Managing the life cycle of an industrial enterprise is a complex process associated with large risks and areas of responsibility. Companies constantly need to monitor product output and compliance with the technological process, thousands of employees and tens of thousands of pieces of equipment. It is difficult to predict breakdowns and plan repair work without disrupting the production chain. Managing the assets of an entire enterprise is even more difficult. Software products, including those that we are developing, make it possible to simplify the life of an enterprise by digitalizing these operations and data. The Simple Company project aims to solve these problems. Simple APM (Asset Performance Management) is a set of software and services designed to improve the performance of assets and the efficiency of their operation, maintenance and repair of equipment and the enterprise as a whole. APM is the most advanced strategic planning system and only a few organizations are currently using it. Nevertheless, the combination of financial information (maintenance costs and production costs), equipment status data (from programmable logic computing devices and supervisory control and data acquisition), and probability of failure data provides high value for operational organizations. The combination of financial information (maintenance costs and production costs), equipment health data (from programmable logic computing devices and supervisory control and data acquisition), and probability of failure (end of life) data provides high value to operating organizations. For most companies, maintenance planning uses a simple measure of equipment availability at minimal cost, optimizing mean time between failures (MTBF) and mean time to repair. This approach does not take into account lost profits from production downtime or the impact of the number of repairs on equipment productivity.

Children with craniosynostosis in Russia are treated mainly in large federal centers. This is explained by the rarity of the disease: in our region we detect 5-7 cases a year. We started to treat such children at home, at Lipetsk via special helmets, cranial orthosis.

Artificial Intelligence in Cardiac Surgery and Cardiology

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.

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.

The need for fast, safe and visual learning at a distance from the workplace

The immersive theater and museum project involves the reconstruction of an existing building. In order not to destroy it, we treat the existing building with the utmost care, thus, the reconstruction of the space is realized through the creation of a new volume - a block of vertical communications, which closes the old building and creates the highest point of the street, the observation deck of the city. This volume has a communication function, it is an interactive museum, media panels can change the appearance of the building depending on the performance, exhibition, event, time of year, they create a street theater that attracts the attention of citizens. In the new volume there are elevators, a ramp to move from floor to floor, and an evacuation staircase. The outer shell of the volume is made of traditional Chinese ceramics of gray color with perforated masonry, which resembles the skin of a dragon. The monolithic reinforced concrete frame resembles a field for playing Chinese checkers, especially noticeable at night. The second dragon of the concept - the winding red ramp - is also found here.

Renovation of the old production space of DSK500 pursues two goals - development of space for a more efficient and rational process of technological production and expansion of activities open to the public. Thus, the project will bring the citizens closer to the world of technology and become a bright space for the birth of new ideas. The concept integrates the industrial landscape with the natural one - the technological cluster of DSK500 is conceived as a new city, which provides everything for a comfortable, full life of its residents. The ensemble of industrial artifacts is combined with large green areas, a picturesque boulevard, a new vertical dominant, a kind of observatory that opens the view to the production process-show.

The Gustav Creative Cluster is located on the territory of the former Borets factory. To accommodate the new 51,000 square meter building we had to move the existing historical buildings. It was a difficult and painstaking task, but we managed to realize it.

The global competition aimed to create an innovative school design embracing modern solutions and sustainable technologies. IND's winning concept impressed the judging panel with its visionary approach, seamlessly blending modern design elements, sustainability, and cutting-edge technology. The design creates an inspiring and inviting atmosphere that nurtures a love for learning, aligning perfectly with the needs of modern education.

The project's challenge lies in the fragile ecosystem of Sakhalin Island, where the precarious balance of geological, hydrological and meteorological processes requires careful handling and careful planning. We propose to create an Ecopolis that integrates the ideas of digitalization, decarbonization and preservation of natural ecosystems. The project aims at sustainable development of the area, offering unique living conditions and contributing to the economic growth of the region. Special attention is paid to the organization of space, work and leisure activities, as well as encouraging residents to use resources consciously and adopt innovative technologies.