Security assessment framework for cyber physical systems: A case-study of DNP3 protocol

Irfan A. Siddavatam, F. Kazi
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引用次数: 15

Abstract

Industrial control system (ICS) is a critical component in realizing Cyber physical system (CPS). ICS designed with traditional SCADA platforms have a small percentage or no native security, since they were never designed to be operated remotely and over the Internet. Security of these critical systems relies heavily on communication protocols. DNP3 is one of the most widely used protocols by SCADA system to communicate between the master and slave station. IEEE 1815-2012 is the current standard for DNP3 having goal to provide cyber security based on IEC/TS 62351-15. This paper investigates the buoyancy of DNP3 towards attacks as passive Network reconnaissance, Base line response replay, Rogue interloper, Event buffer flooding and TCP veto. Paper concludes by comments on new set of Improper input validation vulnerability.
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网络物理系统安全评估框架:以DNP3协议为例
工业控制系统(ICS)是实现网络物理系统(CPS)的关键部件。使用传统SCADA平台设计的ICS具有很小的安全性,或者根本没有原生安全性,因为它们从未被设计为可以通过Internet远程操作。这些关键系统的安全性在很大程度上依赖于通信协议。DNP3是SCADA系统中使用最广泛的主从站通信协议之一。IEEE 1815-2012是DNP3的现行标准,旨在提供基于IEC/TS 62351-15的网络安全。本文研究了DNP3对被动网络侦察、基线响应重放、恶意闯入、事件缓冲区泛洪和TCP否决等攻击的响应能力。最后对一组新的不正确输入验证漏洞进行了评论。
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