Moscow Agency of Innovations, the innovation development institution of Moscow, hosts an annual international competition (hackathon) for the Moscow Mayor's award "Leaders of Digital Transformation" to support talented young specialists with IT skills to develop them further and create digital products (apps, programs) relevant for development of the city. All participants work on actual tasks set by customers (city departments and corporations). The main objectives of the project are: a) Development of human capital in the ICT sphere. b) Formation of new connections and partnerships between subjects of scientific, technical, and innovative development (including young IT specialists and their informal groups, universities, and corporations). c) Facilitating the creation of new startups and supporting them at the early stages by promoting the formation of technological teams and improving the digital products they develop. d) Creating innovative and flexible formats for citizens' participation in city life and its technological development.

Interactive Smart Video Player. The intelligent video streaming player guarantees the fact of viewing. Allows you to assess the user’s non-verbal reactions to the content using real-time index analytics. Using facial point recognition and analysis of key metrics, the player determines how attentively the user is watching the video. If the user is distracted, playback stops until they return to viewing.

The personal training has become one of the most important questions nowadays, especially in the field of the artificial intelligence. And it is very important to give people linguistic knowledge during the personal training. It is “The System-Model Super Express Method of Teaching Foreign Languages by Tamara Troushnikova” which can help to decide this task very quickly and with the best quality because it is innovative one. The Method is the logical one. It is based on the twelve sciences such as philosophy, neuropsychology, cybernetics, mathematics, systemtechnics, linguistics, etc. and uses the system approach to the problem of teaching foreign languages and the whole linguistics itself. It can be also used in the filed of the artificial intelligence, especially for creating of the innovation artificial men-translates (android, robot), which are able not only to speak fluently, but to think in various languages, i.e a thinking artificial man and an artificial men-coaches for various aims(for example medical, technical and so on). The main point of the Method is the task to form the new system of thinking in the language which is taught with the help of models of thought, which the author Tamara Troushnikova has discovered. The system of thinking is parallel to the native to the native one. It gives the opportunity in 2-8 weeks only (on the first stage of studying the language) to speak fluently without studying grammar in detail (and later to study it easily and quickly) and think on this language. The Method is practically used for 25 years. It gives the opportunity to know the foreign languages perfectly in 3-4 months. About 150 text-books of the new generation have been written on the bases of the System-Model Super Express Method of Teaching Foreign Languages by Tamara Troushnikova. They have been published not only in Russia, but in other countries, India for example. The Method is defended by the trade-mark (brend) “Tamara Troushnikova® ” the patents and the authors certificats.

The problem of plastic lead some countries to ban single-use plastic out of usage and the areas are keep expanding and EU voted to ban a single use plastic by 2021. This is a huge business! This is a huge issue for fast food, beverages companies and also for all of us for consumers. We have developed a new revolutionizing plastic that can be used to produce sachet, packaging, wrapping films, laminated films, straws and it’s so biodegradable that you can even eat it! Our material is hundred percent biodegradable under environmental conditions, strength, resistant, transparent and it has all the properties you require for plastic.

1. Project Overview The project is a cultural and technological integration project in response to the “Belt and Road Initiative” and the cooperation framework of BRICS countries. By integrating key technologies such as music big data analysis, 3D instrument modeling, virtual reality (VR), and immersive human-computer interaction, the platform aims to create a new environment for learning and experiencing traditional music cultures along the Belt and Road. It not only provides users with an immersive space to deeply understand the traditional music cultures of Belt and Road countries but also serves as an essential tool for promoting cultural exchange and understanding among BRICS countries, holding profound significance for the protection, inheritance, and innovative development of diverse cultures. 2. Technical Challenges and Innovations The project addresses core technical challenges such as intelligent calibration of music style data, precise transformation from 2D images to 3D models, construction of a comprehensive virtual music environment, cross-language interaction experiences, and real-time pitch recognition and feedback. Innovatively combining high-precision 3D modeling with VR technology, the platform offers users an unprecedented immersive experience in music culture. Additionally, the platform's real-time pitch recognition and feedback system, as well as the application of gesture recognition and haptic feedback technologies, bring innovative attempts to the field of music education, greatly enhancing users' interest and experience. There have already been several successful cases in recent years, including the 'Belt and Road' music culture virtual simulation teaching course developed by our team at the Xi'an Conservatory of Music.

