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Message security for automation and control applications based on IEC61131-3

机译:基于IEC61131-3的自动化和控制应用程序的消息安全性

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Cyber-Physical Systems are integration of computer-based equipment used in industrial automation, embedded systems, control systems and etc. Computer-based equipment needs to be protected against unauthorized access and control. The widely accepted approach to computer security is based on security in depth, meaning that the computer system is viewed as a layered structure and security is introduced at each of the layers. In this paper, we propose a method of adding security at what is commonly viewed as the lowest level of control the PLC. The approach is based on hashing the process variables or called signals. In this approach an attacking virus is not able to interpret the variables being addressed by the control logic, and therefore inhibiting targeted attacks by a virus wishing to subtly change the controlled system operation without actually destroying the controlled plant. The approach is focused towards DCS whose operation is based on maintaining all variables in an RTDB that exist in the RTOS and used by IEC61131-3 based application.
机译:网络物理系统是用于工业自动化,嵌入式系统,控制系统等的基于计算机的设备的集成。需要保护基于计算机的设备,以防止未经授权的访问和控制。广泛接受的计算机安全性方法基于深度安全性,这意味着计算机系统被视为分层结构,并且在每一层都引入了安全性。在本文中,我们提出了一种在通常被视为PLC最低控制级别的情况下增加安全性的方法。该方法基于散列过程变量或称为信号。在这种方法中,攻击性病毒无法解释控制逻辑要解决的变量,因此抑制了希望在不破坏受控工厂的情况下巧妙地更改受控系统操作的病毒的定向攻击。该方法主要针对DCS,其操作基于维护RTOS中存在的,并由基于IEC61131-3的应用程序使用的RTDB中的所有变量。

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