The article is the second in a series of articles, united by a single theme of improving the organization of the country’s security management system. The article is completely based on the previous article “Formalization of safety assessment and management” and is a continuation of it. Accordingly, the article uses a unified approach to improving the organization of the management system, the same terminology and notation. It has been determined that the safety assessment significantly depends on the operating conditions of the control object. The approach to formation of structure of criteria of an estimation of a condition of safety on the analysis of full group of conditions of functioning of object of protection and the account of threshold values of complex criteria of an estimation – positive and negative potentials is offered. The possible structure of formation of a complex criterion of safety assessment is considered. The effectiveness of the proposed safety assessment system is based on the formalization of the signs of threats and risks through the analysis of potentials relevant to the object of management. Representation of the object of control in the form of a formal model and the use of a safety chart allows to analyze the safety status on formal grounds and analyze using the proposed comprehensive criterion. The formalization of the safety assessment procedure and the quantitative interpretation of the potentials allow the maximum use of computer information processing in order to timely objectively identify threats, conditions and risk areas.

The article is the first in a series of articles, united by a single theme of improving the organization of the country's security management system. The article is limited to the general principles of the organization of security management of the country. It is proposed to divide all activities and values of the country into three types of potentials, which are characterized by quantitative or objective formal parameters and provide for different types of management influences; describe with potentials the current, target, forecast state of the country and allowable limitations of potentials. It is proposed to divide the components of complex parameters into three groups: positive potentials, which should be increased, negative potentials, which should be reduced, and passive potentials, which are not formalized or the relation to which is not defined. Of these components, positive and negative components have an impact on decision-making. The passive component can eventually be transformed into a positive or negative component. Examples of application of the offered approach are resulted.

The article is a continuation of a series of articles united by a single theme of improving the organization of the country’s security management system. Materials from previous articles were used. The article outlines the principles of building the hardware component of the system of obtaining objective information, which will provide a unified approach to improving the organization of the management system, set out in previous articles. Emphasis is placed on infrared spectrometers and the authors’ method of spectrometry, as a priority area for the development of objective information systems. The development of methodology and a specific example of the use of infrared systems and technologies is given.

The presented work improves the potential method of assessing the state of security in the direction of assessing damage to the ecological system as a result of military aggression. It is expedient to assess damages from the military aggression of the russian federation as the sum of three components: the cost of damage as a result of the destruction of Ukraine's overall potential; costs for restoring the aggregate potential to the level of the country's projected development in peacetime conditions; component of compensation for the damage caused, which was not detected at the time of the evaluation of the first two components. For the practical implementation of the improved potential method of assessing damage to the ecological system of Ukraine from the military aggression of the russian federation, it is proposed to use as an instrumental basis the measurement of the distribution of infrared radiation with the use of spectrometric analysis. It is shown that the use of such an approach allows finding pollutants under a layer of clean soil by radiation in the infrared range. This allows you to determine the limits of pollution without taking samples and to limit yourself to the minimum number of samples exclusively in the places of clarification of pollution parameters. The specified method can also be used to determine the potential for accelerating soil erosion as a result of military operations.