Processes In Systems Research Articles

IMPROVEMENT OF THE FISCAL POLICY OF UKRAINE UNDER THE CONDITIONS OF THE FORMATION OF A DIGITAL ECONOMY

IMPROVEMENT OF THE FISCAL POLICY OF UKRAINE UNDER THE CONDITIONS OF THE FORMATION OF A DIGITAL ECONOMY

Definicija, klasifikacija, standardizacija i obeležavanje postupaka zavarivanja, lemljenja i srodnih postupaka prema novoj verziji standarda ISO 4063

At the beginning of 2021, a draft version of the ISO 4063 standard was published, which defines, classifies, standardises and unambiguously symbolically represents welding, soldering, brazing and similar processes. This version of the standard revises and classifies some previously standardized processes, introduces a new basic group of plastic welding processes and additionally defines, classifies, standardizes and introduces a new system of marking processes and methods of mechanical joining, as well as adhesive bonding. The paper reviews these novelties within the ISO 4063.

Post-translational Modifications in Brain Diseases: A Future for Biomarkers.

Several omic fields have been used in the development of biomarker panels, most traditionally involving genetics and proteomics. The post-translational modification of proteins, however, is an important regulatory system of many biological processes, affecting a wide range of biochemical properties of proteins, including their binding, localization, activity, and stability. These modifications are not analyzed if not specifically searched for in proteomic workflows, making them an underrepresented source of important information in the field of biomarker research. Biomarkers can particularly benefit the diagnosis and prognosis of neurological and psychiatric diseases due to the difficulty of accessing tissue and distinguishing between multiple possible conditions. In this article, post-translational modifications in the context of brain disease are compiled, highlighting the potential that this data source holds for improving the field of medicine.

ОЦІНКА КОНКУРЕНТОСПРОМОЖНОСТІ ПІДПРИЄМСТВА

The article analyzes the conceptual approaches to the formation of a system for ensuring the competitiveness of economic entities in the face of new challenges, taking into account the future prospects of economic development. An important element in the formation of competitiveness in martial law were not only indicators of efficiency of the enterprise, but also the type of activity. The article notes that construction companies are most relevant in the period of military conflicts and the postwar period. The construction industry is the basis for the formation of a system of restoration of peaceful life, restoration of residential, industrial, and later commercial real estate, material and technical base. Thus, the article assessed the competitiveness of construction companies in order to determine their potential to work in the new large, which is highly relevant. The main tasks of assessing the competitiveness of a construction company were identified as a set of factors that affect the final indicators (results) of the enterprise. The article proposes an algorithm for assessing the competitiveness of the enterprise by the method of in-depth analysis of the financial and economic condition of insolvent enterprises. The main objectives of the analysis of competitiveness by the proposed method are the dynamics and currency structure of the balance sheet of the enterprise; sources of own funds; structure of accounts payable; asset structure; profitability of the enterprise. To fully analyze the competitiveness of the enterprise, the following indicators were calculated and conclusions were made on the impact of their change on the economic situation: autonomy ratio, financial stability ratio, working capital turnover ratio, working capital turnover time, inventory turnover ratio, inventory turnover time and others. The efficiency of the enterprise and its competitiveness are determined by rating based on a comprehensive analysis. The article proposes a comprehensive algorithm for assessing the competitiveness rating of construction companies based on data from financial and economic work and planning, which allows to ensure mobility, system, multifunctionality and integration of competitiveness assessment processes. The results of the study can be used by construction companies, customers, developers, investors, suppliers and other stakeholders engaged in construction activities.