The goal of the practice is to improve the efficiency of the university by developing a system for supporting management decisions in the form of an analytical subsystem of the university's digital platform. The developed analytical subsystem of the digital platform of Bauman Moscow State Technical University is a set of services that provide solutions to university management problems. The main purpose of the proposed practice is to improve the efficiency of making management decisions on the formation of teams of performers, development of scientific areas, use and development of staff, facilities and equipment, scientific and technical reserve of the university through monitoring, intelligent analysis of data and development scenarios, formation of forecasts, conclusions, recommendations and reports. The analytical subsystem functions in the form of a web application and is open for development. Services for training engineering teams for the industry, identifying promising scientific areas, and predicting the emergence of new fields of study have been implemented. The implementation of 11 more services and a mobile application is planned. The proposed solution can be integrated without further development via API into the information systems of other universities. The microservice architecture of the analytical subsystem allows for easy expansion and interaction with third-party resources, as well as the ability to integrate with the unified Russian platform of government services GOVTECH. The implemented service for training engineering teams for the industry based on a technical specification file for R & D or event requirements forms and recommends teams of performers from among employees and students, taking into account their experience. When implementing the system in universities of different countries, it is possible to select international teams. This allows for increasing the efficiency of project activities and the distribution of university resources, as well as implementing the training of well-coordinated teams of graduates for a specific industrial partner. A large BERT language model is used to analyze text documents, and a genetic algorithm based on the punctuated equilibrium method is used to select the optimal group of researchers. The service for determining promising scientific areas based on the analysis of the dynamics of changes in the international patent classifier predicts scientific areas that may appear in the near future, and also generates a forecast for the development of new and existing scientific areas. The service for predicting the emergence of new fields of study based on information about promising scientific areas determines the competencies that professionals must have to conduct research and development in these areas, and generates recommendations for the training of students and researchers in order to develop in-demand competencies.

One of the sources of omega-3 and omega-6 fatty acids, iodine, vitamins A, B, E, D, easily digestible protein is fish. In accordance with the order of the Ministry of Health of the Russian Federation dated August 19, 2016 "On approval of recommendations on rational consumption norms for food products that meet modern healthy eating requirements", the consumption of fish products is set at 22 kg per person per year. According to Alexander Saveliev, the head of the fishing information agency, fish consumption in Russia is around 12 kg per person per year. The low level of consumption is also confirmed by the National Financial Research Agency (NAFI), with only 36% of Russians eating fish once a week or more. Main fishing areas include the Far East, Arkhangelsk and Murmansk regions, Karelia. One of the key problems is delivering fish to all corners of the country, keeping it cold, either refrigerated or frozen, to prevent spoilage. Such methods reduce the taste quality of the fish. One solution is to increase the volume of fish farming in other regions of Russia to improve access to quality and fresh fish throughout the country. The second problem is the increase in the average annual temperature, leading to an oxygen deficit in water bodies that have lost the ability to self-recover. Considering the fragility of soil and water biocenoses, the low sum of active temperatures (SAT), the period of recovery for agrobiocenoses is a considerable period of time (more than 5 years). Our studies have shown that the main reason for the occurrence of fish kills in water bodies and low fish productivity is the slow rate of oxygen and carbon dioxide dissolution during the dark and light periods of the day. The BIOPRINTECH team has developed a device that improves aeration technology in aquaculture cultivation. Our value proposition is an energy-saving aerator for more efficient oxygen dissolution in water. The project is expected to develop into a comprehensive solution that will monitor and restore the entire water body biocenosis. The aerator is installed at the bottom of the water body, enriching the water with oxygen and maintaining the circulation of water layers. During experimental studies in a water body in the Sverdlovsk region, the speed of oxygen dissolution in water was significantly increased. Air dissolution rates increased by 3.7 times, and oxygen by 9.7 times. The implementation of: The proposed technology will allow to reduce specific energy costs from 336 to 92 rubles. The production effect results in a 2-3 times increase in the stocking density of aquaculture livestock without the use of additional territorial and water resources. Stable fish cultivation will increase the yield from 50 kg to 550 kg per 1 ha of water surface without compromising taste quality. The elimination of the need for annual stocking of fingerlings, artificial feeds, and mass fish kills in aquaculture will enhance the profitability of aquaculture cultivation.

Problem. Development and design of business applications with built-in artificial intelligence services from scratch. The presence of this problem leads to the fact that the development of business solutions with AI functions takes from a couple of months to 1 year, and the cost of development increases 3 times. Solution. A platform for developing business applications integrated with artificial intelligence. The platform allows you to develop modular business applications and embed AI in them thanks to a library of components and technologies (expert systems, neural networks, intelligent decision support systems) to solve a wide range of industry problems.

