New, innovative technologies are at the core of our business. In a world of science and innovative technologies, we inspire our clients to follow our proposals and we implement them together by leveraging our know-how and experiences in the range of services we provide.
At NIKI we perceive Artificial Intelligence (AI) as a complete spectrum of “smart” systems that integrate smart deep learning methods and applications, as well as knowledge-based systems. We develop new software products for our clients and optimize existing ones. An indicative example of the application of smart AI systems is the recognition of the driver’s behavior state while driving the car.
The future of high-tech product development is mainly determined by digitization, local and wider networking, and interdisciplinarity. In this context starts the replacement of traditional tools and work methods with newer, modern applications (Web-based Applications) and augmented reality platforms. In Future Engineering even a PowerPoint presentation will be replaced by 3D visualizations in virtual spaces. New tools and new methods increase work flexibility while ensuring extra time to develop innovative ideas, products, and high-quality services.
The automotive industry is currently going through a state of new changes and innovations. Existing vehicle development and manufacturing methods are incorporating more and more electrical components and new technologies are being used. Their implementation is preceded by extensive tests and verifications under the observance of safety rules. The upgraded equipment now used improves important systems such as the driver assistance system and automated driving functions determine parameters under optimization such as comfort, efficiency, and safety while driving.
Data Science concerns the analysis of huge volumes of data using a wide variety of algorithms. Through this process we can obtain significant knowledge regarding behavioral patterns, creating new opportunities for humans. The possibilities offered through data science are enormous, which is why it is a solid foundation of NIKI’s overall business. The study of data helps the prediction of maintenance and quality issues, modeling, and other processes that contribute to optimal decision-making.
The transition from real to virtual experience is the most suitable solution for networking and interaction between partners. In cases where simulation becomes necessary for the completion of a project, a digital twin of the prototype can be used. The digital twin gives the designer the advantage of experiencing, testing, and presenting the product without it being available.
The rapid increase in the number of electric vehicles on the roads worldwide and climate change have contributed significantly to this upward trend. Electricity generated from renewable sources helps reduce the massive release of exhaust gases into the atmosphere during transport. A significant number of vehicle development and manufacturing companies will soon have fully electric vehicles.
Trends in the automotive industry define the design and implementation of complex systems for the development of advanced engineering products. Model-Based Systems Engineering (MBSE) ensures the design of appropriate systems that enables the verification and validation of the desired functionality of products, according to market conditions and required quality standards. MBSE is the foundation of strategic virtual product development and provides the requirements for designing systems and reliable, quality IT products.