For a considerable period of time, peer review has been regarded as the cornerstone of academic journals and scientific communication, ensuring the high quality and reliability of published materials. However, in the early decades of the 21st century, a growing number of scholars began to challenge the traditional peer review procedure, questioning its efficacy. This study aims to provide a fresh perspective on the peer review mechanism, with the objective of enhancing the implementation of scientific communication's functionalities. The research employs historical analysis techniques and modelling methods based on Business Process Model and Notation (BPMN) to compare diverse review models in terms of their influence on scientific communication. BPMN is a conventional tool employed for modelling and describing business processes. The evolution of the peer review procedure is explored, encompassing an examination of the factors contributing to current and future transformations in the publishing realm. The author refers to the crisis of the conventional peer review system and the growing prevalence of preprints, serving as exemplars of these transformations. Finally, suggestions for the implementation of the post-publication review workflow in Russia are provided.

The article discusses the issue of measuring technological sovereignty, which is essential for developing a scientific and technical strategy to enhance Russia’s technological independence. Index methods do not provide an accurate representation of the level of technological sovereignty. Solving this problem requires assessing the efficiency of economic technologies. The aim of the study is to explain the direct (non-indexed) method of measuring technology sovereignty, taking into account qualitative features of technologies. The study employs the theory of technological change and empirical regression analysis and uses statistical data from the Russian economy as its information base. A general algorithm for measuring technological independence is proposed. It is applied to each technological area separately, considering the qualitative characteristics of the technologies used. An indicator for assessing the level of producibility is calculated based on the ratio of innovative to non-innovative products and services. The impact of investments in new and old technologies on this indicator is assessed, allowing to obtain a structural picture of Russia’s technological development and renewal. The general conclusion is that investments in new technologies have not been a determining factor in increasing the level of producibility for the Russian economy. The measurement of technological sovereignty requires changes to the federal statistical system for tracking technological development. This would not only allow for a more accurate quantification of the superiority of domestically produced technologies over imported ones but would also reflect the qualitative aspects of potential dependence on foreign technologies in a more comprehensive way. It is important to identify the balance between new and obsolete technologies, as well as between domestic and foreign-produced technologie

In the context of the recent developments in Russia, such as the termination of activities of several major scientific publishers and the blocking of access to two prominent bibliographic databases, Scopus and Web of Science, Russian scientists face a challenge in continuing their research and contributing to the scientific and educational community. This article aims to explore the potential of open bibliographic databases as a viable alternative to these two databases in addressing the main objectives of scientific and educational policies. The research methodology employed in this study involves a content analysis of relevant sources that examine science as a specialized field of human activity. Additionally, various aspects of utilizing bibliographic databases in decision-making processes related to scientific and educational policies and during actual research are considered. A comparative analysis is conducted on selected open databases to assess their suitability for different stages of scientific knowledge production. The study resulted in the characterization of several open access bibliographic databases: Russian Index of Scientific Citation (RISC), AMiner, The Lens, Dimensions, and OpenAlex. The criteria used for the analysis were: volume of content, period covered, availability of filters, data visualization tools, data upload capabilities, and additional features. Based on these criteria, it was proposed to form a subject area research program using these open bibliographic databases. It was concluded that these databases can fully replace Scopus and Web of Science in terms of solving the problem of defining the boundaries of world science and conducting scientific research. However, at the moment, there is no alternative to Scopus and Web of Science for evaluating scientific results. The study emphasizes the importance of using open bibliographic databases in scientific research and the need to develop them further. The results of the study can be useful for researchers, scientists, and policymakers who are interested in improving the quality and efficiency of scientific research in Russia

The study develops and specifies the approach previously proposed by the authors to the creation of a system for the evaluation of the effectiveness of research and technological activities in the Russian Federation. This system would serve as a foundation for monitoring scientific and technological progress in Russia and its regions, as well as R&D subjects and other elements of the science and innovation sphere. The authors identify the potential of this system to ensure the protection of the Russia’s domestic research and technological sector against unauthorized transfer of R&D results to foreign countries. It would also ensure compliance with secrecy and confidentiality regulations and provide additional opportunities for efficient public management of R&D sphere based on R&D performance data. The purpose of this study is to explore the potential use of the data provided by the system in addressing the most significant challenges facing the domestic science and technology sector in terms of safety and security, as well as protection against various threats. Additionally, we aim to contribute to the scientific, technological, and socio-economic development of Russia through the use of this system. In our analysis, we have applied principles from science and technology theories and strategies for scientific and technological advancement in Russia. We have also used verbal modeling approaches to analyze the potential impact of the system on the sector. Furthermore, we discuss potential additional measures that could be taken to enhance the effectiveness of the system, such as involving different stakeholders in the research and development process to ensure a more comprehensive approach.

The aim of this article is to identify the institutional and economic-psychological factors that affect the effectiveness of protecting intellectual property rights, with the goal of improving the efficiency of innovation in priority areas of scientific and technological development. In this study, we used methods of analysis, systematization, and classification to extract relevant information related to the efficiency of innovative activity from regulatory and academic sources. We also analyzed patent data for five years to track the dynamics of application filings and patent reviews. Additionally, we applied methods of functional analysis to labor functions in training future patent and economic engineers. Finally, we employed the methodology of expert evaluation to assess the rating of indicators for innovative performance. Based on a comprehensive analysis of normative and scientific approaches to evaluating the effectiveness of innovative activities, the main directions and ways to improve it have been identified, and prospects for future research have been outlined. The paper also discusses the activities of faculty and researchers, as well as the potential for further research in this area

This article presents the basics and results of applying the Lean R&D methodology in planning as a crucial tool for enhancing the success of innovative projects. By following a step-by-step process, the effectiveness of project execution is improved through a comprehensive list of key tests that increase in complexity. This approach simplifies early identification of potential issues and reduces the risk of errors during the design phase. A new lean planning method is introduced, including assessing the readiness of the designed product at the design stage based on a roadmap. It also involves analyzing the critical elements (CE) of the product and determining their current level of readiness. Additionally, a functional analysis of the CE is conducted, followed by separate planning for the development of each element. Finally, the project is checked against a set of criteria to achieve technology readiness levels (TRL+). The process of lean planning is demonstrated in the field of engine building through the case of integrated starter-generator (SG) development. Specific elements of the planning structure are considered, and a functional analysis of the SG’s CE is conducted for both internal and external primary and secondary impacts. Their interactions and control events are determined according to detailed TRL+ criteria, allowing for the reduction of technological risks, shorter project execution times, and increased efficiency in innovative technology development through the use of this planning tool