EU Investment

Project: “WEB-Based 3D Landscape Modeling Platform”

On October 21, 2025, UAB Pixpro signed a loan agreement with UAB ILTE under the preferential loan instrument “Perspektyva”, administered by UAB ILTE, which finances research and experimental development activities.

During project implementation, research and experimental development activities will be carried out, resulting in the creation of a web-based 3D landscape modeling platform.

The project aims to develop an innovative landscape design software package that will automate the transfer of the existing environment into a digital model and provide advanced design tools. The solution will address the limitations of competitor software when designing landscapes in built-up areas with complex environments such as buildings, vegetation, and infrastructure.

Project “Pixpro UAB Internationalization and Visibility Enhancement and Export Market Development”

Pixpro, UAB is a high-tech company that develops and implements innovative software solutions in the fields of photogrammetry and artificial intelligence. In order to improve the market awareness regarding the company's expertise and stimulate the company's export, Pixpro is planning to participate in the international exhibitions. The project activities are aimed at promoting the export of Pixpro products, searching for new export markets and broadening already existing ones, also increasing the Pixpro's competitiveness. The investments are planned to be allocated to the presentation of Pixpro company as well as its products at international exhibitions abroad. The implemented project will have a positive impact on increasing the awareness of the Pixpro as an entity, promoting it internationality, establishing in the international markets, the company's competitiveness, and the growth of the country's economy as well as strengthening the Baltic Sea Region.

Project “Creation and evaluation of a prototype for the ‘SeatChecker’ defect detection system in vehicle seat production, utilizing artificial intelligence and 3D measurements.”

UAB Agmis, together with partners UAB Pixpro and UAB Omnivizija, is implementing a project involving scientific research and experimental development. The goal is to create a defect detection system for vehicle seat production called ‘SeatChecker,’ using artificial intelligence and 3D measurements.

In the project, the aim is to create a solution that prevents defects in the automotive seat production process. Reducing defects in the automotive seat market is an important factor that influences consumer satisfaction, manufacturer competitiveness, and environmental protection. Minimizing defects helps maintain high-quality and durable car seats, improves aesthetics and ergonomics, enhances driver and passenger comfort and safety, reduces material and energy consumption, as well as waste generated from seat production and repair. This leads to cost savings in production and a positive impact on the environment, encouraging innovation and technological progress in the seat industry. It allows manufacturers to stand out in the market and meet consumer needs and expectations.

Project title: Application of 5G Technologies in Unmanned Aerial Vehicle Base Stations
Project no: 08-004-K-0016

The project's goal - to demonstrate and conduct the final testing and evaluation of unmanned aerial vehicle base station systems and mini-class unmanned aerial vehicle and charging station systems supported by 5G technology and intended for monitoring urban transport infrastructure. This project aims to modify base stations by integrating 5G technology and to fully automatically monitor urban transport infrastructure and provide statistical data using advanced photogrammetry and intelligent image recognition technologies. The project will result in the world's first base station system supported by 5G technology capable of fully automatically changing drone batteries for drones weighing up to 1 kg. Currently, there are no such base station systems in the world.

5G technology forms broad opportunities for market innovation, one of which is the operating principle of the products proposed in this project, based on the transmission of transport infrastructure monitoring data via 5G connection. Drones supported by 5G and artificial intelligence will be a sought-after product in the market, considering that cities, especially those aiming for smartness, seek to better utilize transport infrastructure and integrate it into smart traffic flow and infrastructure management systems.

Project implemented by: UAB "IT logika"
Project partners: UAB "Pixpro", UAB "Taikomasis dirbtinis intelektas", Vilnius University
Project budget: 5 160 157,24 EUR
Funding amount: 2 897 286,55 EUR
Start of project activities: 2024-01
End of project activities: 2025-12

The project is financed by the European Union “Next Generation Lithuania”.