The Enhanced Smart Networks for Everything (SN4E+) project is considered a continuation of the recently awarded SN4E (Smart Networks for Everything) project, which proposes the deployment of a research and experimentation environment for knowledge transfer between academia, industry and society. \nThe Enhanced Smart Networks for Everything (SN4E+) project aims to advance the infrastructure of the applicant groups, with a clear focus on enabling research in 5G advanced and 6G. In this sense, the objective is to build new capabilities on the SN4E infrastructure, recently approved in the previous call. Through the SN4E project, an evolution of the Smart Networks for Industry (SN4I) infrastructure towards new applications and new verticals was proposed, with a clear focus on the acquisition of network equipment, both real and emulation, compatible with the new 3GPP standards currently evolving towards 5G advanced. Indeed, thanks to SN4E+, it will be possible to test new functionalities of the latest 5G and advanced 5G technology releases, such as URLLC and mMTC, millimeter wave, 5G-TSN communications, and QKD-based security.

Desarrollo de conectividad industrial y aplicaciones sobre 5G para la gestión virtual de operaciones en planta del sector de automoción) TSI‐065100‐2023‐001.

This project funded by the Spanish Ministry of Science and Innovation is focused on the creation and development of a smart 5G ecosystem towards a Zero Touch paradigm. This objective includes several techniques, such as machine learning and artificial intelligence, to achieve enhanced resource allocation and overall communication parameters in critical environments (bandwidth, latency, etc.).

COMMET-NET TEC2017-87061-C3-2-R

TEC2016-76795-C6-5-R

Start-up activities for Advanced Signalling and Automation Systems. H2020-JTI-SHIFT2RAIL16/03 (Project ID: 730640)

SEKUTEK, KK-2017/00044

EU Project 730843

Proyecto que forma parte del coordinado eSDN "Extensión de SDN para la gestión dinámica de redes heterogéneas y multidominio" en colaboración con UPC e I2Cat. El proyecto eSDN propone desarrollar y evaluar nuevos mecanismos que permitan gestionar eficientemente redes heterogéneas (acceso y troncales, fijas y móviles) multidominio y optimizar su rendimiento, bajo el paradigma SDN.En el proyecto S&N-SEC, se trabajara sobre los requisitos en seguridad que junto con la naturaleza heterogénea (en tecnología y arquitectura) de las redes actualmente disponibles, suponen un gran reto en cuanto a la provisión, operación y gestión de redes y servicios, que las herramientas actuales difícilmente pueden satisfacer.

http://www.fp7-unify.eu/

http://www.fp7-unify.eu/

http://www.geant.net

http://www.secret-project.eu/

http://www.fp7-alien.eu/‎

The objective of this research project is to investigate the development of multi provider, multi service access networks based on Ethernet as a way to promote the use of new service paradigms. It will built on previous work done extending AAA proposal for neutral access networks, which is based on the Generic AAA model defined by the RFCs 2903, 2904, 2905 and 2906. Euskaltel SA and SATEC SA have both demonstrated interest in this work.

http://futureinternet2.wordpress.com/

http://i2t.ehu.es/resources/redsoc

This project funded by the Spanish Secretariat for the Telecommunications and Information Society of the Ministry of Tourism, Commerce and Industry and run by RedIRIS, gathers 12 research groups in the area of advanced networking and has deployed a layer 2 experimental network in which experiments have been run. Work done by the research group are done in the Ethernet Authentication and Authorization field.

This research project objective is to evaluate the deployment, performance and operation of IPv6 over DOCSIS 3.0 cable modem infrastructures. Work of research group is centered around the IPv6 expertise.

The TIMI, Intermodal Freight Intelligent Transport " arises in a scenario motivated by a wish to encourage security and sustainable intermodal freight transport in different media (land and overseas) through improving the existing knowledge and creating new models of control, management, security planning, technologies implementation and methodologies for developing an intelligent intermodal transport in a global environment. Work of research lab has been centered on the ship to shore communications over WiFi, WiMAX, 3G and Satellite communications through the development of a multitechnology router which proposes the use of Network Mobility though HIP.

This strategic project funded by the Basque Government has been on of the first devoted to this topic in the country. The work has been divided in several topics; I-Media, Internet of Things, Service Infrastructures, Network Infrastructure, Security and Experimental platform. The research group has been involved in the deployment of an experimental facility (IkerNETW) that has connected several partners with an overlay network able to support Layer 2 experiments.

After conducting experiments with virtualized systems and networks and limited laboratory experimentation, this advanced routing and switching infrastructure constitutes the next step. It will be deployed over the UPV/EHU network with connections to I2Basque (Basque Country NREN) and RedIRIS (Spanish NREN). The requested equipment support the OpenFlow protocol. The infrastructure will allow virtualization of the experiments and will constitute the core of the EHU OpenFlow Enabled Research Facility, which is the local FIRE facility which succeeds to IkerNETW layer 2 experimental network developed in Future Internet Reseach Project.

There are many barriers that hinder rural development; the more severe ones include the lack of telecom infrastructures, hard environmental conditions, usability restrictions, lack of ICT literacy, difficulties on the introduction acceptance of new work methods... Barriers are also related to heterogeneity of policies, cultural aspects and working methodologies. C@R’s objective was to remove these barriers in order to improve rural development in an effective and harmonised way. The research group work has been centered in the AAA aspects of on-demand generated cooperative work supporting tools, for which a kerberos based approach has been followed.

When an organization with many remote users working from their homes, as proposed by an education system with many online resources, makes a transition to IPv6, it should study the mechanisms necessary to ensure connectivity to it from the home networks which are still mainly IPv4 based. This project will study the various technologies available to accomplish this and propose a mechanism manageable from the company (or organization) to provide remote users the benefits of IPv6 connectivity. The project will start with a IPv6-only scenario on the corporate network.

PlaNetS ws a new Medea+ project which contributed to the overall goal of eEurope 2005, to provide cost effective broadband access to all European citizens. The broadband access was to based on a converged network unifying the current heterogeneous networks. The subscriber line is expected to be based on DSL and WiMAX technologies. PlaNetS concentrated on implementation and verification of DSLAMs, HomeGateways and MediaServers. The next version of the Internet Protocol IPv6 will play a key role in the converged network. PlaNetS supported an IPv6 end-to-end solution. Requirements for the platforms developed in PlaNetS were be taken from the FP6 Integrated projects MUSE (public network) and MediaNet (private network). PlaNetS builds up on the results of the former Medea+ projects UniAccess and UniLAN. Research group tasks were targeted to the 802.1x authenticator implementation for the DSLAM and a novel dual variant of it.

TICOLAB: Investigación en arquitecturas para el trabajo cooperativo orientado al desarrollo de entornos rurales y pequeños núcleos urbanos con acceso basado en tecnologías inalámbricas.

EthSEC research work's target was to offer an end-2-end security at the layer 2 level. For this a mechanism to stablish a security association between the two end nodes and a ciphering solution thiruh the use of an FPGA was designed.

This project shown to end professional users and SMEs the deployment of IPv6, through demonstrators, information days, and a resource page http://www.6sos.net/