Safe and Secure European Routing

Project Key Information

Project Status: Finished

Start Date: 1 July 2012

End Date: 31 August 2015

Budget (total): 47465 K€

Effort: 269.3 PY

Project-ID: CPP2011/2-5a

Project Coordinator

Name: Eugen Lach

Company: Alcatel-Lucent Deutschland AG

Country: Germany


Project Consortium

Alcatel-Lucent Deutschland AG, Germany

Socionext, Germany

Atesio GmbH, Germany

University of Stuttgart – IKR, Germany

Fraunhofer Gesellschaft Heinrich Hertz Institut (HHI), Germany

IHP GmbH (IHP microelectronics), Germany

Finisar Germany GmbH, Germany

Universität Kassel, Germany

AMO GmbH, Germany

RWTH – Technische Hochschule Aachen, Germany

University of Stuttgart – INT, Germany

Technical University Berlin, Germany

Docomo Eurolabs, Germany

Alcatel-Lucent Bell Labs France, France

Orange SA, France

Commissariat à l’Energie Atomique et aux énergies alternatives (CEA-LETI), France

Alcatel THALES III-V Lab, France

UPMC-LKB (LKB), France

Kylia, France

VectraWave, France

Institut Telecom – Telecom SudParis (IT-TSP), France

University Paris Sud, France

University Rennes 1, France

Institut Telecom -Telecom Bretagne (IT-TB), France

Fujitsu Semiconductor Europe GMBH (FSEU-UK), United Kingdom

Finisar UK Ltd., United Kingdom


The Internet has become an indispensable part of the infrastructure for most of the aspects of daily life and has developed to a fundamental infrastructure for Europe. The uninterrupted, reliable and secure access to the Internet is seen as a basic right for all citizens and a significant economical factor. The current infrastructure lacks many of those features which are obviously associated with a trusted, safe and secure communication medium. The number of attacks on Internet-connected systems are growing and the attacks have become more serious and more technically complex than in the past. With the increasing number of sensitive applications, e.g. e-government or e-commerce, in particular the following critical issues and obstacles gain importance:

  • Security and privacy: Methods and protocols to ensure security and privacy by means of intrusion detection systems, encryption, authentication, authorisation, etc. today are mainly performed on higher layers (layer 3-7) ignoring that security strongly depend on a reliable and secure transport infrastructure based on layer 1-3.

  • Service quality and reliability: Services considered as being critical for health, economy, industry, privacy, public supply of energy, etc. are today not treated on the public Internet, but separately e.g. on dedicated network resources.

  • Instantaneous and protected access: The availability of communication resources, services and content via public Internet often suffers from Cyber attacks, hardware failures, protocol deficiencies, etc. resulting in unsustainable latencies or even complete blackouts.

  • Scalability: The increase of the number of Internet users and the anticipated dramatic growth in traffic volume over the next decade are posing huge challenges on the transport networks with the need to provide the above mentioned features at sustainable costs and energy. An obvious approach is currently not available.

The goal of the SASER research programme is to provide the scientific, technical, and technological concepts and solutions for secure transport networks in the 2020 time frame. 
A European solution envisaged by SASER is based on the strengths and expertise in security and high-speed optical transport networks to overcome the bottlenecks and vulnerabilities of today’s electronic all-IP based infrastructure. The envisaged European consortium combines leading equipment providers, network operators, universities and research institutions and offers the prerequisites for a successful development, implementation and standardisation of the proposed solutions.

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