CITIIS program of National Institute of Urban Affairs, Ministry of Housing and Urban Affairs, Government of India is funded by international institutions to fund city innovation projects. CITIIS Management Platform (CMP) is an end-to-end system to run national scale challenge, select city projects via online jury, and manage lifecycle of each project from planning, budgeting, procurement, progress monitoring, environmental and impact assessment, financial monitoring, events and communications. Projects are managed at national, state and city levels with workflows, automation, document management for collaboration and e-governance.

Many self-propelled drilling rigs produced worldwide, including in BRICS countries, are not equipped with automatic drilling and positioning systems. This leads to the extraction of barren rock and hinders the efficiency of the mining process. Our solution provides a graphical and laser projection interface, offering real-time guidance to the drilling operator directly onto the work face. The product is based on our innovative, proprietary software Navi.NTR. The hardware components of the solution are widely available on the market, making the final product more than 10 times cheaper than its analogs.

Currently, screening of new antitumor molecules in cell models is carried out manually, taking a lot of time and money and leading to errors. Our solution is to use artificial intelligence to solve this problem! Our products are a screening cell platform for selecting our customers' antitumor molecules, combined with an AI program that makes decisions about the selection of the leader molecule. Thus, our pharmaceutical company clients spend 100-200 times less money and time and make fewer mistakes.

One of the challenges in the development of hydrogen energy, including the generation of green hydrogen through the use of wind and solar power, is spatial planning, particularly large-scale planning. Such planning allows, in the first instance, to assess the suitability of certain areas for the deployment of a particular type of energy, and as a consequence, enables the formulation of a more precise strategy, both economically and geopolitically. A key aspect of utilizing geospatial techniques in the siting of alternative energy facilities is the capacity for integrated planning. The study aims to determine the optimal location for the implementation of suitable technologies by utilizing data. In this study, we attempted to evaluate the spatial potential for wind and solar power development in 5 federal subjects within the Far Eastern Federal District of Russia, considering different factors. The study is divided into two parts: the first part assesses the suitability of the territories based on a complex set of parameters, while the second part provides a quantitative model for predicting potential hydrogen production using the Weibull distribution. In the first phase of the study, it was decided to utilize the Analytical Hierarchy Process method. It is an approach for solving complex problems that involves breaking down the latter into criteria and assigning weights to them based on pairwise comparisons. After obtaining the weights for the criteria, we unified their absolute values. To complete the task, we applied fuzzy logic. To calculate the degree of belonging of a criterion value to a fuzzy set, we utilized six different functions. Using multiple functions is justified due to the spatial variation of factors and the non-linear nature of their impact on desired final potential values. Boolean logic was used to categorize territories based on their suitability for the relevant economic activity. Territories were then classified into 2 types: where the economic activity under consideration is allowed and where it is prohibited. For the final calculation, a weighted linear combination method was applied. The study area was analyzed, and as a result, three datasets were obtained regarding the desired potential of the studied territory for the deployment of wind farms and solar energy systems (PV and CSP). In the second part of this study, an analysis was conducted to assess the potential for developing hydrogen energy based on wind power in the region. Calculations were based on empirical wind speed data collected from 21 weather stations in the study area in 10 years period. Weibull distribution function was used to predict wind speed potential. To determine the Weibull parameters, five different methods were employed: EMJ, EML, MLE, PDM and MQ. Calculations for the total potential electricity and hydrogen production were conducted based on the technical specifications of the Vestas V150-4.2 MW wind turbine.

"ТИМ-юниоры II поток. Стань инженером будущего" - это международный образовательный онлайн-проект для школьников 8-11 классов, направленный на получение ключевых знаний по инженерной специальности и получение базовых навыков по информационному моделированию. Миссия образовательного проекта: Помочь участникам определиться с выбором будущей профессии. Цели образовательного проекта: 1. Популяризация инженерной профессии; 2. Создание цифровых двойников школ России, подлежащих капитальному ремонту.

Until 2020, parallel strand cable-stayed systems and equipment installing them from a French and Swiss supplier were used in constructing transport, industrial and civil infrastructure facilities. In 2020, OOO STS developed and tested a domestic cable-stayed system meeting international FIB89 recommendations. Even so, some elements were purchased from foreign suppliers. Russian Highways State Company decided to set up a working group to ensure complete import substitution of cable-stayed system elements. The solution was to mobilise the production and technological capacities of leading major Russian companies with significant experience of developing new products.

International Financial Institute "Interstate Bank BRICS+"-Digital Bank

The innovative solution of the "rooftop photovoltaic + storage + DC distribution + flexible electricity utilization" new type of power system

Until 2022, all automated transmissions were developed on the basis of European components and software. The project involves localization of the component and software base (Russian development and production)

Lack of mass production of vertical milling 5-axis machining centers