This article raises problems related to the shortcomings in the existing field of construction supervision and the relationship between participants in the construction process. An article dedicated to the implementation of comprehensive and comprehensive construction supervision at capital construction sites, bringing the construction supervision system to a standard that minimized the customer’s risks and minimized the number of errors in the construction industry. The aim of the article is to find solutions and ways to resolve problems, because of which there are many qualities, as well as the timing of projects for investment and construction activities. On the basis of a statistical analysis of the current situation and world experience, the main proposals for the improvement of construction supervision systems are presented.

This article analyzes the measures to improve the business climate in the construction sector (roadmap), implemented in Russia in recent years. The indicators of Russia in the international Doing Business rating are analyzed; an improvement in Russia's position in the field of favorable conditions for doing business, despite the difficult economic situation in the country is revealed. The main indicators of the effectiveness of optimizing the completion of procedures were the introduction of an exhaustive list of procedures with a description, the elimination of redundant (duplicate) procedures, a reduction in the duration of the procedure, and the introduction of digital technologies during the completion of procedures. Despite the reforms carried out in Russia, depending on the region, there are a number of problems of a different nature when going through the procedures at the stages of pre-design and project preparation, which entail an increase in time and financial costs. Because of this, it becomes necessary to develop additional measures to optimize procedures related to getting building permission.

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The lack of a unified structure of the information model at different stages of the life cycle for different types of capital construction objects and the lack of requirements for the composition and content of the information model causes the problem of transferring the information model of the capital construction object from one stage to another in order to exchange and analyze data on objects throughout the entire life cycle. cycle, which will allow to simultaneously take into account technological, financial, technical parameters and the time factor, maintaining the data in an up-to-date and complete state at any time for all participants in the investment and construction process, including management companies, operating, repair, construction, subcontracting, design and research organizations, supervisory and control bodies. The goal of this article is to develop a concept for using XML schemas for transferring from one stage of the life cycle to another and storing information, documents and materials included in the information model of capital construction objects.