Practices
Traditional procedures for industrial cooperation, organization of contract manufacturing and procurement procedures, they require a lot of time, are accompanied by unnecessary costs and large labor cost: - to develop/conclude transactions and verify authority; - to formulate requirements for products; - to control the quality of the contractor's work; -to a logistics organization; - to record the fact of transfer of rights to products; - to perform the necessary accounting and financial calculations; - to qualify, update and maintain the network of production partners. The industry cloud platform implements an online environment of trusted interaction at all stages of the full cycle of contract manufacturing: from processing the transaction and organizing logistics to claims work and financial settlements upon completion of the transaction. Converts underutilized production capacities of a network of partner enterprises into production services for B2B, B2G, B2C customers. In real time (due to the built-in optimized business processes of the Data Economy), it organizes the loading of a distributed network of idle production, reduces the number of transactions, and increases the speed and efficiency of production cooperation.
Increasing the service life of metalic parts from 2 till 150 times
Cardiopulmonary resuscitation (CPR) is a life-saving technique crucial for individuals experiencing cardiac arrest. However, effective CPR requires precision in both technique and timing, which is challenging to master without extensive hands-on training. Traditional CPR training often lacks the personalized feedback required for learners to improve their performance, and real-world practice opportunities are limited. This can lead to inconsistent training outcomes and inadequate readiness among healthcare professionals and first responders. Implemented Solution: The "CPR Training and Qualification Simulator" is a highly immersive solution that uses Extended Reality (XR) and Artificial Intelligence (AI) technologies, effectively acting as a Digital Twin of real-life CPR scenarios. This system offers realistic and interactive simulations, allowing trainees to practice CPR in a controlled, yet lifelike virtual environment. 1. Extended Reality (XR): XR technology, including Virtual Reality (VR), Augmented Reality (AR) and Mixed Reality (MR) enables trainees to interact with a virtual patient that mimics real-world conditions. The immersive environment helps users develop a sense of urgency and spatial awareness, enhancing their overall learning experience. 2. Artificial Intelligence (AI): The simulator incorporates AI algorithms to monitor and analyze the trainee's actions in real-time, providing immediate feedback on critical factors such as hand positioning, compression depth, rate, and ventilation technique. AI also tracks the progress of trainees over time, allowing for personalized training programs tailored to individual needs and improvement areas. 3. Digital Twin: The simulator serves as a digital twin of real-world CPR scenarios, where virtual patients can exhibit different levels of critical conditions, such as varying heart rhythms or respiratory distress. This digital twin approach ensures that trainees can be exposed to a wide range of medical emergencies and refine their decision-making and physical response in real-time. 4. Gamification and Data Analytics: The system includes elements of gamification to keep learners engaged, such as scoring mechanisms based on accuracy and response time. Additionally, the simulator uses data analytics to provide comprehensive reports, enabling trainees and instructors to track performance metrics over time.
An AI-powered geo-analytics platform that helps businesses make data-driven decisions about branch placement, self-service devices, and risk assessment when opening new business locations. The system uses machine learning methods and advanced geomodels (Huff and gravity models) to predict the success of point placement, as well as to calculate the payback of self-service devices. Integration with BI and CRM for real-time data management is also implemented. - Forecast of the load on the healthcare system globally and locally. Answers questions about how many beds, personnel and medicines are needed in the region and where the disease will develop depending on the source of infection in any BRICS city: https://youtu.be/ZDZYDmWzl0k - Model for optimizing the placement of urban objects - Categories schools, kindergartens, clinics, etc.: link to YouTube - a model for rating land plots for investment in the city. And also for forecasting the cost of real estate - a model for predicting morbidity and identifying cause-and-effect relationships between the influence of environmental pollution and the incidence of cancer, etc. - model of distribution of pollution cloud from volcanoes or other objects of anthropogenic pollution - example of Kamchatka - model of distribution of different categories of business, small business in BRICS cities: https://www.youtube.com/watch?v=30G2EjkzPzc
Intelinvest.ru is an advanced smart analytics service designed to address the complexities involved in managing diversified investment portfolios. With the rise of multiple asset types (stocks, bonds, cryptocurrencies, real estate, and more), investors face the challenge of consolidating data and maintaining a comprehensive overview of their portfolios. Intelinvest.ru provides a unified platform that centralizes data from multiple sources, offering real-time insights, risk management tools, and a deep analysis of asset performance.
