Spent activated carbons are utilized polluting the soil. Our company has developed equipment for the restoration (regeneration) of activated carbons

Challenges: Healthcare delivery systems in countries like India face significant challenges that impede efficient and equitable access to medical services. These challenges stem from systemic issues that affect both the availability and quality of care across all levels of the healthcare system. They include: Non-availability/shortage of doctors and specialist doctors at the ground level. High burden on secondary and tertiary level health setups due to non-availability of services at the primary level, i.e., lack of gate-keeping. Lack of health record creation at the primary level. Lack of continuum of care. Implemented Solution: To tackle these challenges, the Ministry of Health and Family Welfare (MoHFW), Govt. of India selected Centre for Development of Advanced Computing’s (C-DAC) flagship and indigenous telemedicine platform titled eSanjeevani. C-DAC is a premier R&D (IT and Electronics) organisation under the aegis of the Ministry of Electronics and Information Technology, Govt. of India. It has been deployed in two variants: 1. eSanjeevaniAB-AAM: A Provider-to-Provider telemedicine system (assisted telemedicine) under Ayushman Bharat Scheme of Govt. of India is based on Hub and Spoke model and launched in November 2019. 2. eSanjeevaniOPD: A Patient-to-Provider telemedicine system to enable citizens to get outpatient services in the confines of their homes. This variant was launched during the peak of COVID 19, to provide safe Provider-to-Patient consultations. Since then, it has continued to grow in demand, even post-lockdown. The processes in eSanjeevani are modeled after traditional hospital-based outpatient departments (OPDs) to provide users with a familiar and effective experience. Designed with minimal steps and intuitive interfaces, the platform ensures ease of use for patients and healthcare providers. The digitalization of service delivery enhances accessibility and convenience, reducing physical barriers to care. This streamlined approach simplifies access to healthcare services and maintains the quality and efficiency of care delivery.

Monq Digital Lab is a Russian vendor of the Monq corporate IT monitoring platform. The platform covers all monitoring and operation tasks in complex and disparate IT environments, collects and analyzes big data and helps manage the state of infrastructure and business services and proactively respond to failures. Monq includes: – Umbrella monitoring; – Synthetic monitoring; – Infrastructure monitoring; – Collection and analysis of metrics, events and logs; – Low and no-code automation of operation processes; – Automatic construction of IT environment health maps and RSM; – Operational center and single window for monitoring the state of the IT environment; – Reduction of "noise" from monitoring systems due to correlation and deduplication; – Ready-made content packs for Zabbix, Kubernetes, etc.; – Integration with Jira, Telegram, mail and other communication tools Designed for large companies with a disparate IT infrastructure and a large number of monitoring tools, where the business is highly dependent on the stable operation of IT. A free version is available for download on the website monq.ru. It is included in the register of the Ministry of Digital Development, certified by Astra Group. Its clients include leading companies from the banking sector, the public sector, retail, telecom, insurance, services, and the fuel and energy complex. Its partners include the largest system integrators in Russia.

Problem Modern businesses and individuals face challenges in effectively exchanging contact information and presenting their services. Traditional paper business cards are often lost, forgotten, or not included in digital contacts, reducing communication efficiency and making it difficult to establish business connections. Additionally, creating and updating paper business cards require time and resources. Solution The UniTap project offers an innovative solution to these problems through the use of electronic business cards, menus, posters, and other digital solutions. Our products enable instant and contactless exchange of contact information using convenient and modern NFC and QR code technologies. This not only saves time and resources but also enhances communication efficiency, simplifies contact management, and increases business visibility. Our solutions are suitable for both individual users and companies, providing them with the ability to easily adapt to the digital world.

Artificial Intelligence in Cardiac Surgery and Cardiology

Devices with an electric motor and powered by rechargeable batteries have objective limitations on their range of use due to a significant increase in the mass of lithium-ion batteries with an increase in flight duration. The proposed implementation of hydrogen energy technologies in combination with an electric motor drive eliminates the shortcomings of battery systems, offering the remote monitoring drone market a new product with a unique combination of long-range and long-duration flight characteristics while maintaining the advantages of electric drones.

According to WHO database there are over 20 % of the population above 75 y.o. suffering because of heart valves diseases (Lancet, March 2024). Furthermore there are more 20 thousands born children with congenital heart valves diseases only in Russia and unfortunately there is no ideal solution to fix it nowadays. The questions are reasonable. Implemented solutions: mechanical prothesis – lifelong usage of anticoagulants (warfarin), violation of natural anatomic structure • biological prothesis – biodegeneration, risk of immunological rejection, calcification • Ross’ operation – massive operational stress, infectious complications, long lasting ischemia, reoperation is necessary sometimes • Ozaki’s procedure – patented and expensive We suggest solution of all drawbacks listed. The solution- 3D-printed model of heart valve based on individual parameters and synthetized with a new polymer material composed of polycaprolactone and diaminocarbonic acids. The frame printed is served as matrix which will be colonized with patient’s cells. Survival rate of seeded cells is over 90 %. An implanted bioprothesis gradually degrade in patient organism while is being germinated with new vessels, tissues and cells. It takes about 3 years.

The key points of the problem that the project aims to address in the context of BRICS communication: inconsistent terminology across countries; hindrance to international collaboration; challenges in certification and regulation; certification and regulatory standards); 4. barriers; translation and documentation issues; Our web application is the cornerstone of this project, offering the following key features: 1. Multilingual Electronic Dictionary and Thesaurus: This tool provides definitions and usage examples of UAS terms in five languages: Russian, English, Chinese, French, and Spanish. By doing so, it ensures that all stakeholders, regardless of their native language, can access and understand the correct terminology. 2. UAS Term Aggregator: The aggregator continuously collects and organizes new terms emerging in the UAS industry. This helps keep the dictionary up-to-date with the latest developments and innovations. 3. UAS Documentation Compiler: This feature assists in creating standardized UAS documentation in Russian and English, with plans to expand to other languages. It ensures that documents are consistent and adhere to industry standards, facilitating smoother certification processes and international cooperation.

A portable tablet translator based on artificial intelligence technologies to ensure effective dialogue with foreign partners in various areas of activity including staff training at the limited access sites.

In order to develop low-carbon technologies and reduce the carbon footprint, a new hydrogen energy industry is being created in the Sakhalin Region for the export of hydrogen (hydrogen-containing mixtures) and domestic consumption in the energy sector, transport and public utilities.

Through the reserch framework of "fundamental theory → technology research → engineering validation, the program presents a comprehensive approach for in-depth profile control in fractured-porpus carbonate reservoir, intergrating geological, reservoir, and engineering. In this research, the identification technology for low-angle fracture network connectivity and residual fluid occurrence in porous media has been established. A collaborative method and chemical system have been developed for the fractured porous carbonate reservoir. An integrated design method for in-depth confromance treatment, as well as an innovative intelligent control online injection and flooding technology, have been constructed.