Smart network interface cards for whiteboxes
6GMICROSDN-SMARTNICS will enhance the whiteboxes that are deployed in the Edge and in the Cell sites. Smart Network Interface Cards … Read More
Quantum key distribution for security in open and disaggregated 6G networks
6G-OPENSEC-KEYS (within the coordinated project 6GOPENSEC) aims to make a revolutionary change in the security that will be required in … Read More
Secure network slice manager for open and disaggregated 6G networks
6G-OPENSEC_SECURITY (within the coordinated project 6GOPENSEC) aims at the design and implementation of an intelligent and autonomous 6G network slicing … Read More
DLT-based trust management for open and disaggregated 6G networks
6G-OPENSEC_TRUST (within the coordinated project 6GOPENSEC) aims to design, implement and validate a Trust manager to calculate and manage the … Read More
Control Plane and Telemetry for Multiband Optical Transport Networks
The main objective of the CONTELEM (within the coordinated project 6OPTRAN) project is to develop a control and management platform … Read More
Multiband Optical Transmission and Monitoring Systems
STEROID project (within the coordinated project 6GOPTRAN) is the design, implementation and validation of an optical transport infrastructure that combines … Read More
Packet/Optical Disaggregated Nodes with Open Interfaces and Network Operating Systems
WHITOPEN (within the coordinated project 6GOPTRAN) aims at the development of network nodes integrating packet switching with optical transmission, exploiting … Read More
Comunications towArds Reliable B5G/6G cOMmunicAtions in 3D networks – Terrestrial Segment
AROMA3D-Earth (within the coordinated project AROMA3D) aims to develop the terrestrial segment of the 3D network. AROMA3D-Earth will consider MIMO … Read More
Communications towArds Reliable B5G/6G cOMmunicAtions in 3D networks – Hybrid system
AROMA-Hybrid (within the coordinated project AROMA3D) aims to jointly develop new non-terrestrial and terrestrial communications paradigms. Various options will be … Read More