Especially now each client wants to consume (produce) energy resources with max efficiency and with the least financial costs. At the same time, many consumers do not have the opportunity to understand the details of the energy markets and technical equipment. The price of this is high payments and inefficient usage of energy resources. The refusal to use energy management systems (EMS) leads to additional costs for the production or purchase of energy, unreasonable CO2 emissions. On the other hand, the implementation of modern EMS systems taken a lot of time, and it’s very expensive. Enreport allows faster than ever customize of any production process based on drag and drop AI-driven digital twin. Our platform allows one to drag and drop equipment from a list: • Create production process • Physical models for equipment are already prepared • Our AI-driven digital models immediately start calibrating physics-based models • Simulate the best operation of current equipment or helps with choose the perfect equipment for exactly production process. Combine it’s allow: • Reduce utilities bills • Produce energy in the most efficiency way • Extend the service period of the equipment and find the best equipment for your production processes at our marketplace • Reduce CO2 emission • Increase ESG-rate

This project addresses industry pain points such as oil and gas leaks, high power consumption and high failure rates, and the lack of intrinsic safety by upgrading intelligent level meters. It upgrades algorithms to build a dual-blind comparison model and achieves visualization. It solves the data traceability problem in the industry by applying BaaS blockchain technology and achieves safe, traceable, and efficient management of oil depot data.

Soil erosion leads to loss of fertile land, water pollution, and increased greenhouse gas emissions. It also leads to reduced biodiversity, infrastructure damage, and significant economic losses in agriculture, infrastructure, and tourism. Furthermore, soil erosion can cause food insecurity, damage cultural heritage sites, and increase the risk of natural disasters. Overall, soil erosion poses a substantial threat to environmental sustainability, agricultural productivity, and human well-being, emphasizing the need for sustainable land management practices to mitigate its effects. Furthermore, toxic fertilizers can alter soil structure, reducing its water-holding capacity and fertility. Also, essential compounds like ammonia which is required for soil nutritional balance doesn't directly cause soil erosion, its presence can weaken soil's defences against erosion. It's essential to manage ammonia levels and maintain soil health through sustainable practices to minimize erosion risks. Solution: Porous beadlike structures that contain zeolite and biochar that help curb this issue of soil erosion. Implemented in farms during the ploughing phase where – the porous material holds the soil. The bead’s inner layers help filter toxins as well as aerate the soil, boosting growth and spread of roots, thus increasing the ability of the plant to benefit from the added irrigation water.

Problems : Traditional energy systems struggle with inefficiency, limited monitoring, high maintenance, environmental impact, and scalability issues. Solution: The biomedium energy harnessing device: - Combines microbial fuel cells and solar cells for efficient energy capture. - Uses AI for real-time optimization and monitoring. - Include a self-cleaning mechanism to reduce maintenance. - Employs eco-friendly and recycled materials. - Features: a modular and scalable design for versatile applications.

Existing problems include: - labor-intensive and long analysis of large territories; - difficulties in detecting and controlling illegal activities such as unauthorized construction; - search for illegal dumps, analysis of deterioration of forests, parks and water bodies; - construction and land use without appropriate permits; - monitoring of hard-to-reach areas, as well as areas where UAV imagery is prohibited. SR Data AI is a platform for ordering and analyzing space images, designed to provide comprehensive, objective, and timely analytical information about spatially distributed objects based on modern remote sensing data, machine learning models, and client-server architecture in the interests of government, business, and society. The main function of SR Data AI platform is to provide space images of high and ultra-high spatial resolution with the possibility of further analysis using machine learning technologies.

The high-speed highways of Moscow are objects of increased potential danger. Due to the high speed limit of such facilities, the severity of the consequences of traffic accidents is much higher. To reduce the risks of emergency situations, a comprehensive Accident Management system has been implemented. The system currently automatically records 13 types of incidents, allows quickly responding to them and helps minimize the consequences of such incidents. Conceptually, it is an ecosystem of services for incident aggregation, management and processing, monitoring the operation of infrastructure and emergency response of services involved.

Problem Description: The Tyumen region's executive authorities face a constant increase in telephone calls in their SPOC (Single Point of Contact). What necessitating either an increase in staffing or the creation of a separate hotlines. Growing volume of citizen requests demands an expansion in contact center staff to ensure 100% of incoming calls are handled with high-quality service (in such indicators as Lost Call Rate, Service Level) even in peak days and hours. The solution to the problem became the developed AI-based system “Virtual Consultant 72” with nature language processing. Functional features of the sistem: Healthcare Module: • Designed for automated receiving and processing of incoming calls related to generating coupons for doctor's appointments in medical organizations within the Tyumen region. • Includes an "Outgoing Call" module for automated processing of outgoing calls to confirm/cancel pre-registration coupons for doctor appointments in the Tyumen region. “My Documents Center” Module: • Designed for automated receiving and processing of incoming calls regarding the provision of state and municipal services. • Handles preliminary appointment scheduling at the MFCs (Multipurpose Centers “My Documents”). Property relations Module: • Receives calls from citizens. • Provides automated responses to questions using question-answer pairs available in the knowledge base. • Conducts automatic surveys of clients following a dialogue script and makes automatic requests to the information system of the Property Relations Department of the Tyumen Region. • Automatically retrieves information from the Department of Property Relations' database about the status of settlements under land lease agreements and provides this information to subscribers following the dialogue script. Employment Center Module: • Facilitates automated receiving and processing of calls regarding the services of the Employment Center of the Tyumen Region regarding. • Features automated processing of requests in voice and text channels.

1. Digitalization of agriculture 2. Combating land degradation and improper use of mineral fertilizers 3. Increasing crop yields through the use of proper nutritional systems

For the development of the city of Moscow, it is important to improve road safety and reduce the possibility of road accidents, especially fatal ones. The AIS “Accident Monitoring” system works with data on road accidents and provides the city management with an access to information on all road accidents anywhere in the capital, facilitates decision-making when dealing with and analyzing road accidents, allows to identify the causes. The database of the service contains all the statistics on road accidents since 2015, which allows analyzing by selected filters with different levels of detail. The digital service of AIS “Accident Monitoring” has no analogues in Russia.

Problems to be solved: Lack of control over own fleet; Unreliable information about the location of cargo transported by sea; Difficulties in collecting data for analytics for various industries; Anxiety associated with the lack of information about the whereabouts of relatives and friends (crew members and passengers of various ships); Lack of objective information about a particular project or news. SHIPINFO solutions: Providing the most up-to-date vessel position data by means of usage of unique technologies; Ability to create maps with multiple vessels for shipowners and other interested companies; The possibility of one-time tracking of a particular vessel (passenger liner, fishing trawler, etc.) to control the location of your relatives in order to avoid anxiety; The presence of various modules for collecting marine and port analytics

The purpose of the platform is to improve the quality of education and upbringing of children from 3 to 18 years old. What is necessary: - Creating a unified international platform for certification of the quality of work of teachers and institutions based on accredited national certification bodies in the CSIT. - Identifying those BRICS countries who have the best education system and disseminating their experience to other states. - Monitoring the quality of the work of institutions and informing executive and legislative authorities of a country. Solution: Accreditation of national CSIT certification bodies in the BRICS countries.

Search for ways to optimize the training process of participants and the effectiveness of the performance of the competitive task. Where the solution is the introduction of Artificial Intelligence into training