The device utilizes the force from the weight of the tires as the precursor for the initialization of the movement of the piezoelectric plate installed within the speed breaker. The piezoelectric plates which are generally used as sensors as they produce voltage. So, this model is aimed to store those minute fluctuations as energy to be used later for an array of different purposes. For instance: sustainable substitute of power sources for street lamps, and SOS calling booths; also find application in powering appliances with low voltage requirements in corporate institutes where it can be installed within or in the pathways leading to the parking lots.

Given the current scenario of the modern world, collaboration between doctors and patients have become a necessity to promote and facilitate effective diagnosis and treatment that will even be accessible from a remote location, promoting an extension for healthcare services. Holodoctors represent an application of holographic technology poised to revolutionize healthcare delivery. In recent years, advancements in holographic projection and communication capabilities have paved the way for the development of holodoctors, offering a futuristic approach to patient care. By projecting lifelike holographic representations of healthcare professionals, holodoctors enable remote consultations, surgical guidance, medical education, and more, transcending geographical barriers and enhancing access to healthcare services. Holodoctors represent an application of holographic technology poised to revolutionize healthcare delivery. In recent years, advancements in holographic projection and communication capabilities have paved the way for the development of holodoctors, offering a futuristic approach to patient care. By projecting lifelike holographic representations of healthcare professionals, holodoctors enable remote consultations, surgical guidance, medical education, and more, transcending geographical barriers and enhancing access to healthcare services. Holodoctors represent an application of holographic technology poised to revolutionize healthcare delivery. In recent years, advancements in holographic projections and communication capabilities have paved the way for the development of holodoctors, offering a futuristic approach to patient care. By projecting life like holographic representations of healthcare professionals , holodoctors enable remote consultations, surgical guidance, medical education, and more, transcending the geographic barriers and enhancing access to healthcare services.

Patients globally face various issues accessing medical services, such as reaching or contacting a clinic/hospital, long wait times for appointments, "live" queues even when scheduled, uncomfortable conditions (poor infrastructure, lack of wait arears, poor accessibility of drinking water, etc.), and lack of politeness and empathy from healthcare workers. Authorities set requirements for medical facilities and regional healthcare systems to achieve high levels of patient satisfaction as patient satisfaction with healthcare services worldwide is a recognized indicator of the health system's performance and is included in international healthcare quality indices. Addressing these issues does not always necessitate high-level decisions; effective solutions can be implemented at the organizational level. To comprehensively address this issue, Russian Research Institute of Health developed the STIMUL standard, a solution for service delivery models management designed at enhancing patient satisfaction with healthcare services. STIMUL helps healthcare organizations become more patient-oriented quickly and cost-effectively by improving medical care processes and conditions. STIMUL integrates innovative approaches for healthcare: lean technologies, design thinking, customer journey mapping, and the "mystery patient" method. It focuses on improving organizational aspects affecting patient satisfaction: medical care accessibility, medical facilities conditions, staff-patient communication, medical organization and patients interaction, feedback systems. The implementation stages: 1. Initial assessment and team training: Auditor uses "mystery patient" technique to experience the organization as a regular patient, following the entire customer journey. Training approach focuses on patient-centered methods, incorporating design thinking, lean technologies. 2. Implementation: A detailed action plan is developed, mapping out the "as-is" and "to-be" customer journeys and implemented to improve processes and patient experience. 3. Certification to ensure compliance with the STIMUL standard. Benefits for patients: Enhanced experience during clinic/hospital visits, no queues, and the ability to receive necessary services without additional effort or stress. Increased adherence to medical appointments and follow-ups and fostering trust in the healthcare system. Development of a health-conscious culture among the population, increased engagement of the population in health preserving lifestyle. Benefits for medical organizations: a complete tool kit for systematic patient engagement based on data. Decrease in the number of patient complaints. Private services development opportunities. Increased staff satisfaction and reduced risk of professional burnout. Improvement in National Project indicators. Enhanced reputation among patients and authorities, leading to higher patient loyalty and trust in the healthcare system.

PROBLEM :Together, the BRICS nations—Brazil, Russia, India, China, and South Africa—account for a sizeable share of global agricultural output. Nevertheless, maximizing crop yields and guaranteeing the nutritional value of the food produced present a number of difficulties for these countries. Conventional farming practices frequently lead to the inefficient use of resources like pesticides, fertilizers, and water. Reduced crop yields, worsening environmental conditions, and inconsistent nutritional quality in product are all possible outcomes of this inefficiency. Furthermore, pest infestations, soil degradation, and climate variability make it harder to continue using sustainable agriculture practices. IMPLEMENTED SOLUTION :The use of precision agriculture technologies offers a revolutionary solution to these problems. Farmers may manage agricultural resources more precisely and effectively by utilizing drones, artificial intelligence (AI), and Internet of Things (IoT) sensors.

Problem: Designers and illustrators have to write complex and very long prompts to generate graphics. When implementing AI-models, the productivity of a specialist decreases practically by 2 times, because the person has to spend up to 90% of his time working with voluminous and complex text queries, which without sufficient detail may not even be understood or ignored by the model How the product solves the problem: Instead of a single text field, NeuroArtist has a visual prompt editor - all the details of the generation description are displayed in the blocks generated by the AI, and the user only needs to spell out the most important things, select the details from the proposed ones and indicate which details need to be worked out in more detail.

