At the international exhibition “INNOPROM.Belarus” in Minsk, Prime Minister Olzhas Bektenov presented several Kazakhstani startups, including projects developed by students and residents of NU, DKNews.kz reports.
These projects, created within NU’s ecosystem, are implemented in line with the President’s directives on digitalization across education, industry, sports, and healthcare.
Mirai Tech
Mirai Tech is an AI-powered system designed for diagnosing and preventing sports injuries.
The innovation is based on comprehensive biomechanical analysis. Using specialized sensors embedded in sports equipment, the system collects and processes more than 20,000 unique motion parameters. Machine learning algorithms then analyze the data to detect even the slightest asymmetries, which cannot be identified visually. This deep analysis enables accurate prediction of injury risks and provides personalized recommendations for athletes and coaches.
“Our system collects a massive dataset in just two minutes, which is then processed by AI to detect hidden risks. We conducted a successful pilot with the youth football team Astana, demonstrating the product’s value. Coaches were pleased with the results, and now we are launching a one-year contract with a football club for the upcoming season” Azamat Yeszhanov, COO of Mirai Tech
Game of Drones
Game of Drones is a platform for remote control of real machines and drones over the internet with minimal latency. This allows operators located thousands of kilometers away to control equipment in real time.
The technology has dual applications: it can be used for remote operation of agricultural combines and mining equipment, as well as a cost-effective training platform for drone operators.
“This is a unique product with no direct analogues worldwide. It ensures high-speed, precise transmission of video and control signals. The technology can be applied in agriculture, gaming, and military training for drone operation” Ablaihan Zhakhanov, founder of Game of Drones
Digital Platform for Railway Fleet Management
Kazakhstani developers also presented a digital platform for integrated management of railway wagon fleets. The solution significantly improves efficiency and optimizes logistics operations.
The platform provides a unified digital environment that consolidates all operational processes of railway operators. It manages the full lifecycle of requests, performs analytics, and automates reporting. Currently, the system operates successfully in Kazakhstan, Uzbekistan, Azerbaijan, and Russia, managing more than 100,000 wagons.
A key feature is the use of AI for optimal planning and allocation of wagon fleets. The AI analyzes large datasets and offers the most efficient logistics solutions, directly boosting profitability.
“We helped our clients reduce empty mileage by up to 10%. Thanks to our algorithms, they now earn an additional $20 per wagon per month through optimization, automation, and AI-powered planning” Anuar Sarsimbinov, company representative
Artisan Education
Developed at NU, Artisan Education addresses the shortage of skilled teachers and resources in schools, especially in rural areas.
The project is built on a comprehensive LMS platform that ensures equal access to quality knowledge for students, regardless of teacher preparation levels. Teachers shift into the role of mentors, giving more individualized attention to each student. The platform includes interactive courses, step-by-step instructions, and an AI-powered assistant that helps students debug code and reinforces learning material.
“We emphasize project-based learning, so that students not only master theory and practice but also develop and defend their own products. We provide full toolkits for teachers and schools. Colleges are already using our platform, and we plan to expand to universities to support young engineers throughout their educational journey” project lead Abai Kakimbek
Electrologic – Energy-Saving Technology for Metallurgy and Energy
A Kazakhstani energy-saving innovation developed at NU has been ranked among the world’s top six “green” projects for metallurgy and energy by a global environmental fund. Selected from 600 applications, the project may attract a €5.8 million grant for implementation in Kazakhstan.
The domestically developed technology outperforms leading global analogues in speed and efficiency. Initially used in metallurgy to manage electric arc furnaces, it was introduced in factories in Serbia and China, reducing smelting time nearly by half, saving electricity and consumables, and doubling productivity.
Later, the solution was adapted to address broader challenges, such as controlling reactive power losses in electricity grids. The controller can now be applied across industrial and municipal sectors, supporting the transition to a green economy.
“We are both the developers and manufacturers of Electrologic controllers, hardware and software alike. In metallurgy, we reduce smelting time and electrode consumption; in energy, we achieve significant electricity savings. For example, in Serbia we cut smelting from 45 to 26 minutes, and in China from 120 to 65 minutes. This means increased productivity and reduced costs” project leader Zhanat Zhussupov
