Space

Space

Technologies and services

NTN (Non-Terrestrial Networks)

At i2CAT, we develop transformative solutions to provide seamless communication from space, pioneering the interoperability of NTN with terrestrial systems to offer ubiquitous and reliable connectivity, especially in remote or challenging environments where terrestrial networks fall short.

• Regenerative payloads with 3GPP functionalities
• 3GPP-based ground segments for NTN systems
• Management algorithms for NTN constellations: mobility optimisation and context dissemination
• Multi-tenancy, multi-stakeholder architectures

Integration and deployment of Hybrid Networks (NTN / TN)

We advance cutting-edge solutions for integrating and deploying hybrid networks (NTN/TN), ensuring dependable communication in areas underserved by conventional infrastructure. Our expertise tackles the complexities of implementing software-defined networking over satellite systems within multi-layered architectures.

• Orchestration and virtualisation of network functionalities
• Simulation of NTN constellations
• Planning and management of NTN constellations

Quantum applied to Space Communications

i2CAT is at the forefront of securing the next generation of global communications, particularly for sensitive data. By advancing the integration of quantum-based protocols to enhance satellite communications, our work provides an improved level of security crucial to space communications.

• Quantum Key Distribution for Satellite Communications

Flexible Payloads

At i2CAT, we are pioneering the evolution of space communications by developing cutting-edge technologies and methods to enable reconfigurable software-based payloads. This innovative approach enables satellite systems to dynamically adapt their functionality and optimise resource utilisation.

Inter-Satellite Link

Our teams at i2CAT are dedicated to pushing the boundaries of satellite communication by enhancing the fundamental connections within orbital networks. Our work on Inter-Satellite Links (ISLs) focuses on developing advanced algorithms, protocols, and devices to significantly improve the direct communication between satellites in orbit.