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GENERATION 21X
: INFOTECH
My very own Universal
Access code By Mahadevan Venkateshwaran
This is the
age of the Business Information Revolution. Today, the defining concern is
technology, especially infotech. How a firms gathers, manages, and uses
information will determine whether it wins or loses tomorrow. Firms are
increasingly realising that infotech can be used as a weapon to gain
competitive advantage.
Enterprise-wide applications like Enterprise
Resource Planning (ERP), which help a CEO obtain a consolidated view of
enterprise-level data, speed up processes, slash inventories, and raise
production-flexibility will become more popular this millennium. But
although the sales of software-packages are rising dramatically most of
these projects suffer from cost and time-overruns. This does not point to
any obvious shortcomings of ERP itself; in fact, such packages can
transform the way a company conducts its business. In a majority of cases,
infotech is not the problem, but its management is. The role of infotech
as a business enabler is known. It can help catalyse business
transformations for companies that know how to use it effectively.
THE ROLE OF THE TOP MANAGEMENT. CEOs
should become as engaged in infotech as in any other business function.
The CEO must regard infotech as a strategic resource which can help the
business get more out of its people; it should not be regarded as just a
cost-centre. In line with these trends, the millennial organisation will
deploy business intelligence software to deliver high-quality information
for decision-making. Multi-dimensional data analysis to predict growth
trends, benchmarking, and customer retention will be employed.
FROM DATA PROCESSING TO DATA
REPRESENTATION. The emphasis of infotech-research will be
representation. Companies have huge volumes of data, but often lack the
expertise to process it. Multi-Dimensional Modeling (MDM) is one approach
to making sense of this data. It helps managers to look at business models
as a set of measures built around business functions. In contrast to
On-Line Transaction Processing (OLTP) systems, which are designed around
entities, relationships, functional decomposition, and transition
analysis, MDM for data-warehousing is based on facts, dimensions,
hierarchies, and sparsity. The models are not only understandable by
businesspeople, but are also expressed in a way that is natural to the
user.
A well-conceived MDM can be implemented in a
relational database, a multidimensional database, or even an
object-oriented database. For instance, in the analysis of customer buying
patterns, the company would like to determine: what is the number of times
a particular product was bought in a month by a customer? For what
products is the average age of buyers over 30? And the number of
customers, as well as their ages and gender by region, who bought a
product.
To generate these details, the database of
the company is structured as a cube, more formally known as a
Multi-Dimensional Database (MDD). The cube would, thus, have 3 dimensions.
One corresponds to the gender of the customer, with the axis split into
two: half for males and the other for females. Similarly, the region axis
is split into 4 and the product axis is split into, say, 50 pieces, one
for each product. The larger cube, thus, contains 400 (2X4X50) sub-cubes.
These are the building-blocks of all reports. From the perspective of
On-Line Analytical Processing (OLAP), there are 2 types of columns.
Dimensional columns contain data for summarisations. These take fixed
numbers of values. Aggregate columns are calculated amounts. These are
numeric values, such as dollar amounts or cash.
BUILDING AN MDD MODEL. The first step
in building a MDD is to pick a business subject area-weekly sales reports,
monthly financial statements, or insurance claims costs-and model it by
asking these fundamental questions: what business process is being
modeled? What are the measures ? At what level of detail is active
analysis conducted? What do the measures have in common?
Active analysis is the ability to manipulate
data. This can refer to mechanical manipulation, such as pivoting, or
graphing; agent-based manipulation, like alert reporting, or exception
reporting; and workflow manipulation, such as publishing or distributing
documents. As companies build these models, they will avoid including
everything. They will concentrate on a specific area such as customer
profitability. This can be achieved by formulating a simple statement
describing the intent of the model.
In many companies,
huge investments are being made in infotech without any visible benefit in
operational performance, let alone higher profitability. How will the
millennial organisation leverage the power of infotech to gain competitive
advantage? The first step is to integrate infotech into the strategy
process. Infotech leaders should be drawn into the company's
decision-making circle. Infotech must be presented as a corporate
priority. Indian firms will, increasingly, take recourse to the MDM
approach to slice and dice data to find the information they need. Retail
chains, bookmarts, and fast food chains, will increasingly use OLAP
techniques to drill down into databases. This will help them visualise
data in a way that is readily understandable to business users. These will
endow companies with the ability to identify clusters in the data by being
able to look at data along several dimensions at the same time. Finally,
success in infotech must be measured by profits, not cost. This will
require companies to view technology as a revenue-driver rather than a
cost-centre. When companies plan infotech investments, many miss the
simple truth that even the most sophisticated of systems are nothing more
than boxes and wires unless they are used effectively. Only the
appropriate infotech infrastructure, coupled with the appropriate infotech
usage, can lead to the realisation of benefits from infotech.
M.Venkateshwaran is a
second-year MBA student at the
Indian Institute of Management, Lucknow
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