In order to maintain optimum oil production, there is a need to constantly change the number of swings and monitor the operation of the actuator. The system has the following features: - motor speed regulation, ensuring optimal performance of pumping stations; - possibility of remote control of equipment condition and diagnostics of arising problems in real time; - adapted pump operations depending on the time of day and current electricity tariffs, reducing the load during periods of high electricity demand; - parameter adjustments in response to changing operating conditions, such as load changes. - remote GTMs, which contributes to increased oil production.

Food security has become a global threat, calling into question the sustainable development of the planet. We face an unprecedented challenge driven by: - Population growth: The demographic explosion, especially in developing countries, is increasing the demand for food. - Dietary change: The shift to a ‘protein diet’ and increased meat consumption is increasing the pressure on agriculture. - Food waste: in developed countries, huge amounts of food are thrown away. - Climate change: global warming leads to droughts, floods, reducing crop yields. - Soil degradation: 30% of the planet's soil is already degraded and 60-70% is in various stages of degradation. We are losing it 50-100 times faster than it is regenerating! A transition to sustainable agriculture is needed, including: - Introduction of innovative technologies: Biological methods of plant protection, biomineral fertilisers, seed treatment with bioproducts. - Preservation of soil biodiversity: Increase of organic matter content, normalisation of soil biota. - Optimisation of pesticide use: Minimise quantity and environmental impact. The use of pesticides for intensification of agriculture leads to the accumulation of harmful substances and causes damage to human health and the environment. The solution to this problem is rational use, introduction of alternative methods, biological control, sustainable farming. Graph 1. Impact of pesticides on human health. Soil conservation is a global challenge. It is necessary to switch to sustainable agricultural practices, reduce the use of pesticides and chemical fertilisers, and adopt ecological farming practices. Soil is the foundation of life: - Healthy soil is a guarantee of healthy food, a home for a multitude of organisms. - Soil formation is a complex process involving physical, chemical and biological influences. - Soil degradation is a global threat caused by intensive ploughing, chemicalisation of agriculture and changes in microflora. - Consequences of degradation: Loss of fertility, loss of topsoil. Key agronomic practices for soil restoration: - Optimising C/N ratio: Maintaining the optimum ratio of carbon (C) to nitrogen (N) in the soil (25:1) for soil biota health. - Increasing organic matter content: - Using fertilisers containing humates and beneficial soil microorganisms. - Soil health technologies: Use of bioproducts to introduce biodiversity of beneficial microorganisms and reduce phytopathogenic background. - Treatment of crop residues with Effect Bio®: accelerates residue decomposition, forms fertile humus, suppresses pathogen growth. - Application of biomineral fertilisers. Multilayer granules of prolonged action, strengthens plant immunity. - Seed treatment with bioproducts: stimulates growth, strengthens immunity, improves nutrition, increases yield. An integrated approach to farming will restore soil health and ensure sustainable food production.

Modern people do a large number of things and tasks on a daily basis. Sometimes there is not much time left for their own health. Remote health monitoring allows people to stay in touch with doctors and know that they will not be left alone in an emergency. Remote patient monitoring software is also great for caring for loved ones who are far away and can't always be reached. This type of monitoring saves time and money for both patients and the medical facility.

The lack of diagnostic services in rural India has resulted in delayed disease detection and increased mortality rates. To address this, an AI-driven platform has been developed, utilizing big data and machine learning to analyze health data from mobile clinics and wearable devices, enabling early detection of diseases and improving healthcare outcomes.

Children and adolescents with developmental and neurological conditions, such as autism spectrum conditions, Down syndrome, motor impairments, ADHD, and anxiety disorders, often face challenges in acquiring adaptive, social, and daily living skills. Traditional therapy methods can be less effective and hard to access. **Implemented Solution:** VR Inclusion offers a virtual reality platform that provides immersive, gamified behavioral therapy. It helps children develop necessary life skills in a controlled, engaging environment, enhancing the effectiveness of therapy and making it more accessible and affordable for families and professionals.