ІНФОРМАЦІЙНА БЕЗПЕКА ЯК СИСТЕМОУТВОРЮЮЧИЙ ЕЛЕМЕНТ МОДЕЛІ ЗАБЕЗПЕЧЕННЯ НАЦІОНАЛЬНОЇ БЕЗПЕКИ УКРАЇНИ

The article is devoted to a comprehensive study of the information security of Ukraine. The author's vision of ways to improve the administrative and legal foundations of information security as a system-forming element of the national security model of Ukraine is formulated. Based on the results of the research, the paper provides a theoretical generalization and a new solution to the scientific problem, as a result of which the following most important results were obtained. The author's definition of the concept of "violation of the definitions of national security" is formulated as an act intentionally committed with the aim of grossly violating the set of definitions of information security, state information security and state policy of the state; "public danger of violating the definitions of the national security of Ukraine", as a set of actions intentionally committed with the aim of grossly disrupting the systemic activity of individuals and/or legal entities and their social relations that protect the vital interests of a person and citizen, society, timely detection, prevention and neutralization real and potential threats to national interests. The ordinal ranking of the information security system of the service-combat activity processes of the security and defense sector in general and the NSU in particular, which includes management and executive elements, has been improved. Control elements include: the legal element, which includes legislative, regulatory and scientific bases  is a legal regulator of relations that arise at the operational and tactical levels of management, taking into account critical information; organizational element, which includes organizational and technical measures and methods, as well as regime measures and methods; affects the information security policy and ensures the activity of competent state authorities in general and NSU in particular; the economic element includes the sources of financing security measures. The executive elements include the technical element, which includes the application of engineering and technical measures that make information inaccessible for illegal actions. In order to improve the norms of the current criminal legislation, the following changes and additions are reasonably proposed: to supplement Chapter 20 of the Criminal Code of Ukraine with Article 436-1. Violation of the definitions of the national security of Ukraine, which provides for 4 parts with a defined level of criminal liability. The author's position on the modified method of analysis and assessment of the level of risk situations in the processes of information security of the security and defense sector is given, and attention is also focused on problematic issues that arise at the current stage of the state's development.

КОНЦЕПЦИЯ ИНТЕЛЛЕКТУАЛЬНОЙ СИСТЕМЫ УПРАВЛЕНИЯ ПРОДУКЦИОННЫМИ ПРОЦЕССАМИ В РАСТЕНИЕВОДСТВЕ

The operational management of the production process, which includes the identification of negative factors and the elimination (minimization) of their impact, has a significant impact on the productivity of plants and the quality of the products obtained. Negative factors in crop production are diseases, pests, lack of moisture or nutrients, etc. The speed of identifying and eliminating the influence of negative factors, as well as the consequences of their impact, is of high importance. In order to reduce the risks of negative factors affecting agricultural crops, it is necessary to monitor the condition of crops and their environment in real time and predict possible negative impacts. The technological measures are the direct execution of technological operations that meet the requirements of crop cultivation technologies. The goal of any agricultural production is to obtain the highest profit, which consists in producing the largest volume of high-quality products at a high selling price and the lowest production cost. One of the first and main tasks facing the managers and specialists of the organization in the field of crop production is the choice of cultivated crops and the formation of crop rotation, taking into account the agro-climatic, soil and resource constraints of the economy. At the same time, the current situation in the food market should be taken into account and possible changes in market conditions should be predicted. The management system of production processes in crop production requires the development of the following subsystems for the development of optimal management decisions: "Subsystem for the selection of optimal culture", "Subsystem for the selection of the optimal variety (hybrid) of culture", "Subsystem for the formation of optimal cultivation technology", "Subsystem for the formation of the optimal machine and tractor fleet of the organization", "Subsystem for the formation of the optimal staff of the organization". The results obtained from the subsystems are processed by the management system in order to obtain the optimal result: the highest productivity at the lowest cost.

МЕТОДИКА ПРОЄКТУВАННЯ СИСТЕМИ КЕРУВАННЯ МІКРОКЛІМАТУ В ПРИМІЩЕННІ

The development of digital technology in recent decades has been rapid. The number of areas of application of DA continues to grow steadily. For example, in the last few years they have been actively implemented in automated systems of various technological processes. During the writing of the article, it was found that the current requirements for software and the rapid pace of technical systems cause growing interest in the theory of digital automata and discrete automata in general. This makes it possible to solve increasingly complex problems and, at the same time, achieve greater efficiency.The aim of this article is to study modern systems of automated control and management of indoor climate with optimization of technological parameters: temperature, humidity, etc. with the development of simple methods for designing indoor climate control systems with advanced mathematical model based on the rules of applied digital theory. The research was performed using a mathematical model and rules of applied theory of digital automata, which allows to create universal algorithms and design a simple and easy for implementation functional and schematic diagram of digital automata.Using the applied theory of digital automata, theequations of Boolean functions are obtained. An engineering approach to maintaining a given microclimate by regulating the temperature and humidity in the room. Developed digital circuit breakerto maintain a given microclimate in the room has eight inputsignals, eight output signals and six transient states. Logical equations allowed to develop a simple functional circuit of DA to control the microclimate in the room, which is quite easy to implement on chips of medium integration, such as KR1561, or other devices, such as microcontrollers

