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The article discusses the application principles of the industry 4.0 concept to improve the basic technological processes of electronics production. The problems of quality assurance in the automatic installation of printed circuit boards. Examples of the introduction optical inspections and fluoroscopy to reduce the marriage are given. The features of screen printing processes and their control using 2D and 3D inspections are considered. The location structure of the automatic optical inspection installations in the automatic line of printed wiring and communication of the automatic screen printing printer and 3D solder paste inspection is presented. A process model for the automatic installation of printed circuit boards using the elements of Industry 4.0 is presented. The organization of machine-to-machine interaction increases the automation of the system and eliminates the «human factor», as a result of which the production process is accelerated and the probability of occurrence erroneous actions resulting in nonconformities of products with standards is reduced. The tasks of organizing and certification of 3D fluoroscopy electronics, as well as the actual improving tasks the typical automatic assembly line of printed circuit boards, are considered.

In the article topical issues of quality assurance of software complexes (PCs) are considered. The special role in the organization of the processes of PC development of information services is emphasized, the implementation of which is carried out with the help of appropriate information resources, including a set of knowledge, data, artificial intelligence systems, analysis and information processing systems that serve as the basis for PC production. It is shown that the successful implementation of design work should be systematically implemented on the basis of appropriate information support, which is based on a variety of information products. Particular attention is paid to the analysis of risks arising during the development and operation of the PC. The novelty of the conducted research consists in the complex consideration of the tasks of increasing the reliability of the PC and minimizing the risks on the basis of using the methods of automated testing of software products. It is shown that the application of PC testing methods provides an increase in the reliability of design solutions and the effectiveness of practical implementation of developments.