Adaptive 6G Networks-in-Network Management for Industrial Applications

Daniel Lindenschmitt; Paul Seehofer; Marius Schmitz; Jan Mertes; Roland Bless; Martina Zitterbart; Jan C. Aurich; Hans D. Schotten

arXiv · 2508.18902

Adaptive 6G Networks-in-Network Management for Industrial Applications

Daniel Lindenschmitt·Paul Seehofer·Marius Schmitz·Jan Mertes·Roland Bless·Martina Zitterbart·Jan C. Aurich·Hans D. Schotten

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Abstract

This paper presents the application of Dynamic Spectrum Management (DSM) for future 6G industrial networks, establishing an efficient controller for the Networks-in-Network (NiN) concept. The proposed architecture integrates nomadic as well as static sub-networks (SNs with diverse Quality of Service (QoS) requirements within the coverage area of an overlayer network, managed by a centralized spectrum manager (SM). Control plane connectivity between the SNs and the DSM is ensured by the self-organizing KIRA routing protocol. The demonstrated system enables scalable, zero-touch connectivity and supports nomadic SNs through seamless discovery and reconfiguration. SNs are implemented for modular Industrial Internet of Things (IIoT) scenarios, as well as for mission-critical control loops and for logistics or nomadic behavior. The DSM framework dynamically adapts spectrum allocation to meet real-time demands while ensuring reliable operation. The demonstration highlights the potential of DSM and NiNs to support flexible, dense, and heterogeneous wireless deployments in reconfigurable manufacturing environments.

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Daniel Lindenschmitt, Paul Seehofer, Marius Schmitz, Jan Mertes, Roland Bless, Martina Zitterbart, Jan C. Aurich, Hans D. Schotten. 2025-08-26. Adaptive 6G Networks-in-Network Management for Industrial Applications. https://arxiv.org/abs/2508.18902

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