Bone grafts and bone replacement materials refer to materials that are used to replace or stimulate the growth of bone tissue. They are often used in orthopedic procedures to repair or replace damaged or diseased bone tissue, for example in the case of bone fractures, spinal injuries or bone cancer. The project presents materials in the form of blocks and crumbs with a pore surface doped with molecules with antibacterial activity (a broad-spectrum antibiotic) with the possibility of their gradual release in vivo

According to the World Health Organisation's data, there are approximately 18 million deaths caused by cardiovascular diseases around the world (2021), where almost 11 million patients dead because of atherosclerosis of coronary arteries, which is a reason for the ischemic heart disease and a heart attack. We present nanoparticles with a remote magnetic control which can transport special medicine for decreasing lipid nucleus of a plaque as a new method for fast, mini-invasive and effective treatment of cardiovascular patients with atherosclerosis

Description of the problem: 1. Overpayments. 2. Waste of time or money. 3. Penalty for violation of weight limits 4. Damaged cargo. Garrix Load System Solution: 1. Distribute the maximum volume of cargo. 2. Pick up the transport. 3. It will take into account the order of unloading and distribute the goods by segments. 4. It will speed up vehicle maintenance. 5. Prepare reports according to the scheme in pdf or excel. 6. It will hold the maximum and take into account the fragility and dimensions of the cargo

When driving trains, the drivers control the freedom of the track ahead from foreign objects and people relying solely on their visual perception and the signal aspects. According to experimental data, the range of obstacle detection by a train driver is between 300 and 400 m during the day and between 100 and 200 m at night. Weather conditions, such as fog, rain, sun glare, etc., make it much more difficult to detect objects, reducing the level of train traffic safety. The train driver assistance system warns on the presence of obstacles ahead of the train detected at a distance of up to 1200 m and displays the aspects of trackside signals at distances of up to 400 m.

25-30% of energy consumed in real estate is wasted, costing businesses. ECOMANAGEMENT is an IoT platform that uses machine learning technologies to optimally manage your buildings, dynamically adapting to external disturbances.

Personal safety in public areas in the light of the growing number of acts of aggression and terrorism is also important. The problem can be solved by equipping crowded or hazardous locations with a Modular Video Analytics System (MSVA) with artificial intelligence that enables automatic monitoring of the sanitary conditions in transportation infrastructure facilities and public spaces, improved safety and convenience of people.

The project solves the tasks of continuous monitoring of greenhouse gas emissions. Greenhouse gas monitoring provides accurate data on the amount of emissions and their distribution across the country. This helps the government and business to take measures to reduce emissions and reduce the negative impact on the environment and climate.

Emergency Response System for Road Accidents ERA-GLONASS system is an effective way to increase the safety of millions of transport users and reduce mortality in the road traffic accidents. ERA-GLONASS system provides collection and prompt transmission of information on traffic accidents and other road incidents to emergency response services; it is a unified secure and trusted environment for collecting, processing and transmitting information. In the case of accident, the emergency call device switches to active mode and initiates an emergency call to ERA-GLONASS system, transmitting information about the vehicle’s location based on GNSS such as GLONASS, GPS, Beidou and others. The emergency call can be triggered automatic in case of a serious accident (when rollover sensor or airbags are activated) or can be triggered manually if the driver presses the SOS button. ERA-GLONASS filtering contact center receives standardized information on the location of the vehicle and it’s VIN number. The call is analyzed and if emergency assistance is required, full information about the accident is promptly transmitted to the emergency response services (System-112) including vehicle model and make, license plate number, color, vehicle location and heading. ERA-GLONASS yields maximum efficiency in observing the critical “golden hour” rule in emergency medicine: the aid rendered within the first hour after an accident exponentially increases the likelihood of saving accident victims’ lives and minimizing the development of serious injury complications. The use of the filtering contact center allows not to overload emergency response services with false calls and provides information transmission about the accident to emergency services in 19 seconds. It's faster than pulling out a phone in a stressful situation, dialing a number and waiting for an emergency operator to respond and then describe the incident, the place where it happened and with whom. The system is based on a centralized principle, its infrastructure is deployed in the form of regional switch nodes in all the regions of the Russian Federation. The mobile virtual network operator (MVNO) network based on the four largest Russian mobile operators’ networks provides the best network coverage in the country. For the 9 years of operation more than 11 million vehicles are registered in ERA-GLONASS system, information about road accidents was transmitted to emergency response services more than 386,000 times. For the entire period of ERA-GLONASS system operation in the Russian Federation, the number of victims per one accident has decreased by 14%.

Providing all necessary opportunities and financial instruments for entrepreneurs interested in developing international cooperation and attracting investments in their projects and creating joint business projects

In a world teeming with countless creative projects, finding the perfect physical location for each endeavor can be a daunting task. Creators often spend up to two hours just to scout a single spot for their shoots. Our platform revolutionizes this process by providing a swift and efficient way to discover ideal locations, including those accessible for free. This innovative solution not only saves time but also unlocks a world of possibilities for creators everywhere.

Developing a 3D game engine that supports XR (Extended Reality) and VR (Virtual Reality) presents several challenges, including performance optimization, cross-platform compatibility, and user experience (UX) consistency. One of the critical issues is ensuring high performance and low latency to prevent motion sickness and provide a seamless experience across different VR hardware with varying capabilities. Our solution: Implement techniques like foveated rendering, which focuses rendering resources on the area where the user is looking, reducing the load on the GPU.

In various industries, training employees on spatial awareness and navigation is crucial, especially in sectors like construction, manufacturing, and logistics. Traditional training methods, including classroom instructions and 2D simulations, often fail to effectively teach spatial skills due to their lack of interactivity and immersive experience. Consequently, employees may struggle with real-world spatial tasks, leading to inefficiencies, increased errors, and potential safety hazards.