An overview of security challenges in communication networks

M. Furdek, L. Wosinska, Róża Goścień, K. Manousakis, Michal Aibin, K. Walkowiak, S. Ristov, M. Gusev, J. Marzo
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引用次数: 43

Abstract

The ongoing transition towards a networked society requires reliable and secure network infrastructure and services. As networks evolve from simple point to point systems towards complex, software-defined, ultra-high capacity and reach, and distributed cloud environments, new security challenges emerge. The EU-funded RECODIS project aims at coordinating and fostering research collaboration in Europe on disaster resiliency in communication networks. One of the disaster types, considered by RECODIS Working Group (WG) 4, are deliberate human-made attacks aimed at gaining unauthorized access to the network or disrupting the service. In order to develop methods for increasing network security in the presence of attacks, it is crucial to first identify the security vulnerabilities and attack methods that exploit them, as well as the capabilities and shortcomings of existing security schemes. To this end, the members of RECODIS WG4 performed a comprehensive overview of attack methods and security approaches from the literature. This overview covers the security vulnerabilities inherent to the underlying physical layer, the implications of software-defined networking to security, and security challenges in cloud networks spanning geographically distributed data centers.
通信网络安全挑战概述
正在进行的向网络化社会的过渡需要可靠和安全的网络基础设施和服务。随着网络从简单的点对点系统向复杂的、软件定义的、超高容量和覆盖范围以及分布式云环境发展,新的安全挑战出现了。欧盟资助的RECODIS项目旨在协调和促进欧洲在通信网络抗灾能力方面的研究合作。RECODIS工作组(WG) 4考虑的一种灾难类型是故意的人为攻击,旨在获得对网络的未经授权访问或中断服务。为了开发在存在攻击的情况下提高网络安全性的方法,首先确定安全漏洞和利用它们的攻击方法,以及现有安全方案的功能和缺点是至关重要的。为此,RECODIS WG4成员从文献中对攻击方法和安全方法进行了全面概述。本文概述了底层物理层固有的安全漏洞、软件定义网络对安全性的影响,以及跨越地理分布数据中心的云网络中的安全挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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