Breastfeeding is critical for an infant's health, providing essential nutrients and immunity. However, due to various challenges—such as maternal health issues, the risk of infections in medical facilities, and a lack of breast milk banks—many mothers in Russia are forced to rely on formula feeding. This increases the risk of health complications in infants, such as necrotizing enterocolitis, sepsis, and weakened immune systems, leading to higher mortality rates and prolonged recovery times for premature babies. To address these challenges, SaveMyMilk introduces an innovative breast milk pasteurization device that enables safe and efficient preparation and storage of breast milk, preserving its beneficial properties while eliminating harmful microbes. The device utilizes LTLT (Low Temperature Long Time) technology, a gentle pasteurization method that maintains milk quality. By enabling hospitals and even small medical facilities to create breast milk banks, the solution promotes breastfeeding, reduces reliance on formula, and ultimately saves lives by improving infant health outcomes.

Problem: Manual document processing is slow, prone to errors, and challenging to manage, especially with large volumes of unstructured data. Solution: DreamDocs automates the entire document processing workflow using AI. It efficiently classifies, sorts, and extracts information from any type of document, significantly reducing both time and costs.

Across South Africa there is ineffective learning due to either an outrageous teacher-learner ratio to even the gap in education betweeen the different Q-tiers of schools and lack of resources. SAGE hopes to change this, by leveraging the power of AI working hand in hand with teachers. From acting as personal tutors for the kids, due to the fine-tunning done by the sage team to keep the content the bot gives specific to the South African curriculum. To teachers using the bot for data driven teaching, our platform allows teachers to curate and draft exams for their learners, shedule them then from the result the bot can give the teacher data driven results on his/her learners. From who requires more attention, to which topics to focus on and even teaching strategies.

Providing a population with high-quality food products is an important task in modern science and production. Global climate change has led to an increase in the frequency of natural hazards, such as floods, droughts, hurricanes, tornadoes, and frost. In addition, because of economic activity and irrational environmental management, the area of arable land has been reduced. These negative factors threaten crop production and global food security, and pose serious challenges to the production of staple foods through conventional agriculture. Hydroponics is a soilless farming method used to combat the shortage of cultivable land and improve food security in urban areas. In recent years, there has been a growing trend towards the use of microalgal inoculants as replacements for chemical fertilizers and non-renewable resources. The ncorporation of microalgae into hydroponic systems has many potential benefits. These organisms are biostimulants that positively affect plant growth by increasing their resistance to abiotic stress and nutrient absorption efficiency (Chiaiese et al., 2018). In a hydroponic system, there is often a symbiotic association between microalgae and plants, providing the root respiration of plants with oxygen produced by microalgal photosynthesis. The basic idea of our practice is co-cultivation vegetables together with algae. We grew cucumber plants together with Chlorella vulgaris – a model algae–in different physiological experiments in hydroponics. In our study, we created a simple hydroponic system (Vildanova et al., 2023). Cucumber seeds were soaked in distilled water in petri dishes for germination for 3 days. Glass cans with volumes of 150–200 mL were used as a simple hydroponic system. Knop solution was added to the Chlorella vulgaris suspension at a ratio of 1:1. Shoot and root lengths were measured using a ruler. Parts of the seedlings were laid on a filter paper until they were completely dry. Then, the weight of each shoot and root was measured on an analytical scale. During cultivation in a Knop medium with the addition of Chlorella suspension, the length of the shoots was shortened from 11.30 to 8.15 cm, while Root length also decreased from 16.41 to 10.59 cm. At the same time, root biomass increased from 0.04 0.05 g. Our research demonstrates that, under the influence of Chlorella vulgaris suspension, changes in the length of the shoots and roots do not always coincide with a difference in dry biomass. The change in biomass more accurately reflects the influence of algae because the shortening of shoots and roots is accompanied by an increase in their thickness. Thus, this study allows us to recommend it as a biostimulator for growth in hydroponic systems for wider use in agriculture.

