Simonov A.A., Murin A.V., Koltsova E.A.
Ivanovo State Power Engineering
University, Russia
Partner’s or Client’s Reliability:
Primary Assessment Methodology
The article addresses the problem of relationship with
partners and clients in various business spheres. The issue raised is of great importance
as a lot of companies face losses and damage to reputation due to inability to
correctly identify their partners and clients. The paper aims to describe the
mechanism which allows decreasing the possible risks of cooperation with
partners and clients using reliable data sources.
To achieve the aim, several methods are employed,
namely correlation analysis of data to identify errors and inaccuracies and
assessing the risks of cooperation using the developed methodology for data assessing.
The analysis covers data collected from government databases and cartography and
search system.
For
evaluating potential customers and partners data from the following services
and sources is used:
·
The
Federal Tax Service;
·
The
Unified Federal Register of Legally Significant Information;
·
Federal
Arbitration Court of the Russian Federation;
·
Unified
Information System in the Sphere of Procurement of the Russian Federation;
·
Federal
Bailiff Service;
·
Google
News;
·
Yandex
News;
·
Yandex
Maps;
· Federal
News
Channels.
Let us start by looking at the methodology for assessing the risks of cooperation in
more detail. It consists of four stages.
At the first stage, the presence and coincidence of
the details of the partner or client in question in state sources are checked.
At the second stage, the partner or client is checked
for litigation as a plaintiff / defendant, in open executive proceedings, etc. Their
names are checked in the list of unscrupulous suppliers in the register.
At the third stage, the partners or clients relationships
history for previous periods is checked.
At the fourth stage, verification of the documents
received from the partner or client is carried out to identify the requisites
in the government databases.
The final score is formed by linear convolution and
looks like the sum of the estimates of all stages and is in the range from 0 to
100 points. Then, the final score is transformed into the risks of cooperation
with a partner or client according to the following indicators:
·
If
the final score is less or equals 40, the level of risk is in the zone where
cooperation with the enterprise is possible with little or no change.
Recommended solutions:
Ø
It
is necessary to check the quality of the evaluation.
Ø
Cooperation
with a deferred payment is possible.
Ø
Cooperation
with a large order is possible.
·
If
the final score ranges between 40 and 65, the risk level is in the zone of
increased danger, when without further verification it is impossible to
consider cooperation.
Recommended solutions:
Ø
Additional
verification of documents, data and evaluation is required.
Ø
There
is a possibility of cooperation on prepayment.
Ø
Cooperation
on conducting a small transaction with deferred payment is possible.
·
If
the final score exceeds 65, the level of risk is in the critical zone and prior
to further cooperation additional checks and revision of the clauses of the
contract are necessary.
Recommended solutions:
Ø
It
is necessary to review the data obtained.
Ø
It
is necessary to ascertain the observance of laws.
Ø
Only
prepayment is possible.
In conclusion, it must be admitted that the proposed methodology is not perfect and requires further research related to the impact of
the facts on the overall risk assessment of cooperation. Some facts about
partners and customers can become obsolete due to errors at the first steps or
mistakes in the development of the company profile, and therefore old data
should have less influence on the final assessment of the risk of cooperation.
It can also be necessary for the future enhancement of risk assessment system by
considering large parameters and including new data sources. Although another
problem could arise here: this is increasing uncertainty since the risk of obtaining
disinformation increases in proportion to the increasing data.