INTEGRASYS proudly updates about the relevant evolution and ongoing advancements during the execution of INDISPENSATBLE, an innovative research project set to revolutionize Non-Terrestrial Network (NTN) technologies for advanced 5G and future 6G systems.
This groundbreaking initiative, started in 2023 and scheduled for completion by Q2 2025, aims to develop a multi-purpose digital twin for optimizing and managing the integration of NTN networks in next-generation communications systems.
Project Highlights
Digital Twin Technology
Advanced simulation and optimization of satellite constellation performance in 5G/6G networks.
Real-time monitoring and management of satellite constellations.
Design capabilities for integrated satellite and terrestrial networks.
Hybrid Communication Links
Innovative combination of optical and radiofrequency (RF) links.
Maximizing communication efficiency by leveraging the strengths of both technologies.
Artificial Intelligence Integration
AI-driven optimization and management of NTN networks.
Real-time decision-making for transmission strategies.
Intelligent selection of optimal routes and configurations.
Key Features and Expected Outcomes
Advanced Constellation Monitoring: Real-time optimization of service quality through smart hybrid link management.
AI-Powered Satellite Communications: Enhanced transmission capacity through AI-driven route and configuration selection.
Global Coverage System Design: Comprehensive simulation and design of integrated satellite-terrestrial networks for ubiquitous connectivity.
Key Features and Expected Outcomes
Juan Pablo García, INDISPENSATBLE's Scientific-Technical Manager at INTEGRASYS, states: “INDISPENSATBLE represents a significant leap forward in satellite communication technology. By combining cutting-edge digital twin modeling with AI and hybrid link technologies, we are setting new standards for global connectivity and network performance.”
Pedro A. Ruiz, R&D Director & Customer Success at INTEGRASYS, adds: "Non-Terrestrial Networks shape new relevant opportunities for INTEGRASYS to continue growing our product portfolio based on the technological pillars of INDISPENSATBLE and strengthening our consolidated role among the satellite and defense industries."
Funding and Support
The INDISPENSTABLE project (TSI-0642000-2023-0013) is funded by the Ministry of Economic Affairs and Digital Transformation and the European Union’s NextGenerationEU funds as part of the “Recovery, Transformation and Resilience Plan” and the "Recovery and Resilience Mechanism.”
This project aligns with current trends in communication technology research, including the integration of NTNs into 5G/6G systems, the development of hybrid RF/FSO systems, the application of digital twin technology in network management, and the use of AI for network optimization.
Pioneering the Future of SATCOM
INDISPENSATBLE promises to deliver significant advancements in global connectivity and network performance optimization, positioning INTEGRASYS at the forefront of next-generation satellite communication technologies.
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