СОВЕРШЕНСТВОВАНИЕ ПРОЦЕДУР МОНИТОРИНГА КОНТРОЛЯ И МЕТОДИК ОЦЕНКИ КАЧЕСТВА КОЖЕВЕННО-ОБУВНОЙ ПРОДУКЦИИ

The practical application of quality management models and methods using scientifically based rules and principles, methods of control and evaluation of leather and shoe production involves the collection and registration, storage and analysis of a large number of key features and parameters during the observation of phenomena, processes and objects. Monitoring at all stages of the life cycle of leather and footwear products ensures that all subjects of the multidimensional organizational structure of production cooperation (external and internal users) have access to the source data, methods and measurement results of its qualitative characteristics, consumer satisfaction, creates conditions for continuous improvement. Based on the prediction of trends in the impact of Industry 4.0, the practice of digitalization of the real sector of the economy, the development of technologies of self-learning neural networks, there is a need to adapt quality monitoring systems of objects and processes of mass production to specific factors.

ТЕОРЕТИЧНІ ЗАСАДИ РЕАЛІЗАЦІЇ ІНВЕСТИЦІЙНИХ ПРОЕКТІВ В МАЛИХ ФОРМАХ АГРАРНОГО ВИРОБНИЦТВА УКРАЇНИ

The article analyzes the theoretical foundations of the organization of investment activities in small forms of agricultural production in Ukraine. It is noted that one of the features of the national model of agricultural production is the dominance of small forms of Management in a number of sectoral areas, the status of which does not always allow farmers to even potentially receive investment funds. The classification of investment projects in the agricultural sector is proposed according to the following criteria: level of implementation, direction of implementation and duration of implementation. It is noted that each of these areas has its own specifics regarding implementation. There is a lack of a unified approach to determining small forms of familytype agricultural production. The technical and technological direction provides for the introduction of investment projects in order to increase the level of efficiency of resource potential in the production of agricultural raw materials, their further processing, storage and sale. The organizational and economic direction includes the implementation of measures aimed at improving the management system of economic processes on the scale of the business structure, as well as the formation of a system of mutually beneficial relations between various business entities. The social direction of investment projects implementation is not directly related to the production and economic activities of agricultural business entities, but the specifics of this industry direction, its integration into the system of relations between members of local communities make it necessary to study it. The following factors are identified that determine the nature of innovation activities and affect the level of efficiency of investment funds development: the level of marketability; internal non-economic factors; the general nature of the chosen strategy of economic activity, the available resource potential. The presented features of ensuring innovation activity in small forms of agricultural production, in turn, make it necessary to use specific methodological tools to assess the effectiveness of relevant measures. Separately, it should be noted the need to take into account the social component of the functioning of small agricultural formations.

Globalization and the role of English in the countries of South Asia and the Middle East (the case of Afghanistan, Iran and Pakistan)

The article analyzes the role of English in the language policy of the Asian continent countries in the system of world globalization processes from the viewpoint accepted in modern sociolinguistic literature on the connection between the language aspect of globalization and the spread of English as the global language, the universal second language. The authors note the historical component of the popularity of English in the modern world in general and in the countries under consideration in particular. It includes the influence of the British Empire and the strengthening of the US position in the international arena. There are also provided estimates of the number of people speaking English both as the first and the second language in everyday life. The authors analyze large multinational states of South Asia and the Middle East such as Afghanistan, Iran and Pakistan. The situation with the English language is presented in these countries against the background of the state and national languages functioning. The authors made an attempt to show both the general aspects of the use of English, including through the prism of the legislative acts that are in force there, above all the constitutions, and the peculiarities of its functioning in each of these countries, including under the influence of the language policy pursued by their leadership. There is also noted the growing interest of the authorities in Russian in Iran and Chinese in Pakistan as the languages that may seriously compete with English in the future and break its monopoly.

