The digital campus unites business, universities (colleges) and the state. Our company conducted a study and through a survey it was possible to find out 3 main problems of students, namely: earning money, finding a good job and privileges when applying to university. The Digital Campus platform provides the following: a bonus system for motivating students, a single pass to the university infrastructure, vacancies and internships for partners, an exchange of services from students, registration of self-employed status, payment of taxes, organization of payments to the self-employed, creation of accounting documents for partners, rental of university premises
business, organization of university events, an environment for online education, promotion of student startups, collection of student portfolios, surveys. The business, in turn, receives free promotion, and our platform helps to find the best candidates and hire them.

Goskeshback is a platform with gamification elements that will help attract and retain the attention of citizens, stimulating their active participation in education, healthcare, sports and other social spheres of activity.

1. a large number of sources of appeals (public, social networks). The AI provides a complete analysis of the requests. 2. a large number of messages and comments, from which it is difficult to identify the real problems. The AI shows the number of requests for each topic. 3. High labor costs for processing messages (classification, problem, applicant). The AI shows a summary of the requests and structures them.

We have created an autonomous device capable of functioning without constant operator intervention, moving autonomously along a predetermined route, using machine vision technologies, capable of signaling violations of staying in a protected area, and also monitoring the state of the environment. The data obtained allows us to draw a conclusion about the state of the reservoir and prevent environmental crimes that lead to irreversible consequences.

The aim of the project is to develop design documentation for a completely technologically new drilling mud cleaning device, taking into account the features and characteristic features of the behavior of drilling mud when cleaning it from drilled sludge. The device is designed for cleaning drilling mud from drilled rock during drilling of oil and gas wells. The product is used as part of the circulation systems of drilling rigs. Scope of application: drilling of production, exploration, directional, multi-hole and horizontal wells. Potential consumers are companies engaged in drilling oil and gas wells. The development of the device is aimed at implementing an import substitution program.