This interdisciplinary project "Open RAN Internet Switching Solution" (TRANSFER) is aimed at creating a new interconnection device that would ensure a smooth switch between different digital communication technologies, which are mainly used by road transport networks. These technologies include mobile networks, 5G, B5G (Beyond 5G) and wireless networks based on IEEE 802.11 protocol standards. In addition, there is a strong interest in the adoption of Open RAN (Radio Access Network) in 5G (and future) networks, as well as in next generation Wi-Fi technology (Wi-Fi 7). The advantages of Open RAN include the possibility of creating private mobile networks, compatibility between equipment of different hardware manufacturers and transparency of configuration. This means that the 5G private network owner no longer has to rely on specific hardware manufacturers and their proprietary technologies. This project focuses on a combination of Wi-Fi, 5G/B5G and network combination technologies for data transmission to moving objects. More specifically, the project aims to improve switching times between Wi-Fi, 5G and B5G data transmission technologies and to provide connections that meet QoS (Quality of Service) or QoE (Quality of Experience) requirements when a mobile object is moving at different speeds. The project includes long-term research activities focusing on the experimental improvement of existing technologies, the acquisition of innovative and interdisciplinary knowledge, as well as a carefully developed knowledge and technology transfer strategy.? Objective of the project: The TRANSFER project aims to develop an interconnection device (ICD) and switching technology prototype that will enable video switching between 5G, B5G and Wi-Fi data connections via both the private 5G network and the 5G network of mobile operators. This will allow the mobile customer to use the most suitable data transfer solution.? Main project activities (work packs - WP): WP1: Wi-Fi and 5G hybrid network research and applications for transport moving objects Data network (WiFi, 5G, B5G) and its connection switching performance analysis. WP2: Identification of QoS and QoE requirements and development of an interconnection device prototype model Analysis of QoS and QoE skills with the aim of establishing the connectivity of the interconnection device prototype to be developed. WP3:Development of broadband hybrid network environment and prototype validation of the interconnection device 5G/B5G and Wi-Fi automotive hybrid communication network testing environment will be developed in RTU FEESI laboratory to test the compliance of the developed interconnection device prototype and switching technology with QoS/QoE requirements. WP4: Protection of technology rights Protection of technology rights when filing a patent application. WP5: Dissemination of project knowledge and technology transfer Publication of results in industry-recognised scientific journals, participation in conferences, involvement of industry and society, conclusion of an intellectual property (IP) license agreement. WP6:Measures to ensure communication and visual identity requirements Public involvement and information about project results that are not protected by the Intellectual Property Work Packages (WP) are divided according to the classification of activities established by the CFCA (see Activities section) as follows : Feasibility studies: this category of research is not applicable to this project. Research involving at least one of the following research categories: fundamental research, industrial research; Experimental development – WP1, WP2, WP3 Acquisition, validation and protection of technology rights (intangible assets) resulting from the research carried out – Dissemination of knowledge generated during the WP4 Project in the form of training, publications or knowledge and technology transfer – WP5 Measures to ensure communication and visual identity requirements – WP6 Planned results. The TRANSFER project will produce the following key results (indicators): An operational prototype of an interconnection device that provides uninterrupted WiFi and 5G/B5G communication for moving objects Six (6) high-impact scientific articles in international journals (SCOPUS Q1/Q2) and full-text conference materials Patent application and conclusion of an intellectual property license agreement Set of public engagement and information measures for the general public Increased innovation capacity in the Latvian ICT sector, promoting smart growth goals of the Smart Specialisation Strategy (RIS3) in the fields of ICT, photonics and smart materials. As described above, it is clear that the objective and planned activities of the proposed project support practical orientation and cooperation research, including interdisciplinary research, and are in line with the Latvian Smart Specialisation Strategy (RIS3) economic transformation direction 3 "Sectors with significant hor