We are a university
spin-off.
From the beginning of our activity, we have been driven by the desire to combine the latest advancements in science and technology with technical and business aspects. Therefore, collaboration with leading academic and research centres, such as the AGH University of Science and Technology in Krakow and the Jagiellonian University, is key to our development. As a university spin-off, we focus on research and innovative technological solutions. We actively participate in the research group "Intelligent Methods in Software Engineering and Data Analysis", where we apply our knowledge and experience in artificial intelligence and data analysis. Our work primarily focuses on using advanced Deep Learning (DL) and Machine Learning (ML) algorithms in 3D modelling. As a result, we create new methods for analyzing, reconstructing, and simulating spatial objects, which find applications in various industries, from medicine to manufacturing.
3D Human Model dataset
Recognizing the lack of extensive 3D human model datasets, we created the largest real-world database of 3D human models. This is being developed by scanning specific individuals using multiple laser sensors and advanced data acquisition techniques. A key element of our process is using multi-level DL/ML algorithms, which allow for the optimal processing of point clouds and their conversion into regular meshes. Our dataset will ultimately serve as a foundation for numerous applications, from medical simulations to developing VR and AR technologies, which are also close to our expertise.
Software Optimization
for VR
Virtual reality (VR) offers tremendous opportunities, but one of the key challenges is user comfort and ergonomics. Our team focuses on optimizing VR software development, enabling prolonged and safe use of virtual environments. We pay particular attention to the issue of simulator sickness and its symptoms, which can significantly affect users. To address this, we also collaborate with the Jagiellonian University in Krakow, researching VR immersion's physiological and neurological aspects. As a result, we are developing new methods to minimize discomfort and improve user interaction with the virtual world.
Our Research Papers
Our research activities are increasingly reflected in scientific publications and presentations at international conferences. Our goal is to regularly publish the results of our research and share knowledge on 3D modelling, AI applications in visualization, and innovative interaction techniques in VR. We aim for our achievements to have a tangible impact on technology development and be applied in practical uses.
cooperation
Are you interested in collaborative research?
We invite you to collaborate on research and development projects.
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