Relevance. Low variability in the performance indicators of science cities requires adjustments to their threshold values. This article aims to improve approaches to assessing the performance of science cities, ensuring both the maintenance of a high level of scientific and technological development and their further development. Materials and Methods. Scientometric and statistical methods for studying socio-economic systems were used. Results. An analysis of the scientific and technological development of science cities and the fulfillment of requirements for their research and production complexes was conducted. Directions for adjusting the indicator values are proposed, including a median approach to changing the threshold values of indicators. Conclusions. The results of the study can be used when amending regulatory legal acts on assigning science city status to municipalities.

This article examines approaches to developing a system of information interaction and information support for scientific and technological development processes (using the example of VNIIR — the All-Russian Research Institute of Radioelectronics). The aim of this work is to substantiate approaches to the digital transformation of information process management mechanisms and the formation of information resources that ensure information interaction and information support for scientific and technological development processes in the electronics industry. Particular attention is paid to the rationale for multiple information circuits, united into a single information space, ensuring information integration and information support for management decision-making processes for the development of the electronics industry in the context of digital transformation.