МІГРАЦІЙНЕ ПРАВО ТА МІГРАЦІЙНИЙ МЕНЕДЖМЕНТ ЯК РЕГУЛЯТОРИ МІГРАЦІЙНИХ ПРОЦЕСІВ

The activation of migration processes in the world proved the difficulties of the processes of their regulation. Uncontrolled illegal migration can lead to internal conflicts within countries, threaten the unity of states within the European Union, and affect the social security of the world. All this requires a clear legal framework in which migration processes should take place. The purpose of the study is to analyze the role of migration law and migration management in the management system of migration processes in the modern world. The intensification of migration legislation since the independence of Ukraine, the difficulties of its formation related to the Soviet past are noted. For most countries of the world, the phenomenon of international migration is common. Since the beginning of the 1990s, with the opening of the borders of the former USSR, Ukraine faced the problems of regulatory and legal regulation of migration for the first time. Prior to that, the Constitution of the USSR and the constitutions of the Union Republics did not declare the right of citizens to freedom of movement, choice of place of stay and residence. Internal territorial movements were regulated administratively, and a kind of political taboo was imposed on external migration. Legal regulation of migration processes in the XXI century became one of the priorities on the agenda of modern Europe and the world, a condition for preserving the social security of the world. The political and legal regulation of migration includes the creation of a regulatory and legal framework, the formation of political institutions that will perform legislative, executive, regulatory, monitoring, control and other functions related to the processes of population migration. It is highlighted that effective migration management in combination with migration law and a reasonably structured migration policy is a mechanism of legal and social regulation of migration processes. International and domestic documents are presented that provide legal regulation of migration, demonstrate the global nature of the phenomenon and bring it up for discussion at the level of world organizations and associations. The example of the migration crisis in Europe shows the vulnerability and inability of advanced countries to find common solutions to solve the refugee problem. A warning was expressed that massive waves of migration, caused, among other things, by the war in Ukraine, could become a destabilizing factor within the European Union community. The urgent need for revision of migration legislation in the world, formation of an effective migration policy of Ukraine and its tools such as migration law and migration management has been proven.

Foreign trends and existing faults in the management of innovative technology parks in Uzbekistan

This article is written about global trends in the management of innovative processes of the technopark. Also, the article analyzes some scientific literature on the topic, discusses the existing problems and shortcomings in the management system of innovative processes of technoparks in Uzbekistan and gives primary solutions to this problem.

Standardization Workflow Technology of Software Testing Processes and its Application to SRGM on RSA Timing Attack Tasks

Due to changing software requirements and increasing system complexity, which put forward new challenges to the related testing processes to ensure software trustworthiness. Software testing is an important means to improve software quality, and standardized software testing process has become an effective measure to ensure software testing quality. In order to solve the problem of software quality decline caused by non-standard behaviors in software testing processes, this paper proposes a standardization workflow technology to construct the management system of software testing processes, and applies the workflow management system to the software testing of RSA timing attack tasks. For the numerical experimental setup, two software fault detection time-domain datasets are considered, i.e., datasets generated from the RSA timing attack program in functional testing processes and workflow verification system used to manage the RSA timing attack processes in non-functional testing processes. Then, software reliability is evaluated by employing multiple heterogeneous software reliability growth models (SRGMs) with corresponding assumed conditions, parameter information and reliability prediction methods. Furthermore, we compare the fitting power and predictive performance of multiple SRGMs in terms of the model evaluation criteria, which helps testers select a better SRGM from the model evaluation results for reliability analysis. The experimental results show that the proposed standardization workflow technology can reasonably regulate the software testing processes, making the fault data input into SRGMs more reliable and reliability analysis results more credible.

СПЕЦИАЛИЗИРОВАННЫЕ ЛАБОРАТОРНЫЕ СТЕНДЫ КАК МОДЕЛИ НЕФТЕХИМИЧЕСКОГО ПРЕДПРИЯТИЯ ДЛЯ ПРАКТИКООРИЕНТИРОВАННОЙ ПОДГОТОВКИ СПЕЦИАЛИСТОВ

