The resources and resource potential of the innovative component of nanoeconomics are analyzed. The factors of production – classical types of resources such as land, labor, capital and technology – are described. Ways of influencing the security resources of nanoeconomics within the innovation paradigm are evaluated. The purpose of the study is to identify the factor of nanoeconomics in the formation of resource security potential in the innovation paradigm. To achieve this goal, the following tasks were set: to characterize the (...) importance of the land resource as a factor in the potential of economic nanosystems; to highlight the importance of capital as a factor of nanoproduction and an indicator of the innovation paradigm; to determine the labor resource in the development of innovative nanosystems; to analyze the intellectual potential of nanoeconomic development of the innovation paradigm; to identify clusters of innovative nanopotential in the regions of countries with transition economies. Each resource is examined separately with the first analysis of a resource security assessment such as land. The other resource under consideration is labor. Demographic factors become decisive in describing the development of labor resources. The capital factor allows the formation of independent economic systems, when the state budget affects the possibility of developing science, education and health care. A number of methods were applied during the study: methods of induction and deduction (to assess the importance of the innovation paradigm for the development of nanoeconomics); system analysis and structural approach (to determine the aggregate state of production factors); method of comparing the quality of production factors in market economies and in developed countries; an observation method (for assessing the state of resources in different countries); method of cluster analysis (to determine the existence of innovation-territorial regions in countries with economies in transition). The analysis is carried out to identify the conditions of the impact of production factors on the innovative paradigm of nanoeconomics. It reveals theoretical approaches to the formation of nanoeconomics and its active development. As a result of the study of intellectual and resource potential of security, a cluster analysis was carried out to assess the conditions for the formation of innovation-territorial regions. This study allows to understand the role of production security factors in the formation of the innovation paradigm and the efficiency of the development of nanoeconomics. The way of providing the basis for the development of nanoeconomics in the form of efficient use of production factors is considered as a perspective. (shrink)

Risk assessment is one of the prerequisites for understanding its causes and possible consequences. We base our risk assessment on the principles described in the European standard EN 31000 - Risk Management Process. This standard comprehensively describes the continuous activities that are necessary in managing risks and minimizing their possible adverse effects on the operation of the system under investigation. In this activity, it is necessary to first identify the existing risks, then analyze and evaluate the identified risks. In the (...) analysis of existing risks, it is possible to use both qualitative and quantitative analytical methods, or combine them. We use qualitative methods in cases where we do not have a sufficient amount of input information, these are more subjective. Quantitative methods are more accurate, but also more demanding on input information and time. The choice of a suitable analytical method is a basic prerequisite for knowledge of risks and their evaluation. The values of individual risks obtained in this way are the basis for determining the measures that are ecessary to minimize them, i.e., to adjust them to an acceptable level. The draft measures are always based on the value of the individual components used to calculate the risk number, as well as on the value of the asset , which needs to be protected. Appropriately chosen analytical methods are one of the basic prerequisites for the consistent application of the principles of risk management, as a continuous process aimed at increasing the overall security of the system under study. In the article, the author describes the procedures used in risk assessment, as well as specific analytical methods that can be used in working with risks. The aim of identifying risk factors is to create a list of events that could cause undesirable disruption to ongoing processes. At this stage, we define all the risks that will be subsequently analyzed and evaluated. When identifying, we can use methods such as, e.g. SWOT, PHA (Preliminary Hazard Analysis) or CA (Checklist Analysis). Methods suitable for determining the causes and creating scenarios for the course of a risk event are ETA (Event Tree Analysis) or FTA (Fault Tree Analysis). The basic analysis of the system can be performed using the FMEA method (Failure Mode and Effect Analysis), which provides a numerical risk assessment. By comparison with the numerical value of the risk that we are willing to accept, we obtain 2 groups of risks. Acceptable, which will be given regular attention and unacceptable, which we will focus on in risk management and we will try to minimize its negative affect on the functioning of the system under study. (shrink)