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Physical-layer security in evolving optical networks

机译:演进的光网络中的物理层安全性

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摘要

We are witnessing the evolution of optical networks toward highly heterogeneous, flexible networks with a widening area of application. As the bandwidth and reliability performance requirements of mission-critical applications tighten, and the amount of carried data grows, issues related to optical network security are becoming increasingly important. Optical networks are vulnerable to several types of attacks at the physical layer, typically aimed at disrupting the service or gaining unauthorized access to carried data. Such security breaches can induce financial losses to clients or loss of privacy, or cause network-wide service disruption, possibly leading to huge data and revenue losses. Awareness of system weaknesses and possible attack methods is a prerequisite for designing effective network security solutions. As optical networks evolve, new and changing vulnerabilities must be identified and dealt with efficiently. To this end, this article provides a comprehensive overview of potential physical-layer attack scenarios in current and future optical networks. It then proposes a general security framework, outlining possible strategies for dealing with such attacks, meant to aid in the development of efficient provisioning, monitoring, protection, and restoration schemes in the context of optical-layer security.
机译:我们正在目睹光网络向应用范围不断扩大的高度异构,灵活的网络的演进。随着关键任务应用程序对带宽和可靠性性能的要求越来越严格,并且承载的数据量不断增长,与光网络安全性相关的问题变得越来越重要。光网络在物理层上容易受到几种类型的攻击,通常旨在破坏服务或获得对所携带数据的未授权访问。此类安全漏洞可能给客户带来财务损失或隐私损失,或导致网络范围内的服务中断,可能导致巨额数据和收入损失。意识到系统漏洞和可能的攻击方法是设计有效的网络安全解决方案的先决条件。随着光网络的发展,必须识别并有效地处理新的和不断变化的漏洞。为此,本文全面概述了当前和将来的光网络中潜在的物理层攻击情形。然后,它提出了一个通用的安全框架,概述了应对此类攻击的可能策略,旨在帮助在光层安全的情况下开发有效的配置,监视,保护和恢复方案。

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