D5.3: Final report on evaluation results and proof of concept demonstrations

Authors

Asim Zoukarni, Francisco Vogt, Anestis Dalgkitsis, Cyril Hsu, Jose Zerna Torres, Chrysa Papagianni (UVA), Juan José Vegas Olmos, Amelia Pakouline-Navarro (NV), Carlos J. Bernardos, Adam Zahir, Sandra Álvarez, Maria Molina (UC3M), Francesco Paolucci, Michelangelo Guaitolini, Rana Abu Bakar (CNIT), Attila Mihály, Gergely Pongrácz (ERI-HU), Michele Gucciardo (NEC), Anastassios Nanos, Christos Panagiotou, Konstantinos Papazafeiropoulos, Maria Rafaela Gkeka, Anastasia Mallikopoulou, Panagiotis Mavrikos, Maria Goutha, Charalampos Mainas (NUBIS), Chathuranga Weeraddana (UOU), Luis Velasco, Marc Ruiz, Jaume Comellas, Davide Careglio (UPC), Sándor Laki, Gergő Gombos, Károly Kecskeméti, Dávid Kis (ELTE), Andrea Sgambelluri, Faris Alhamed, Emilio Paolini, Massimo Satler, Domenico Uomo (SSSA), Mark Angoustures, Vincent Lefebvre (TSS), Marta Blanco Caamaño, Miguel A. Carnero Fernández (TID), Sultan Ertaş, Zekvan Yilmaz (EBY), Simon Pryor (ACC).

Abstract

Deliverable D5.3 presents the final evaluation results and comprehensive Proof-of-Concept (PoC) demonstrations within the DESIRE6G project. This document reports on the finalized testbed deployments, the execution of the integrated demonstrators, and the collection and analysis of the final data sets. It provides a consolidated view of the DESIRE6G architecture as realized with the final release components and applications delivered by WP3 and WP4. In alignment with the official project description in the DoA, D5.3 reports:

1. The final integration and validation of the components and applications that will be demonstrated;

2. The performance results and the analysis of the experiments carried out in the integrated testbeds and in the two final demos, with detailed KPI assessment.

Building upon the initial evaluations presented in Deliverable 5.2, D5.3 highlights the fully integrated PoC solutions across both global and local testbeds. It provides a detailed account of the deployment, execution workflows, and experimental validation of use cases and applications, with a focus on KPIs such as latency, reliability, scalability, and service assurance. The document reports the following main contributions:

• Deployment and integration of DESIRE6G Final Release components across all designated global and local testbeds.

• Results from PoC demonstrations, evaluating the achieved KPIs and providing insights into system performance and reliability.

• Functional validation of integrated components and use cases, demonstrating the readiness of the DESIRE6G platform for advanced operational scenarios.

• Analysis of KPI conformance, informing lessons learned and recommendations for future project phases.

By presenting these results, D5.3 provides the foundation for future advanced demonstrations and sets the stage for project activities in Year 3, ensuring that the DESIRE6G platform achieves its envisioned performance and operational objectives.