Edit This Guide Record
Guides Technology Cyber Security for Industrial Automation Components in Industrie 4.0

Cyber Security for Industrial Automation Components in Industrie 4.0

Published on 11/02/2016 | Technology

206 1

Vladimir Skabaro

Accelerating the Adoption of Industrial Internet of Things.

IoT GUIDE

Overview

Cyber Security will be the “sine qua non” of the next-generation enterprises, considering the impact of horizontal digital integration of production. Industrie 4.0 paves the way to have impact on digitalization in regards to commodity markets. Even binary sensors, with standard functionality, within the context of Industrie 4.0 will become the source of data. This information becomes subject to protection and Data management.

Cyber Security Levels

In the terms of automation commodity products cyber security may be applied in in the three levels:



- Security on the product level (Inherent Security)



- Security of the networking system where the components are applied (Field connection Security)



- Security and protection of managed data within the system (Item data security)



Any company which is going to enter in the automation commodity market have to consider a solid strategy to ensure security of all three levels.

Product Level Cyber Security

On product level, cyber security can be realised in different ways. As simple solutions even the integrated function of ID/MAC number (Identification Number) can be considered as a way of protection information, potentially transferred from the component (for example, from the sensor or relay).



Already today, by applying I/O-link technology, automation industrial components can generate and transfer information to enable preventive maintenance projection, external application conditions or information about technical characteristics, etc. All this information should be secured from the risk of external unauthorised alteration.



Future proof digitalized automation of machines within Industrie 4.0 context, have to manage data security in far larger scale than today down to every binary device. This information has to be reliably used for the fast reconfiguration of machines to maintain the mass production of customised products.

stable and reliable production cycles

Security and reliability of the communication and integrated components will become the key factor for stable and reliable production cycle in end-users using automation.



Protection of stored data of automation commodity components is considered as an important factor of cyber security within digitalized industrial environments. Independently from recourses used for storing of information – internal server solution or external services(e.g. clouds solutions), information need to be inherently protected and easy accessible for operative technical decisions.



100% cyber security may not be feasible due to the increased complexity. Digitalized industrial automation raises the challenge on protection of sensible information. Even for industrial commodity products, cyber security will become one more important value factor for each stage in the whole value chain. Every company in this value chain should clearly understands their role, and how to protect not only devices , but also protect data generated by these components.



Any sales company which will understand this future customers’ needs and is able to propose tailored solutions accordingly, will gain additional competitive advantage on the commodity market in the digitalized industrial environment of Industrie 4.0.

test test