TAilored Network for Data cEnters in the Metro

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Project Key Information

Project Status: Running

Start Date: April 2016

End Date: March 2019

Budget (total): 26569 K€

Effort: 185.9 PY

Project-ID: C2015/3-2

Project Coordinator

Name: Yvan Pointurier

Company: Nokia Bell Labs France

Country: France

E-mail: yvan(Replace this parenthesis with the @ sign)nokia-bell-labs.com

Project Consortium

Alcatel-Lucent Bell Labs France, France

Astellia, France

b<>com Fondation, France

Gemalto SA, France

INRIA (Institut National de Recherche en Informatique et en Automatique), France

Institut Mines Télécom, France

Montimage, France

Orange SA, France

Prove & Run S.A.S., France

Thales Communications & Security, France

Thales Services SAS, France

University Rennes 1, France

VirtuOR, France

CityPassenger SA, France

TAGES SolidShield, France

VectraWave, France

Nokia Deutschland, Germany

Atesio GmbH, Germany

Creonic GmbH, Germany

ID-Photonics, Germany

itWatch, Germany

Fraunhofer FOKUS, Germany

Technical University Berlin, Germany

University of Stuttgart – IKR, Germany

Universität Erlangen, Germany

Abstract

TANDEM is sub-project from the CELTIC+ SENDATE project.

“TANDEM” addresses the challenge for a new network infrastructure with reference to high volatile data traffic of mobile linked up objects. A dynamic switching and a reliable transport of huge amounts of data as well as a handover of sensible, time critical application data without any interruptions must be provided between data centers.

Within the metro area, essential elements are virtualized: integrated nodes consisting of traditional DCs (RAM, processor) but also e.g. virtualized DSL- and radio access (vRAN) network elements or IP-router and optical network elements like cross-connects. Virtualization shall lead to a flexible arrangement of single modules and to a dynamic provision of resources according to application demands. Here latency and bandwidth but also QoS classes and findings from simulative traffic investigations will be considered.

Furthermore a common SDN-based control-plane will be developed for an optimized control of network elements across levels. The first underlying assumption is based upon a flexible control plane and develops an application, which is able to migrate the network from one load status to another. The second assumption goes for full flexibility from scratch within definition of control plane architecture, intending to turn today’s metro networks into a flexible platform for future services and applications.

Through a distributed infrastructure the security-related outage shall be improved, because resources of local distributed DCs are available as fallback in case of failures. Finally integrity of network elements will be investigated to protect and observe configuration data and log-files with forensic methods in a way, that in case of doubts after intrusion one can verify manipulations anyhow. The findings will be applied to a virtual communication-based Internet of Things network.

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