Publications

Drone transport has the potential to transform society, but the challenge lies in leading its adoption while securing societal support.

Achieving this requires collaboration across multiple sectors to harmonize policy, technology, and market frameworks. This is the goal of Future Networks Services in the Netherlands.

This white paper provides insight into the ecosystem of connected drones, the global use cases and how 6G enables Beyond Visual Line Of Sight (BVLOS) applications.

6G networks will use a range of spectrum bands. A key candidate for additional mid band spectrum is the Upper 6 GHz (6 425 – 7 125 MHz). This band is already in use for a range of existing services, like fixed satellite, microwave links and radioastronomy. And now several mobile telecoms and Wi-Fi companies show strong interest in using the Upper 6 GHz band as well.

In FNS, we have made a detailed inventory of all existing and potential future uses of the Upper 6 GHz band in The Netherlands and how these align with spectrum policies at global and European levels.

6G networks will be full of AI technology. But how does the European AI Act come into play?

For the developers of 6G technology it is crucial to have a proper understanding of what they need to keep in mind to make sure that they meet the requirements of the AI Act. At FNS, we are analysing the relevance of the AI Act for 6G innovation.

We have started by examining one concept that has been defined in the Act: “the Safety Component”.