Breast cancer is the number one cancer in the world. The main problems are high prevalence and mortality rates from this disease. There are also a lot of recurrences from this disease, which requires repeated treatment of this group of patients and carries economic costs for the state. CRM "BreastCa" - is an assistant for an oncologist, which, thanks to its built-in functions, allows for the tactics of quick decision-making and selection of the necessary volume of treatment with full detailing and visualization of the tumor process. The steady increase in morbidity requires optimization of the workflow, and the implementation of the software will have an impact at various levels from the patient to the state.

The Digital Earth project is implemented by order of Roscosmos State Space Corporation within the framework of the Digital Economy program by order of the President of the Russian Federation. Problem: The need for objective regular all-encompassing monitoring of natural resources, processes and phenomena, as well as the consequences of the impact of human economic activity on the ecology. Implementation: Developed and implemented digital platform for collecting, analyzing and disseminating space imagery and analytical products using machine learning technology.

The BRICS share of global GDP in terms of purchasing power parity reached a record 35.7% by the end of 2023, according to the World Bank. BRICS today unites ten countries: Brazil, Russia, India, China, South Africa, as well as Egypt, Ethiopia, Iran, Saudi Arabia and the United Arab Emirates, where 45% of the world's population lives. As you can see, most of the members of this organization are in rather harsh climatic conditions with a shortage of electricity in their countries. Our solution to use tap-purified water as an air cooler dramatically reduces the cost of cooling systems for many industries in the appropriate climatic conditions. For example: "The total electricity consumption in Saudi Arabia exceeds 200 billion kilowatt hours per year, and this figure is expected to double by 2030. The country is spending more and more energy. Moreover, urbanization is far from the most energy–intensive direction. More than half of the energy consumed in the private sector is spent on cooling residential premises – air conditioners. "The cost of electricity for desalination of seawater is also growing more than rapidly: it's hard to believe, but the country, practically devoid of fresh water sources, is among the top three in terms of water consumption per capita. All this "beautiful life" in the desert requires enormous fuel costs inside the country," says Dmitry Lepeshkin, investment Director at QB Finance." Source http://www.cleandex.ru/articles/2014/09/24/saudovskaya_araviya_v_strane_razvorachivaets ya_plan_po_ekonomii_nefti. Water is a renewable source, and in our country there are developments to reduce the cost of desalination of water, which, when used in combination with BIO installations, can create a synergistic effect of reducing the cost of cooling. It should also be noted that, working out the objections raised by customers from Saudi Arabia and other countries with water shortages, we calculated that with a water consumption of up to 1.3 liters/hour per 1 kW of cold, due to the energy efficiency of our installations, 7 liters of water per hour are released for desalination. Bearing in mind that productive forces and the growth of consumer markets are shifting towards Asian countries, we see a market with a wide range of applications of new developments of our initiative group. We believe that the application of our developments in the technological processes of domestic (and not only) manufacturers can significantly help in reducing the burden on the environment and, accordingly, affect the results of economic activity of many enterprises with appropriate resource savings.

