

22
TOWARDS AMETA THEORY OFACCOUNTING FOR KNOWLEDGE MANAGEMENT: REVIEW THE
REALITIES TO STAGE THE CRITICAL THINKING OF KNOWLEDGE BUSINESS MODEL
SBE, Vol.20, No.1, 2017
ISSN 1818-1228
©Copyright 2017/College of Business and Economics,
Qatar University
assets. A new challenge is how to manage,
measure, report, and maximize the new revenue
assets such as customer’s loyalty. As has been
mentioned previously, the problem of the
accounting model is a tangible one in terms of
it account to the cost of raw material and labor.
These realities are the production side (cost
realities) rather than the customer side (value
realities). There is, however, another dimension
of the problem is that how to account for the
time lag between invention and innovation
which can be lengthy. The knowledge
management literatures posit a logical
assumption that is successful knowledge
investments should improve financial
performance by increasing sales and decreasing
expenses or both (Stone and Warsono, 2003).
Unfortunately, this time lag produces large and
immediate expenses which lower earnings of
companies investing in knowledge assets.
Perhaps this practice reduces the accounting
reliability as a business communicator of
financial information. Paradoxically, the
accounting model used to report the traditional
profit rather than the electronic profit. The
nature of both is totally different in terms of
drivers, transactions, and mechanism of
recognition (Cohan, 2000). Furthermore, the
same level of change happened to cost of goods
sold as a key component of calculating the
accounting profit. The cost of goods sold of the
traditional profit has been designed to
accommodate both the cost of the raw materials
and direct labor. The two cost elements are a
mile stone of the cost of the industrial products.
Further, the size of those two cost elements
reaches approximately seventy percent of the
traditional revenue. The logic of this operations
oriented formula is no longer valid under the
assumptions of the knowledge management.
The priorities of knowledge companies produce
different arguments for the logical adequacy of
the cost of goods sold. The research and
development associated with customer loyalty
is the key engine to create the knowledge profit.
Accordingly, the costs of raw material and
direct labor are no longer vital to reflect the
realities of old-line business model. The same
fact is also valid to the working capital as one
of the old realities which drive earnings of the
traditional profit (Mohammad, 2013). In
contrast, the expenses of research and
development associated with knowledge
creation have become significant and urgent
for the existence of any knowledge company.
The notion to be highlighted here is that the
accounting model has been built on drivers of
the traditional profit rather than the electronic.
However, a different perspective of cost of
revenues or cost of managing knowledge’s
base needs to be replaced instead of cost of
goods sold. Another dimension of the problem
is that successful knowledge management
should improve financial performance by
increasing sales and decreasing expenses or
both. In view of the new situation, accounting
revenue power has to be redesigned to combine
technology, market, customer’s base, and
business practices to create the desirable value
and growth. These applications take the form
of new products and services, the development
of new markets, and the introduction of new
organizational form (Amidon, 2003). This
systematic cycle increases net value for
customers. Increasing customer loyalty can be
a source to create extra cash flows and then
increase shareholder value. Thus, the structure
of statement of cash flows has become useless
for knowledge management initiatives. The
cash flows of knowledge companies are
triggered by introducing new technology which
acts as a driver for new applications in the form
of new products and services. The effective
marketing of these products and service
develops new markets and in consequence
increasing the market shares locally and
globally. Such dynamic process always
contributes to growth and survives of which