Количественные методы оценки проектных рисков
Nowdays normative legal acts adopting by the government are aimed at improving the efficiency of public expenditures, associated with the stimulation of economic development. A lot of new budgetary tools are entered in our economy. Nevertheles, practical implementation of new mechanisms and tools is enough slow. This situation focuses on the efficiency of public expendirures of all budgetary levels. In accordance with the global experience, the drastic increase of the efficiency and impact of pulic expenditures can be achieved only by the way of creating the modern system of financial management in government, one of the most important part of which is an internal control and audit.
An IT security vulnerability can be considered as an inherent weakness in a target system that could be exploited by a threat source. The underlying hypothesis in our proposal is that each identified attribute associated with the target entity to be controlled should show the highest quality satisfaction level as an elementary indicator. The higher the quality indicator value achieved per each attribute, the lower the vulnerability indicator value and therefore the potential impact from the risk standpoint. In the present work, we discuss the added value of supporting the IT security and risk assessment areas with measurement and evaluation (M&E) methods and strategy, which are based on metrics and indicators. Also we illustrate excerpts of an M&E case study for characteristics and attributes of Security, and their potential risk assessment.
The article examines the risks of an investment and construction project. The concept of project risk, types of risks, the main stages of risk management in the investment and construction project are considered. Methods that are most commonly used to handle these risks are identified. The assessment of risk factors that are important to consider in the management of investment and construction projects is conducted. Measures to minimize risks are proposed.