FUDGE-5G: Fully Disintegrated Private Networks for 5G Verticals David Gomez-Barquero*, Antonio Borges†, Andre S. Gomes†, Luis Cordeiro†, † Joao Hen- riques†, Kashif Mahmood‡, and Sebastian Robitzsch§ *Universitat Politécnica de Valencia, Valencia, Spain †OneSource, Coimbra, Portugal ‡Telenor Research, Fornebu, Norway §InterDigital Europe, Ltd., London, United Kingdom The NPN concept allows for designing, deploying, and interconnecting capabilities for the speciﬁc needs of the use cases, motivating the NPN deployment in the ﬁrst place. 3GPP studies two types of NPNs, falling under the categories of Standalone Non-Public Networks (S-NPNs) and Public Network Integrated NPNs (PNI-NPNs) PLATFORM ARCHITECTURE USE CASES NPN BENEFITS PROJECT COORDINATOR FUDGE-5G assumes: a uniﬁed access domain across all Access Networks as the shared communi- cation denominator; 1. utilising Software-deﬁned Networking (SDN) on both control and user planes is fully supported by the platform; 2. Network Function Virtualisation (NFV)-enabled infrastructure. 3. Both for control and user plane 5G services, FUDGE-5G offers a Service-based Architecture platform realization covering: • uniﬁed service routing; • orchestration; • monitoring capabilities. 5GC lists innovations around: • 5G IP and Opportunistic Multicast (OMC); • 5G Time Sensitive Networking (TSN); • 5G Local Area Network (5GLAN); and interconnected S-NPNs. Service routing at the control plane is based on Name-based Routing (NbR), one of the three official deployment options of a Service Communication Proxy (SCP). User plane service routing offers the integration of NbR, which is complemented by a novel resource scheduling. With NPNs, the network can be designed, optimised, dimensioned and customized to serve different needs of enterprise and industrial verticals. It allows for: • tight integration of UEs with the RAN and 5GC; • customised QoS traffic ﬂow support; • better coverage (optimized cell location); • high security (isolation); • adaptability and scalability; • greater ﬂexibility; • high efficiency; • lower latency overall. Cloud Solution providers from Advisory board Industry 4.0 Stakeholder 5G Virtual Office Stakeholder PPDR Stakeholder Concurrent Media Delivery Stakeholder Interconnected NPNs Stakeholder The use case aims to illustrate a typical remote production and media delivery scenario at the same time, but in this case using 5G technology. The main objective in this UC is to provision transparent mis- sion-critical services to the end-user independently of the under- lying telecommunication infrastructure. In this UC, innovations will allow hospital staff to be able to work more effectively and for medical knowledge and expertise to be distributed over a much wider area. This UC aims at demonstrating the applicability of S-NPNs and their integration with 5GLAN and TSN, replacing ﬁxed and wired alternatives for industrial communications with 5G. The main motivation of this UC is deployment of 5GLAN in case of federated 5G S-NPN and authentication and authorization of sub- scribers across multiple domains. Prof. David Gomez-Barquero Universitat Politecnica de Valencia iTEAM Research Institute Camino de Vera info@fudge-5g.eu /company/fudge-5g/ /fudge5geu This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 957242 C M Y CM MY CY CMY K fudge-publication-poster_v2-1.pdf 2 18/05/2021 15:13:17