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Internet stability and security
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Introduction

The Internet has been characterized as a Critical Information Infrastructure (CII) due to its vital role for the European economy and society.

Today, the main indications about the resilience of the Internet come from real-life events and not through solid and compelling evidence from scientific experiments that use rigorous methodologies.

Therefore SCNI developed an experimental platform for Internet resilience, security and stability research, called EPIC, that allows us to conduct repeatable experiments in a fully controllable experimentation environment.

The platform can efficiently recreate realistic network topologies and conditions (e.g. delay and loss characteristics of Wide Area Network - WAN links) of the Internet infrastructure.

The use of the platform is not constrained to disruptive experiments with Internet protocols and systems but can be extended to educational and preparedness activities, and human-in-the-loop testing e.g. as an environment for the execution of cyber security exercises.



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First pan-European cyber-security simulation

   Cyber Europe  

Europe's cyber security experts are putting their skills to the test today in the first ever pan-European exercise. In "Cyber Europe 2010", experts will try counter simulated attempts by hackers to paralyse critical online services in several EU Member States. The event is organised by EU Member States with support from the European Network Security Agency (ENISA) and the JRC's Institute for the Protection and Security of the Citizen (IPSC).

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EPIC – downloads PDF Print
 
EPIC – recent publications PDF Print
[1]

Andres Perez Garcia, Christos Siaterlis, Marcelo Masera, "Testing the Fidelity of an Emulab Testbed", Distributed Computing Systems Workshops, International Conference on, pp. 307-312, 2010 IEEE 30th International Conference on Distributed Computing Systems Workshops, 2010

 

[2]

Perez-Garcia Andres, Siaterlis Christos, Masera, Marcelo, "Studying Characteristics of an Emulab Testbed for Scientifically Rigorous Experiments", Distributed Simulation and Real Time Applications (DS-RT), 2010 IEEE/ACM 14th International Symposium on , vol., no., pp.215-218, 17-20 Oct. 2010

 

[3]

Guglielmi Michele, Nai Igor, Perez-Garcia Andres and Siaterlis Christos, "A Preliminary Study of a Wireless Process Control Network Using Emulation Testbeds", Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering Springer, 2010 International Conference on Mobile Lightweight Wireless Systems, vol. 45, pp.268-279, 2010

 

[4]

Christos Siaterlis, Marcelo Masera, "A survey of software tools for the creation of networked testbeds", International Journal On Advances in Security, ISSN. 1942-2636, vol. 4, No. 1-2, pp.1-12, 2010

 

  
 
EPIC - recent activities PDF Print

The early development of EPIC has been around three main directions:

  1. platform calibration for scientifically rigorous experiments
  2. extending Emulab’s monitoring capabilities
  3. study its applicability as a tool for multi-party operational cyber-security exercises
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EPIC- Experimental Platform for Internet Contingencies PDF Print

EPIC, the Experimental Platform for Internet Contingencies, is network test-bed for Internet resilience, security, and stability research. EPIC  is based upon Utah’s Emulab software, to allow the execution of repeatable experiments in fully controllable experimentation environments. The platform can efficiently recreate realistic network topologies and conditions, e.g. delay and loss characteristics of wide-area network (WAN) links of the Internet infrastructure.

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