Development of state management institutes all over the world definitely also affects the party system in each state. During the recent 30 years intraparty procedures for identification of candidates for elective positions on behalf of specific parties to state authorities have been elaborated in more than 20 countries on all the continents. Consequences of COVID-19 spread that have become the reason for development of digital transformation of both economic, social and political institutes. Elections procedure in terms of pandemic determined other arrangement of it, as well as significant distribution of the forms that have not been previously popular among the population, especially among elderly citizens. These are mobile voting, early voting and other means available for citizens willing to express their civic stand either remotely or minimizing number of social contacts. Rapid development of digitalization caused by accessibility and convenience of communications in the worldwide web established new social-legal phenomenon – electronic democracy. Main advantages of electronic voting are: convenience and accessibility (opportunity to vote from any point), sustainability (no need in printing paper bulletins), economic efficiency, votes turnout increase, rapid and accurate vote counting, attractiveness for young electors and Internet users, voting and voting results safety. Party "UNITED RUSSIA" being the most digital Party in Russia has developed Software Complex for intraparty electronic voting – Electronic Preliminary Voting. Software complex Electronic Preliminary Voting (hereinafter referred to as EPV) is a complex digital platform operating on the basis of blockchain distributed register technology ensuring safety, anonymity and legitimacy of voting. In terms of introducing safety complex EPV UNITED RUSSIA has set a goal to make the procedure of nomination of candidates on behalf of the Party for their further participation on the Single voting day competitive, open and legitimate. Each elector’s vote is signed with his individual key – electronic digital signature that prevents forgery. Upon completion of the preliminary voting procedure closed key is published using which anyone may decrypt and read the data contained in blockchain and check correctness of their saving and compliance with their expression of will. For the several years of application of this EPV platform more than 16,000,000 citizens having registered with the official portal of state and municipal services of the Russian Federation could directly participate in determination of candidates that have been promoted by the Party for elections of every level. Development of this technology not only contributes to development of civic consciousness but also forms sustainable level of openness of all political institutes required for loyalty of the citizens to the state system.

Employees in financial institutions who are engaged in industry research and strategic planning often face issues such as scattered information resources, complex research tools, and data silos. Common general Large Language Models(LLMs) on the market cannot be directly applied to the finance sector, which is knowledge-intensive and requires high professional standards. Therefore, this project has trained a specialized LLM tailored for the financial research field and established the ICBC Research Intelligence Platform. The platform assists research analysts by applying LLMs technology to scenarios such as research report analysis and writing, industry risk assessment, data-driven decision-making, and business management planning. It helps users quickly access information, improve research and decision-making efficiency, and acts as a "second brain" for financial analysts.

Introduction. In today's world, with the development of digital technology and the growth of online transactions, banks are facing the threat of fraud and social engineering. Fraudsters deceive employees and customers by accessing confidential information, which causes financial damage and undermines trust in banks. Rationale for implementing the practice: 1. Analyzing fraud-monitoring: - Identifying weaknesses and identifying areas for improvement. - Formulating hypotheses to reduce the risk of fraud. 2. Training and Simulations:- Interactive learning helps to understand social engineering techniques.- Simulations facilitate learning. 3. Intelligent assistants:- Chatbots and voice assistants support employees in stressful situations. - Increasing employee confidence. The goal of the practice is to create a barrier against fraud using cognitive technology. Objectives:1. Analyzing the processes of fraud-monitoring to identify problem areas. - Formulating hypotheses to improve customer interactions. - Mini-testing of solutions. 2. Implementing cognitive technology to combat social engineering in banks. Solution. Utilize the Cognitive Shield cognitive technology to counter fraud. This technology includes:- Physiological aspects: studying neural processes to understand automatic responses.- Information processes: analyzing information processing to resist suggestion.- Psychosocial determinants: investigating factors that influence susceptibility to suggestion and developing models of financial behavior.