I would like to briefly introduce Multiledgers, a leading startup in Brazil specializing in sustainable blockchain-based solutions, with a diversified portfolio that includes: Platforms: Multiledgers Tech: Operational Description: A platform for provisioning, management, tokenization, and governance of blockchain networks (BaaS - blockchain as a service), multi-cloud, and multi-framework. Multiledgers Origin: Operational Description: A robust white-label platform for the origination and commercialization of environmental assets, including renewable energy certificates (RECs), carbon credits, and RTC (Renewable Thermal Certificates). We facilitate the creation of verifiable and traceable environmental assets, ensuring compliance with environmental and sustainability standards. Multiledgers Track: In development Description: An advanced tracking platform that monitors value chains with a deep focus on environmental, social, and governance (ESG) criteria. With a primary focus on reducing emissions throughout the entire production chain, Multiledgers Track is essential for industries seeking regulatory compliance and operational efficiency. Multiledgers CO2: In development Description: A white-label platform for trading environmental assets (marketplace style). Proposal for a Sustainable Tracking Network for BRICS: Multiledgers proposes the creation of a secure blockchain network that connects all BRICS countries with the goal of tracking and optimizing commodity supply chains, especially during challenging times. This network has the potential to strengthen the resilience of supply chains by enabling member countries to monitor, trace, and respond quickly to disruptions while maintaining transparency and integrity across the entire value chain. Focus on Commodity Chains: Through Multiledgers Track's blockchain technology, we can ensure efficient and secure tracking of critical commodities, such as energy, metals, and agricultural resources. This not only facilitates emissions reductions and compliance with climate goals but also protects the supply chains of these essential resources, even during periods of global uncertainty. This strategic network would support BRICS countries in implementing sustainability policies while promoting economic stability through supply chain optimization and the creation of a robust and integrated carbon market among member countries.

The trend towards electric vehicles is growing. Regulators around the world are setting stricter targets for CO₂ emissions, which is stimulating a shift to cleaner fuels. The widespread adoption of electric vehicles is impossible without the development of charging infrastructure. Most charging stations have similar technical characteristics and appearance. However, they often lack aesthetics (they don't blend into the urban environment, and don't look technological or eco-friendly) or user convenience (lack of comfort compared to gas stations, short, heavy, and dirty cables, inconvenient interfaces, incompatible connectors, lack of information on charging status). The LEVITAN line of charging stations addresses all of these issues. Its simple but modern appearance and sleek design give it a distinct identity, setting it apart from the bulky charging stations currently on the market. It integrates seamlessly into diverse urban environments while remaining easily visible to electric vehicle drivers.

In our journey of delivering AI Computer Vision Solutions to the manufacturing sector, we encountered significant hurdles in effectively integrating field experts' insights into our models. It became evident that enabling these experts to drive the development process themselves could be a game-changer. This realization led to the inception of Tuba.AI, empowering field experts to independently craft AI Computer Vision solutions tailored to their needs.

Issue Addressed: Millions of people with limb loss or impairment struggle with prosthetics that lack functionality, limiting their mobility and quality of life. Traditional solutions often fail to provide the natural movement, comfort, and confidence users need to thrive. Solution Applied: Our cyber prosthetics combine advanced robotics, AI, and neural feedback to create highly responsive, adaptive devices. These prosthetics closely mimic natural limb movements, enhancing mobility, dexterity, and user confidence, ultimately improving overall quality of life.

As most of the Western providers of industrial process control systems suspended their services in Russia, a huge market niche emerged. Forecasted market volume by 2026 is 60 billion rubles or larger. We took this opportunity to fill in the gap and create a product that is cutting edge in technology and design.

The increase in people with disabilities in 2023 increased by 3.8% compared to 2022 and is almost 11 million. Of these, more than 500,000 people need prosthetics. To date, there are 2 ways to solve it: 1. get a quota for free care (takes from 11 months to several years); 2) purchase a paid service (from 150,000 rubles). Today, there are many variations of prostheses on the prosthetics market, with different capabilities, functionality and dimensions, however, serious problems remain: long waiting for the patient to be ready for an individual prosthesis (as noted above (from 11 months to several years), rejection of non-biological tissues and materials, low functionality (related mainly to quota supply) and many others. We will offer a new technology for the production of bioengineered powders based on high-purity alloys and additive printing of prostheses according to individual sizes based on 3D scanning parameters, adapted to individual characteristics in order to select a technology that allows to ensure maximum biocompatibility, restoration of their structure and functions. The goal of the project is to research, select and create the best additive materials that are maximally compatible with the body in order to minimize postoperative complications, including rejection. The developed materials (powders) for printing individual prostheses will have the possibility of import substitution of analogues not only without losing consumer qualities, but in many ways surpassing them.