The expansion of renewable energy sources increases the demand for energy storage systems due to the variability of energy production using renewable energy sources. A number of technologies are used for short-term (daily) energy storage, such as pumped storage, gravity accumulators, accumulators and flow batteries, etc. However, long-term storage of large amounts of energy is still a challenge. The use of energy storage systems with a hydrogen cycle can be one of the solutions to this problem. Energy from renewable energy sources is converted into hydrogen by electrolysis, hydrogen is stored in a special storage facility (compressed, liquefied or in metal hydrides) and, if necessary, converted into electricity in fuel cells.

This project is to improve the original vertical structure of Micr0-LED to prepare a new inclined side wall Micr0-LED and a new inclined side wall Micr0-LED pavement lighting.

Plastilin creates fundamentally new plant varieties (soya, peas, rice, lettuce, tomatoes, etc.) using genome-editing technologies that have high yields, grow in milder climates (drought, cold), are resistant to pathogens, and have the most beneficial nutritional characteristics for humans. Plastilin reduces the time to create varieties by 4 times, reduce the cost of variety creation by 2 times, and allow targeted variety creation to meet the needs of human nutrition. We have implemented a digital platform for predicting the necessary changes in the genome, trained it on our own crop genome database, and combined it with our own genome editing technology. based on our own developments, we have a ready-made solution for creating varieties with the required characteristics.
We have formed a combined system for creating new varieties combining AI and genome editing: a digital platform for predicting necessary changes in the genome, which is trained on its own database of crop genomes, and with its own genome editing technology. based on our own developments, we have a ready-made solution for creating varieties with the required characteristics.


Africa currently faces the scourge of period poverty. Period poverty is the inability to afford and access menstrual products, sanitation and hygiene facilities and education and awareness to manage menstrual health. Some families have to make the choice of buying food or menstrual products for women and girls, leaving most women and girls without hygiene products to manage what their bodies naturally produces. The University of Stellenbosch found that 30% of young girls in South Africa are affected by period poverty. This means that 30% of girls miss school every month during their menstrual days. The solution that IPUSE Holdings has implemented is establishing Sanitary Pads Manufacturing Incubation Centre in communities where period poverty is rife. The Incubation Centre manufactures biodegradable sanitary pads that are donated to girls and women who need them. The Incubation Centre also provides training to women and youth in the manufacturing of sanitary pads, providing skills development and employment opportunities to the communities it serves. The Incubation Centre also provides access to a sector where training does not largely exist.

Diseases of the skeletal system, such as fractures, bone defects, and joint diseases, bring great suffering to patients and impose heavy economic and living burdens on society and families. Bone defect repair remains a major challenge in clinical orthopedics. In recent years, biodegradable metals like magnesium and its alloys have garnered significant attention due to their excellent biocompatibility, degradability, and unique bone bioactivity. Magnesium ions, as essential elements for the human body, can induce osteoblast differentiation and mineralization within physiological concentration ranges, promoting new bone formation. Meanwhile, magnesium alloys degrade slowly in the body, gradually transferring biomechanical loads and eventually being replaced by new bone tissue, achieving good integration with bone tissue. Therefore, this project proposes the use of laser additive manufacturing to design and fabricate new magnesium alloy bone implants with excellent bioactivity and osseointegration. The aim of t

Problems: 1. High operating costs for performing industrial geophysical and hydrodynamical surveys (GHS). It is necessary to increase the efficiency of interaction between the customer and the contractor. Long connections between process participants lead to an increase in the cost of GHS and oil losses. 2. Low level of digitalization of GHS processes. Up to 30% of labor costs do not actually bring value. Unproductive time is associated with the need to analyze non-digitized data. There are no end-to-end processes, which leads to the need to duplicate work and the impossibility of robotizing information analysis processes. Solution: Development and implementation of an integrated digital platform for geological and technological monitoring for oil and gas fields to automate and optimize the geophysical and hydrodynamical survey

The use of printed patterns is time-consuming (printing, gluing, cutting, and transferring patterns onto fabric). The pre-sewing preparation process consists of printing patterns on a plotter or printer, gluing sheets together, cutting out the details, transferring them onto the fabric - and it takes up to 3 hours. 2. High material costs (paper, ink consumption or printing costs, and other auxiliary materials). On average, one pattern consists of 50 sheets of A4 paper, and the production of one pack of paper destroys an entire tree. Moreover, paper production requires a significant amount of electricity and fresh water. The pulp bleaching process used in paper production involves chemical compounds, leading to environmental pollution. 3. There is no possibility of trying on the finished product. Virtual fitting allows trying on and evaluating the product before sewing. This is a competitive advantage, as some clothing brands are already actively using this technology, but no pattern brand has implemented it yet. Pattern brand problems: 1. They have difficulties demonstrating and selling patterns to a wide audience. 2. Customers spend a lot of time working with patterns. 3. There are no tools for sustainable development of the pattern brand. Designer problems: 1. There is no single platform for communication and ordering patterns, including custom sizes. 2. They are limited in their ability to find customers and sell their work. Also, we highlight the problem of the Ministry of Natural Resources and Ecology of the Russian Federation: the aim to reduce waste and promote sustainable development in the industry.

1) Paradigm shift: AI simply serves as a tool to support directors or board committees -> AI controls the decision-making process. Directors and management cannot cope with the increasing flow of data. Human factor costs. Lack of legislation for AI. Since 2014, several artificial intelligence (AI) systems have been formally appointed to senior positions in international companies. Technological singularity. 2) Transition to autonomy: Dictionary of Algorithmic Decisions (Computing Law) Dedicated operating context Synthetic data AWS Amplify (or other cloud service) aggregation of necessary internal and external data (Yahoo, Reuters, etc.) algorithms and models for data processing and decision making algorithms and models for compliance with corporate legislation and ethics

Before the implementation of ASMAR, the process of monitoring the operation of the well fund was based on the use of different software products. The implementation of the ASMAR made it possible to standardize the approach to working with information, and integration with the main company software to monitor the performance of the downhole pumping equipment and use incidental downtime to interpret the pressure build-up

Construction and inspection. Problem: Frequent inspections of construction sites are necessary, which is time-consuming and resource-intensive. Solution: Quadcopters can quickly and efficiently inspect industrial sites, check construction quality, or identify potential problems such as roof or façade damage. Environmental research. Problem: Difficulty monitoring ecosystems, especially in hard-to-reach areas. Solution: Using Shturm drones allows researchers to conduct aerial photography, track habitat changes, monitor animal populations, and explore various ecosystems with minimal impact on nature.

THERE IS NO SINGLE AGGREGATOR OF UNIVERSITY TOURS IN RUSSIA. EACH UNIVERSITY HAS ITS OWN PAGE, WHICH HOSTS FACE-TO-FACE AND VIRTUAL EXCURSIONS, AND APPLICANTS HAVE TO SEARCH FOR INFORMATION ON THE WEBSITE OF EACH UNIVERSITY SEPARATELY. In addition, excursion organisers contact each university separately, but do not find the required excursion on the single portal.

Parallel operation of multi-inverters is a significant development direction in the field of power electronics, aiming to enhance the efficiency, reliability, and distribution accuracy of inverter systems. By operating multiple parallel inverters simultaneously, the load can be effectively shared, improving the system's fault tolerance and output efficiency.