The article provides arguments in favor of the introduction of modern information technologies in the organization of production, in particular, in the field of training specialists in higher educational institutions based on modern laboratories, in which laboratory facilities are "digital twins" of real enterprises. Specialized laboratories that act as digital twins of real production facilities are ready-made solutions for conducting a laboratory workshop in the training of specialists in the field of industrial automation. They include laboratory stands, specialized software, additional devices for research activities. That is, the equipment of laboratories is often focused on specific tasks. Direct demonstration of the work of real automation tools increases the interest of students in obtaining new relevant knowledge, leads to an increase in students' competence in the field of design, installation and maintenance of modern automatic process control systems. The description of laboratory complexes is given, with a description of their functionality. The APCS laboratory, opened at KNRTU together with Yokogawa in 2011, includes: a classroom with instrumentation; training class of control computing systems; a classroom with installations simulating heat metering units for liquid and gaseous products; training class for computer simulation systems of chemical-technological processes; research laboratory. The equipment of the laboratory allows for the training of specialists with a focus on a specific industrial enterprise and a well-defined technological process, advanced training for workers in the oil and gas processing industry, and retraining of specialists servicing heat transfer metering systems. The availability of powerful software makes it possible to carry out work on optimizing technological processes in terms of energy saving and reducing production costs. When training specialists, specialized laboratories as digital twins of technological processes can provide indispensable basic knowledge for further successful work in real conditions. The significance of the APCS laboratory lies in the training of practice-oriented specialists with a high level of professional knowledge. These laboratory complex can be further upgraded for specific production tasks.

Моделювання металевих розплавів на рівні міжатомної взаємодії

The purpose of the work is to create a complex of basic models for predicting the primary physicochemical and thermophysical properties of metal melts for the targeted formation of a high-quality metal product and increasing its competitiveness. The basis for modeling is the original concept of directional chemical bonding, the core of which is the consideration of metal melts as chemically unified systems, rather than a mechanical mixture of constituent elements, and taking into account the contribution of all components, even in small concentrations. The work uses an important information component, which is a database on the properties of metallurgical melts, which is continuously updated with modern data and contains the results of own and industrial experimental research and literature search (articles, patents, inventions, scientific developments, monographs). The importance of databases is indisputable and requires them to be brought to the inter-branch and inter-university level with open access, as a separate instance for promoting the development of the scientific level and the capabilities of scientists. Adequate mathematical models were developed based on integral parameters of interatomic interaction, and additional consideration of micro-heterogeneity parameters in their structural formation ensured high accuracy of operational forecast (R2≥0.9). A comparative analysis of the obtained melting results with the corresponding calculations based on the JMatPro software complex confirmed the effectiveness of using the interatomic interaction parameters as model ones. The results of the research are recommended for use in industrial conditions for the purpose of targeted formation of the composition and properties of smelting products, as well as reducing energy costs and reducing defects due to the adoption of operational management technological decisions with the help of the integration of the developed models in the automated control systems of technological processes of steelmaking.

ПСЕВДОГРАДИЕНТНАЯ ФИЛЬТРАЦИЯ СИСТЕМ КВАЗИПЕРИОДИЧЕСКИХ ПРОЦЕССОВ НА ОСНОВЕ ЦИЛИНДРИЧЕСКИХ ИЗОБРАЖЕНИЙ

The object behavior in many practical situations has a quasi-periodic character, that is, it has a noticeable periodicity with random variations of quasi-periods, for example speech signals, aircraft engine noise and vibration, etc. An object can have several parameters, so it is described by a system of random processes observed in a mixture with noise. In this paper an autoregressive model is used in the form of sweeps along spirals of several coaxial cylindrical images to represent systems of quasi-periodic processes. For filtering, an adaptive pseudo-gradient analogue of the Kalman filter is proposed, which does not require setting the parameters of the process system model and its observations. Filter optimization is carried out recurrently as the observations are received. In the case of homogeneous processes, the filter converges to the optimal one, constructed with known parameters of observations, and in the case of inhomogeneous processes it performs close to optimal filtering. Examples of imitation of systems of two quasi-periodic processes and their filtering are given.

