Tracking manufacturing processes and material consumption during transformer manufacturing.
Research and development
Up-to-date solutions
Continuous technological development requires up-to-date software solutions. Value creation and innovation are essential for development, so our professionals are constantly developing and broadening their knowledge in the latest technologies.
They have been working on various IT projects in various sectors such as logistics, mechanical engineering, telecommunications, finance, pharmaceuticals, energy, trade for many years, so they have extremely extensive experience in various development and programming methods, principles and technologies.
Our R&D projects
In recent years, we have participated in several R&D projects, the most significant of which are:
Optimizing the route and fuel consumption of ocean-going vessels.
New model of cloud-based electronic invoicing, where the customer does not need a certificate (www.billzone.eu),and the introduction of the service to the domestic and European market.
Development and implementation of R&D developments for virtual 3D studio software (www.aximmetry.com) and introduction of the product to the global market:
- New lens calibration methods.
- LED wall based AR / VR solutions.
- Camera tracking methods.
Healthcare
In cooperation with Asseco Central Europe Magyarország Zrt., We participate in the development of the Collaborative Hospital Information Platform, which aims to create a medical system supporting process-oriented inpatient care.
Main goals
The main research areas of the project:
Translating Augmented / Miexed Reality (AR / MR) technology into nursing to make the nurse's work more efficient by taking advantage of the technology's potential. By reducing the administrative burden, the time spent on actual patient care can be increased.
Development of the Hospital Information System (HIS) as a software product.
Processing the range of secondary information that can be obtained from the use of smart devices within the framework of the “Nurse as a sensor” concept, identifying the devices used, activities based on smart devices, such as: generating and updating a nurse plan and activity list; patient and device identification; display location- and context-dependent optimized HIS extracts based on indoor localization that can be displayed on smart glasses.
Finding samples in the data accumulating in the system and putting what has been learned back into practice (through machine learning, implementation of artificial intelligence algorithms).