Problem: Businesses struggle with fragmented data across multiple platforms, leading to inefficiencies in marketing and decision-making. Managing, integrating, and analyzing this data becomes a significant challenge, hindering optimal performance and insights. Solution: Andata.io provides a unified platform that integrates data management, analytics, and online advertising tools. By consolidating data into a single ecosystem, the platform enables businesses to optimize their marketing strategies using AI and machine learning, ultimately improving decision-making and campaign effectiveness.

In terms of the climate agenda, a comprehensive concept project has been developed with the ultimate goal of creating a multifunctional zone (AquaOasis) on the territory adjacent to the reservoir, consisting of technologies developed in symbiosis with our partners. This solution allows for a comprehensive restoration of the ecological condition of the coastal areas and its biodiversity. Restoration is envisaged in 4 stages. 1 stage - involves analyzing the condition of the water body and cleaning it from debris and bottom sediments. Bottom sediments are processed into commercial products. Depending on the chosen technology of bottom sediments processing it is possible to obtain soil mixture, humus, vertical greenhouses (aquaponics), etc. 2-3 stages - the ecobalance of the water body is restored. The optimal mode of aeration of the reservoir, biocenosis (bacteria, microorganisms, algae, etc.) is selected. 4 stage - the reservoir is monitored and the ecobalance is adjusted if necessary. The transformation of water reservoirs in the territories of the regions, by stabilizing the ecobalance, with the creation of a recreational area adjacent to the reservoir, will reduce anthropogenic impact, reduce social tension, provide the region with ecological products and areas of nature-like economic use, provide industrial enterprises with recreational areas within walking distance, which will allow them to meet the ESG-agenda. The technological solution of high-speed aeration has passed practical tests on treatment of recycled water supply effluents and stabilization of water saturation of reservoirs to increase aquaculture planting density. The technology of high-speed aeration reduces specific energy costs from 336 to 92 rubles. Increases the amount of grown fish from 50 to 550 kg per 1 ha of water body mirror. By increasing the density of farmed sturgeon, the technology will increase the profit up to 132 million rubles for one aqua-farm. The aerator enriches the water with oxygen and keeps the water layers circulating. In October 2023, when piloting the prototype at a fish farm pond in the Sverdlovsk region, an increase in the rate of dissolution of air in water by 3.7 times and oxygen by 9.7 times was achieved. Compared to existing analogs, the dissolution efficiency was increased by 367%. Effect of the technology application: Ecological and rapid restoration of surface water bodies, coastal areas and biodiversity of the regions with further organization of domestic tourism. Reduce poaching, create new places for fishing, reduce social tension. Increase the percentage of people willing to grow fish. It will provide regions with local fresh fish, reduce its cost, and increase the health of the nation. Creation of new socially-oriented territories in the coastal zone of water bodies with the development of ecological, recreational and ethnographic tourism, will increase the level of comfort of living of the population of the territories.

The machine-tool and tool industry is the basic sector of the economy, the development of which is provided by the level of scientific and technical enterprise of metalworking machines, universal technological equipment, forging and pressing and foundry equipment, metalworking tools, hydraulic equipment and other products for general machine-building purposes. The main goal of the Project development is to provide the technological and manufacturing industries of the BRIX Member States with metalworking laser equipment, which can significantly extend the service life of critical parts and components within the framework of the technical re-equipment program. The Project is especially relevant in today's situation, with the depreciation of machinery and equipment in the fixed assets of industry, reaching 52.5%. Due to a sharp decrease in the purchase of imported spare parts and components, the search for new production technologies and equipment aimed at extending their life cycle is especially relevant. Much attention is paid to new technologies for heat hardening of surfaces, the most famous of which are: volumetric heat treatment, laser, plasma, flame hardening and induction treatment. In addition to the general stages of the cladding process, it is important to note that with a total minimum number of manufacturers of surfacing equipment (stationary complexes), they use "boxed" surfacing technologies, which can lead to destructive effects on the processed products, which can cause microcracks leading to brittleness and brittleness, the economic effect for 1 enterprise is more than 1 billion rubles. In particular, this applies to the repair site of large-sized equipment and parts that cannot be disassembled and transported, mobile surfacing equipment is almost the only repair option. The use of this equipment will not only solve the problem of rapid repair, which needs to be solved for the continuous and reliable operation of the main sets of equipment in large enterprises, but also avoid the process of dismantling, transportation, on-site repair and installation, save labor intensity of workers and repair time, reduce downtime, and avoid the cost of replacing new parts and transportation for enterprises. At the same time, the mobile laser cladding complex developed within the framework of this Project for repairs of machines and mechanisms in production and field conditions will be easy to operate, maintain and transport. https://drive.google.com/file/d/1GwPdrkyLOtb87yU0u4R3gZHfjt4-ArN0/view?usp=sharing