ДОСЛІДЖЕННЯ ЗАЛЕЖНОСТІ НАПРУЖЕНЬ ЗСУВУ ПОЛІЕТИЛЕНУ ВІД ТЕМПЕРАТУРИ І ШВИДКОСТІ ЗСУВУ

Polyethylene is increasingly used in various industries such as light, medical and others as a variety of packaging and structural materials. Rheological properties of polyethylene affect products quality. Therefore, knowledge of these properties affects the calculation methods of equipment that produces materials from polyethylene, as well as the control system of technological processes of such industries.When designing equipment for processing polyethylene, namely the forming channels of extruders, flat slotted heads, the question of accurate determination of its rheological properties depending on the temperature and shear rate arises. Depending on the specified rheological properties the geometrical sizes of the specified channels change. These rheological properties are usually determined on the basis of experiments conducted at certain shear rates and temperatures. When designing, there is a need to calculate the geometric dimensions of the forming channels at shear rates and temperatures other than experimental. Therefore, there is a problem of developing a method of calculating these dimensions on the basis of experimental data obtained at other shear rates and temperatures. On the basis of the conducted research, the equation of the dependence of the shear stress of polyethylene on its shear rate and temperature was obtained. In the equation, the shear stress is directly proportional to the conditional viscosity and the shear rate gradient in power, which is the flow index. It is shown that the conditional viscosity of polyethylene is well described by the Arrhenius equation, and the flow index has a quadratic dependence on temperature. The obtained generalized equation of shear stress of polyethylene from its shear rate and temperature will allow to more accurately calculate the geometric dimensions of the forming channels of extruders, slotted heads, as well as to improve control systems for these devices.

Deep Learning-based Hybrid Model for Efficient Anomaly Detection

It is common among security organizations to run processes system call trace data to predict its anomalous behavior, and it is still a dynamic study region. Learning-based algorithms can be employed to solve such problems since it is typical pattern recognition problem. With the advanced progress in operating systems, some datasets became outdated and irrelevant. System calls datasets such as Australian Defense Force Academy Linux Dataset (ADFA-LD) are amongst the current cohort containing labeled data of system call traces for normal and malicious processes on various applications. In this paper, we propose a hybrid deep learning-based anomaly detection system. To advance the detection accurateness and competence of anomaly detection systems, Convolution Neural Network (CNN) with Long Short Term Memory (LSTM) is employed. The raw sequence of system call trace is fed to the CNN network first, reducing the traces' dimension. This reduced trace vector is further fed to the LSTM network to learn the sequences of the system calls and produce the concluding detection outcome. Tensorflow-GPU was used to implement and train the hybrid model and evaluated on the ADFA-LD dataset. Experimental results showed that the proposed method had reduced training time with an enhanced anomaly detection rate. Therefore, this method lowers the false alarm rates.

КЛЮЧОВІ ТЕНДЕНЦІЇ РОЗВИТКУ ІННОВАЦІЙНИХ БІЗНЕС-МОДЕЛЕЙ КОМПАНІЙ

Modern trends and business conditions indicate that companies need to react extremely quickly to changes in the external environment in order to achieve long-term competitive advantages. Nowadays, designing of an effective business model is one of the options to form the strategic competitive advantages of a company. When business conditions change, innovations provide opportunities to still operate on the market and is a catalyst for the development of entrepreneurial performance.Thereby, the approach, when innovative companies’ development achieves through the transformation of their business models, and not only products or business process systems, is becoming more and more popular. However, innovative development is closely related to unpredictable results of companies’ performance. This fact is a deterrent one in the innovative development of companies. At the same time, the leveling of its influence is possible by identifying key market trends and complying with them. A company that monitors market trends has a much higher chance to offer relevant innovative products, to develop an optimal business processes system and to design an effective business model, improving its main elements by innovations

PROCESS QUALITY MANAGEMENT OF PHARMACEUTICAL SERVICES

Abstract: Currently, the result of the activity of any retail pharmaceutical organization is very consumer-oriented and aimed at the quality of the provision of pharmaceutical services, which subsequently has a positive effect on the level of provision of pharmaceutical care. Therefore, improving the quality of pharmaceutical services is relevant and significant in the implementation of pharmaceutical activities. The implementation of this approach is possible only with a systemic impact on the entire activities of the organization from strategic planning to the sale of high-quality finished products to the consumer. This circumstance necessitates the standardization of all production activities of a retail pharmaceutical organization from the standpoint of quality management systems. Aim. Substantiation and development of methodological recommendations on the use of a process-oriented approach to improve the quality of pharmaceutical services provided to the population. Matherials and methods. The authors used data from the content analysis of scientific literature and current regulatory documents regulating aspects of the functioning of the quality management system in a retail pharmaceutical organization Results. This study is devoted to the rationale for the application of a process-oriented management structure in the activities of retail pharmaceutical organizations. The article presents a model of the functioning of a system of production processes in a pharmacy, as well as a scheme for the transformation of a pharmaceutical product and the production of pharmaceutical services in the course of such activities. Conclusion. The methodological recommendations developed by the authors on the unification of the technology of performing basic production processes and synchronization of management, in the format of the successful functioning of the quality management system of a retail pharmaceutical organization, will contribute not only to improving the level of services provided, but also improve the quality of pharmaceutical care to the population.