Towards Nomadic 6G Communication Networks: Implications on Architecture, Standardization, and Regulatory Aspects

TL;DR

This paper explores the architectural, standardization, and regulatory challenges of nomadic 6G networks, proposing interface principles for mobile, self-organizing nodes to enable future decentralized communication systems.

Contribution

It introduces a set of interface principles tailored for nomadic 6G networks, addressing architectural limitations and regulatory issues in dynamic, mobile environments.

Findings

Identifies limitations in current 6G architectures for nomadic networks.

Proposes interface principles for inter-node communication and control.

Outlines regulatory challenges for infrastructure in mobile jurisdictions.

Abstract

The emergence of nomadic mobile communication networks for sixth-generation (6G) introduces a paradigm shift in how network infrastructure is conceptualized, deployed, and operated. Unlike traditional fixed systems, Nomadic Networks (NNs) consist of mobile and self-organizing nodes that provide radio infrastructure capabilities in motion. This paper explores the architectural implications of such systems, with a particular focus on the design and evolution of network interfaces. We analyze the requirements for inter-node communication, service discovery, and control delegation in dynamic environments. Furthermore, we examine the regulatory and licensing challenges that arise when infrastructure elements traverse jurisdictional boundaries. Based on current 6G visions and relevant research, we identify limitations in existing architectures and propose a set of interface principles tailored to nomadicity. By synthesizing findings from mobile, non-terrestrial, and organic network domains, this work contributes to the architectural foundation for future nomadic 6G communication systems and outlines directions for interface standardization in decentralized, mobile infrastructures.