In recent years, the Mobile broadband (MBB) networks became core to how the modern society operates. Arguably, they are the most important piece of the modern communications infrastructure. The combination of rising popularity of mobile devices (smartphones and tablets) with the availability of high-capacity 3G /4G mobile networks changed the way most people access and use the Internet. Thus a need for an objective information on MBB networks’ performance increased in value for many parties. Operators, regulators and policy makers, consumers, businesses, researchers and innovators would like to know objectively the networks’ quality. There is a demand to develop tools that rigorously and scientifically assess their performance as experienced by the end user.

The MONROE project

MONROE is designing, building and operating the first open access and flexible hardware-based platform for measurements and custom experimentation on operational MBB networks. It consist of both, fixed and mobile nodes, distributed in 4 countries (Norway, Sweden, Italy and Spain) in 5 main cities in Europe (Oslo, Karlstad, Torino, Pisa and Madrid). The MONROE nodes are constructed to be flexible and powerful enough to run most measurement and experimental tasks. We designed the experiments to provide an accurate assessment of MBB networks characteristics. Furthermore, the MONROE platform provides WiFi connectivity allowing to access different technologies as well as new ways of combining them to increase performance and robustness.

Key objectives

Our objectives are:

  • an open, large-scale measurement and experimental MBB and WiFi networks platform operating in several European countries
  • platform’s maintenance and external user support whenever needed
  • identification of key MBB performance parameters that enable accurate, realistic and meaningful monitoring and performance assessment
  • user-oriented closed-loop system opened to external participants, where users are incorporated early on in the experimental design process
  • providing Experiments as a Service (EaaS) with well-documented tools and high-level scripts
  • creating future models to sustain and extend the platform beyond the project’s budget and its ending


EU_flag.pdfThis project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 644399.