Plintron developed a new IoT Connectivity Management Platform (I-CMP) based on customer feedback The problems faced by customers were I)Customers needed a single dashboard to view deployments & manage their IoT inventory including activations, suspension & ability to fire APIs from existing applications Solution needed to be compatible with GSMA & regulatory requirements & be agnostic to SIM form-factors or type of network. II)Customers did not have control or flexibility in developing multiple commercial models or the ability to create their own commercial bundles III)Plintron Customer organisation wanted Multi-layer Organisation (Admin, Enterprise, & Business Partner) Access IV)Many were interested in reselling IoT connectivity services using a white-labeled MVNO model Plintron developed the I-CMP with the following objectives a) Single-interface dashboard for deployment & IoT SIM management & firing APIs directly from existing applications b) GSMA/Regulatory compliances c) White-labelled branding for MVNOs d) Support multi-layer organisation e) Support all networks & SIM form-factors The developed I-CMP is a Single Interface pane of glass dashboard to manage MVNO & other customers’ IoT SIM connectivity Management ranging from Lifecycle management to Billing and provisioning. Companies could provision/activate or deactivate and manage the entire SIM lifecycle, billing, and provision remotely with a single dashboard saving huge effort and manpower. Being an integrated platform, this comes pre-built and is not a standalone portal; it is integrated with local connectivity profiles after integration with MNOs. Further having its own OSS, NSS, BSS, OCS, API, and gateways enables Plintron to customize Plans which other connectivity platforms may not be able to do. Thus, it enables any IoT company to become an MVNO and offer a more segmented approach. For example, an Automotive MVNO requires a low data plan with SMS however a CCTV company looking to capture Videos will need higher data plans. This is a simple, smart & secure solution with ease of operation that aids customers in their faster adoption and controls operating costs, improves customer experience, and generates new revenue streams for various industry domains. I-CMP supports different business models – with the ability to integrate with small, medium, and large IoT value chain partners & component suppliers The I-CMP allows role-based access management – Admin, Business Partner, and Enterprise. The latter can handle multiple SIM form factors. Fully automated SIM Lifecycle management is also supported. Further, Plintron eSIM with dual-applet switching is an innovative solution for Profile switching between operators – this allows secondary profile use in case of critical applications and low Coverage areas. This Innovative use of applet-based Dual-profile switching enables catering to Dual-profile requirements without using a Remote Service Provisioning platform
Currently, international roaming prices are huge for mobile subscribers. The invention and solution developed by Plintron relates to a method for cost-effective mobile communication for international roaming subscribers. The method, of the present invention, for mobile communication while roaming comprises the following steps: a)Change in registration of a home network subscriber is detected at a visited network b)The subscriber’s IMSI is then switched to a local operator’s IMSI c)The local operator is detected from a cloud switch depending on the location of the subscriber d)The cloud switch allocates the local IMSI and/or MSISDN dynamically and ensures that roaming subscribers are latched using local IMSI in local networks to reduce the cost of roaming services
Engineering Kit «Copter4Space» is designed to receive and decode digital data transmitted from on-board ISE (artificial Earth satellite) via L-band radio channels. As a result, the users can receive an image of the Earth with a resolution of 2 kilometers per pixel from meteorological satellites. This data can be used by specialists to predict the weather conditions and to control forest fires and monitor other phenomena.
Ethiopian farmers face challenges in land management and resource allocation. GIS4Agri provides GIS-based tools for precision farming, helping farmers optimize land use and increase crop yields.
Traditional education methods often fail to prepare students for the modern workforce, which values cognitive skills, creativity, and problem-solving. As routine tasks become automated, there's a growing need for individuals who can think critically and collaborate on innovative solutions. Current educational systems, focusing on rote learning and standardized tests, lack frameworks for project-based and experiential learning. This results in students graduating without practical portfolios demonstrating their interdisciplinary skills. Implemented Solution To bridge this gap, we developed a flexible standard for educational programs emphasizing transformative projects and real-world engagement. Key components include: Development of Educational Standards: Guidelines for integrating real-world projects with community impact. Network of Open Educational Practices: Connecting schools, institutions, and projects to share resources and best practices. Personalized Learning Pathways: Tailoring education to each student's needs and interests. Integration of Project-Based Learning: Implementing student-led projects to develop self-directed learners. Stakeholder Involvement: Engaging educators, students, parents, and community members. Impact on Small Cities Our solution aids in developing small cities, particularly those with high-tech industries, by involving students in local projects that improve infrastructure and attract investment. Students gain a project-based innovator mindset, crucial for fields like technology and social innovation. This approach not only enhances educational experiences but also contributes to regional socio-economic growth.
The Foundation's project "Illustrated Books for Little Blind Children" has developed a unique series of books "Travels across Countries and Continents" and other books that firmly combine innovation, education and inclusivity, thereby creating a unique set for Russia for the education and development of children. Similar sets are not produced anywhere except Russia, there are no analogues. Bright illustrations and tactile elements turn the reading process into an exciting adventure, and the technology allows visually impaired children and children with special needs to access information through sound and visual effects. This ensures a comprehensive perception of the material, which is especially important for children with various developmental disabilities. For ease of use by preschool and primary school children with special needs, the Foundation has developed a technology for combining a book and using technology in the form of a "magic pencil" with an ergonomic design and convenience for independent use by children to read books without the involvement of adults. The unique technology used in the book “Travels across Countries and Continents” and tactile game methods allow the book to be used by normotypical children, children with special needs and visually impaired children without dividing the learning process into health categories. Touching and interacting with the book helps develop sensory and motor skills, which is especially important for children at an early age. Each element of the book, from the texture of the materials to the sound fragments, is designed to stimulate curiosity and interest in exploring the world. Parents and teachers, using additional materials (educational games and tasks), will help consolidate the knowledge gained and expand the children's horizons. The inclusive design of the book also plays an important role in ensuring equal opportunities for all children. The use of various technologies ensures that, regardless of health status or perception features, each child can fully immerse themselves in the learning process. The publication of multilingual books allows children from different cultures to get acquainted with the materials in their native language, which not only facilitates learning, but also promotes cultural understanding and integration.
Traditional entertainment venues like shopping malls, family entertainment centers, and museums often lack innovation and fail to capture the attention of today’s tech-savvy audiences. UBR (Ultimate Battle Royale) bridges this gap by offering a multiplayer free-roaming VR gaming platform that transforms traditional spaces into hyper-immersive virtual worlds. Designed to be light on assets and easy to set up, UBR allows up to 10 players to physically interact in real-time within a 100 sqm space.
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