activities. As a result, innovative leaders
will benefit from possibility to "speed up" the new product rump up, while creating
barriers for entry from the direct competition.
"Integration within the value chain",
gives the possibility for a better coordination
within the other networked companies. An integrated Supply Chain Management(SCM)
11 Vgl. Salaka, Prabhu (2006) s. 3
12 Salaka, Prabhu (2006) s. 4
13 Bartek et all (2007),
14 Vgl. Aral et all (2006), s. 2
15 Vgl. Katz, Shapiro (1996)
10
Components of the Value Added Enterprise Application Integration
provides the involved companies with accurate and timely information about the supply
and dem and, integrating the IT-enabled pr
ocesses like planni ng, logistics and
distribution managements.
Apart from reduction of operational costs deriving from better inventory and production
planning, improved fulfilled rates, companies can expect also improvement of customer
service and sale forecast, increase order frequency16. Integrated enterprise systems have
a larger opportunity to act as a value driver for the organizations within a value chain, as
the effort for coordination, exchange of in formation, structure of contracts and their
legal consequences have high impact on the overall performance.
The ability to integrate the applications within the value chain within the value chain of
the business can have a big im pact on the company survival. The critical success factor
in for Dell′s achieved competitive advantage over companies like Compaq and IBM is
the "ability to provide in tegrated and efficient end-to-end service including order entry,
tracking, fulfilment, back-end processing and customer support".17
"Data Quality Level"
needs to be set for comparison and tracking purposes. Analyses
in banking sector shows that the low level of
data quality is di scovered on ly after
extracting the data and generating the reports , a process that requires a big am ount of
time and resources. According to this study, due to a poor data quality, "90% of the
effort devoted to get, analyze and use da
ta is tied u p in extrac t delay s, d ata
checking/verification and manual fix the reports" 18. Removing invalid data and
recurrent efforts in data cleans ing p rocesses (of ten influenced by wrong source data )
leads to m isinterpretation of conclusions and inaccurate calcula tions. W ith data
integration within the scope of enterprise application integration, the data syntax the
data sem antic and the possibility to exch ange data be tween the applic ations is
considered. This results with im proved da ta accuracy, consistency, and elim inating
redundancies.
"EAI allows data sharing between unrelated systems in the organization,
provides a single point of interface to which all applications and databases connect,
16 Vgl. Aral et all (2006), s. 6
17 Smith et all. (2002) s. 1
18 J McDuffie Brunson, "Data quality as a productivity tool",
September 2005,
B-EYE Network,
http://www.knightsbridge.com/pdfs/POV_DQ.pdf
11
Components of the Value Added Enterprise Application Integration
resolves differences between systems, triggers processes and delivers data in the proper
19
format to the proper destination"
4 Conclusion
The benefits of the above mentioned Value Added Drivers should not be seen as
isolated measures to evaluate the Performance of enterprise application integration, but
to provide assistance to set a framework that helps in the IT Investment decision, assess
the future benefits from the IT Solution and to provide additional information in already
defined ROI, TCO and other cost-based ratios. Reliable IT performance parameters are
hard to find in order to solve the problem whether the EAI really pays-off and to which
extend it contributes to the overall business performance.
19 Vgl. Schroek, Michel (2000)
12
Components of the Value Added Enterprise Application Integration
Literature
Business Integration ROI Building The Business Case For Integration,
(2005),
www1.webmethods.com/PDF/Business_Integration_ROI.pdf
Aral, Sinan, Brynjolfsson, Erik and W u, D.J.(2006), "
Which Came First, IT or
Productivity? The Virtuous Cycle of Investment and Use in Enterprise Systems"
.
http://ssrn.com/abstract=942291
Michael L. Katz, Carl Shapiro "
Network Externalities, Competition, and
Compatibility "
The American Economic Review, Vol. 75, No. 3 (Jun., 1985), pp.
424-440
Salaka L. and Prabhu1 V. (2006) "
Project Management for Enterprise Integration ,
Enterprise Distributed Object Compu ting Conference",. EDOC ′ 06. 10th IEEE
International
Smith D., O′Brien L., Barb acci M., Coallier F. (2002)
"A Roadmap for Enterprise
Integration"
Proceedings of the 10th Intern ational W orkshop on Soft ware Techn ology an d
Engineering Practice (STEP′02)
Bartek D., Behnke L., Bezwada S., Lai R ., McPherson C., Patterson L. Selling (Jan
2007)
"IBM′s Innovative Solutions "
www.redbooks.ibm.com
Alsene E., (1999)
"The Computer Integration of the Enterprise"
Transactions on engineering management, vol. 46, no. 1, february 1999
Brunson J.M. (2005)
"Data quality as a productivity tool"
B-EYE Network, http://www.knightsbridge.com/pdfs/POV_DQ.pdf
By Ja mes Hall and Bob Suh (2004)
"Breaking Away: Creating Business Value
through Information Technology"
http://www.accenture.com/Global/Research_and_Insights/Outlook
Brynjolfsson E., Hitt L. M., (1998) "B eyond the Productiv ity Paradox: Com puters
are the Catalyst for Bigger Changes", Communications of the ACM
Rau S. E., Bye B.S. (2003)
,,Are you getting value from your it?,
Journal of
Business Strategy, May/June
Chang B. R, Harris, B Maistry, B " Beyond benchmarking: The role of IT
13
Components of the Value Added Enterprise Application Integration
diagnostics in high-performance businesses", May 2004,
http://www.accenture.com/Global/Research_and_Insights/Outlook
Wolfhart G Siviy, J (2004)
"Applications of the Indicator Template for
Measurement and Analysis,
, Software Engineering Measurement and Analysis
Initiative www.sei.cmu.edu
Zubrow, D. , Chastek, G " Measures for Software Product Lines" (2003)
Software Engineering Measurement and Analysis Initiative
www.sei.cmu.edu
Schroeck M., (2000) Insigh
ts from the Front Line:
Increasing ROI with Enterprise Application Integration, DM Review Magazine,
March 2000
Curtis G., Page S., Kaltenmark J, (2003) "Thinking Bigger. "
http://www.accenture.com
14
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