Buildings, land plots and other objects have no boundaries in the airspace. And no boundaries of space means no owner. Therefore, it is impossible to allocate air routes for drones and it is impossible to collect taxes from the space. For example, let's take 1 problem - the invasion of a drone into private airspace. Now the problem is solved by a complete ban on flights in the city, but what should delivery drones or fire drones and other services do? Plus, navigation in the city suffers, especially for taxi drivers. We have a solution - the creation of a single city system of drone surveillance and registration of airspace based on a three-dimensional cadastre. We have come up with and are implementing Three-Dimensional Cadastral Registration, it is accepted by Rosreestr, supported by the Government of the Russian Federation. We create a volumetric model of airspace around the object, tie it to the coordinate system and to the boundaries on the ground, establish surveillance of the perimeter of the space using the Geopager sensor we developed. Geopager detects a drone, notifies and records the fact of penetration into airspace, and displays its path of movement. Each Sensor monitors a specific area, and together they form a city monitoring network. In addition to detecting Drones, sensors help navigate in space and build air routes for civilian drones. Geopager highlights the boundaries of airspace for which you can register ownership, which means paying additional taxes to the city budget.

1. Assistance in establishing a regional network of scientific and production centers 2. Development of standard models of research and production centers 3. Creation of modern production infrastructure 4. Development of educational programs 5. Industry popularization 6. Development of a digital platform for the development, design and testing of UAS

1. Aerial Education and Publicity Platform: Problems: The lack of educational resources in remote areas, the lack of public understanding of environmental protection and sustainable development knowledge, the lack of intuitive and effective education and publicity methods. Solution: Through the UAV equipped with high-definition camera and PA system, and combined with live broadcasting or recording technology, to achieve remote air teaching and environmental protection knowledge publicity, improve the coverage of education and the popularity of environmental protection knowledge. 2. Environmental Monitoring and data collection: Problem: The traditional environmental monitoring methods have the problems of incomplete coverage, low efficiency and high cost, and it is difficult to achieve comprehensive and high-frequency monitoring of the ecosystem. Solution: The UAV is equipped with various sensors for high-precision and high-frequency monitoring, combined with cloud computing and big data analysis technology to improve the efficiency and accuracy of environmental monitoring, and provide scientific basis for decision making and project management. 3. Emergency response and resource distribution: Problem: When natural disasters occur, traditional rescue methods may be limited by traffic interruptions and other restrictions, resulting in inefficient rescue, and it is difficult for the affected people to obtain relief materials in time. Solution: Drones can quickly enter the disaster area for disaster assessment, and provide real-time information support; At the same time, the load capacity of the UAV is used to accurately deliver relief materials to the hands of the affected people, improving the rescue efficiency and the precision of material distribution. 4. Display and promotion of innovative solutions: Problem: Innovative solutions in the field of sustainable development lack effective display and promotion platforms, which are difficult to attract public attention and promote international exchanges and cooperation. Solutions: By organizing the "Green Flyer" innovative solutions exhibition, using drones for aerial display, and combining social media and livestreaming platforms for global broadcast, to expand influence and promote international exchanges and cooperation in the field of sustainable development.

The current state of permafrost soils is to a large extent shaped by global climate change in the Arctic. Global warming inevitably causes quantitative and qualitative changes in cryolithozone. Combined, the higher average air temperature and man-made impacts on permafrost soils result in a cumulative effect that may undermine the stability of permafrost soils around bases and in natural and engineering disasters. To address this issue and mitigate the accident risk, in 2021 the Company’s Polar Division developed and commissioned an innovative system to monitor the condition of bases and foundations of buildings and structures located in permafrost areas. The project is run in the Norilsk Industrial District across the Company's assets and urban infrastructure facilities and relies on cutting edge automated surveillance solutions and a dedicated software – an information and diagnostics system of the Polar Division. The project is focused on using automatic equipment to keep real-time track of temperatures in permafrost soils around bases, behavior in foundations, as well as temperature and humidity levels in crawl spaces. It seeks to help prevent accidents at Nornickel’s industrial facilities and, later on, local housing infrastructure and proactively identify any hazardous defects or deviations that might result in damage to the buildings and structures or their elements, with special safety criteria developed for all monitored indicators. If any such indicator exceeds its threshold, a signal is sent that the facility needs inspection and fixing. Key figures of the system: 17 production sites, >950 facilities connected to the diagnostic system 218 of which are fully automated, >600 employees use the system, 138 strain gauges, 1,200 inclinometers, 30 accelerometers, >450 thermistor strings etc.

Unavailability of information about a potential counterparty from another BRICS country for evaluation. The difficulty of conducting joint R&D due to the unavailability of the results of these colleagues from the BRICS+ member countries. Fiscal and other barriers to conducting business in the territory and/or cooperation with partners in the BRICS+ countries, such as the lack of electronic circulation of legally significant documents (EDS). Solution: Continuous and operational data exchange between registers of legal entities, information systems of tax services, as well as between centralized data repositories of RID and R&D of the BRICS+ member countries.

There are no or poorly developed mechanisms for cooperation and exchange of knowledge and skills in the field of training personnel for the energy transition among BRICS countries. Educational programmes for training civil servants in BRICS countries often lack sectoral specialisation. There are no requirements for civil servants to have knowledge of the industry, technological processes, and technical aspects.The problems and solution did not fit in the response form and are presented in a file in the application attachment

Long period of training of a highly qualified engineer, necessity to start this training already at school. The problem is solved by using the author's educational course based on laser technologies