The detailed scope of this project includes the following tasks:

Task 1

Development and implementation of an advanced, scalable microservices architecture specifically tailored to enhance the existing data collection platform

Task 2

Creation and refinement of innovative visualization methodologies, intended to present the results from quality tests of mobile devices on an interactive and user-friendly online map

Task 3

Implementation of a specialized HEX binary packet decoder

Task 4

Establishment of a fully automated set of Continuous Integration and Continuous Delivery (CI/CD) tools

Goals

Through the execution of planned stages, the Applicant will be able to introduce an innovative product to the market. The solution will provide increased capabilities for monitoring and thoroughly analyzing the quality of services available in 5G networks, substantially complementing and expanding upon existing network monitoring offerings. The product will offer unique, in-depth diagnostic capabilities, allowing users to better understand and optimize their 5G service experiences. The solution proposed by NOTEL will offer broad range of customizable mini-applications that can be precisely tailored to diverse functionalities and specific client requirements. Such flexibility will enhance the usability and applicability of the platform across various contexts. The project will explore and develop innovative methods and solutions related to the analysis and evaluation of service quality within next-generation 5G mobile networks. Among these innovations are geolocation techniques designed to streamline and accelerate the visualization of data, thus making valuable information more rapidly and widely accessible. Additionally, the project will develop automated methodologies for generating binary applications aimed at users within the telecommunications sector, further enhancing operational efficiency and user convenience.

Target Audience Groups

1. Telecommunications and mobile network operators 2. Suppliers and manufacturers of telecommunications infrastructure equipment 3. Internet service providers 4. Private individual users

The Applicant will develop and internally deploy these innovative functionalities on its own platform, leveraging and significantly upgrading its current infrastructure to meet the new project objectives and deliver improved value to users.

Project Duration:

January 1, 2025 – January 31, 2027

Total Project Value:

PLN 6,196,558.59

European Union Funding Contribution:

PLN 2,658,589.29

The implementation of the project will lead to a reduction in negative environmental effects through the following areas:

– use of solutions guaranteeing raw material savings, including water savings; – use of secondary raw materials in min. 30%; – application of solutions guaranteeing a reduction in the amount of pollutants discharged into the atmosphere; – application of solutions extending the product life cycle; – other actions reducing negative environmental effects, indicated by the Applicant, adjusted to the nature of the project; – reduction of electricity consumption.

The target group targeted will be:

– end users of fixed and mobile telecommunications services (corporate customers, individuals), – smaller and larger providers of telecommunications or Internet services.

The project is implemented in three tasks:

Task 1 – Purchase of fixed assets Task 2 – Purchase of intangible assets necessary to launch the fixed assets. Task 3 – Expenditure on information and promotion of the project.

Project implementation period

from 2023-06-01 to 2023-12-31 Total value: 1 383 750,00 PLN EU contribution 900 000,00 PLN Contract number RPMA.03.03.00-14-J017/23-00 Project co-financed by the European Regional Development Fund from the funds of the Regional Operational Programme of the Mazowieckie Voivodeship for 2014-2020 Project entitled “Implementation of the results of R&D work of the project co-financed by EU funds, consisting in the development of an integrated platform of an advanced system of data acquisition, management and visualisation of digital content, for the analysis of the quality of services in telecommunications networks.”