Holistic Automation

Added Value of an Integrated End-to-End Connectivity

­Everyone is talking about networked devices, decentralized control and data-based applications – in the technical sense, the idea of the Internet of Things has thus arrived on the factory floor. A clear trend can currently be seen at trade fairs and press releases: information technology (IT) and automation technology (AT) are increasingly intertwining. The aim is to realize a simple, seamless and bidirectional communication from the embedded system to the cloud. For some time, we have known that data and communication will play a major role in the future. Before a company can take up so-called megatrends such as AI, block chain or 5G, a lot of preparatory work has to be done.

The lecture “Holistic Automation” therefore aims to demonstrate the effects of these data-driven, digital innovations and to design the entire ecosystem from smart engineering, a digitized production technology and environment to the networked consumer experience, thus providing a regulatory framework for the digitization of production technology.

The contribution is designed by proven experts from industry, both users and technology and system suppliers, and develops a visionary but equally realistic outlook on the change in automation in production technology within the framework of the Internet of Production.

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Mögliches Smart Automation Ecosystem mit Fokus auf der Produktion

Image 1: Potential Smart Automation Ecosystem with a focus on production

Heterogene Hardware benötigt einheitlichen Ordnungsrahmen

Image 2: Heterogeneous hardware requires a uniform regulatory framework

Holistic Automation

Added Value of an Integrated End-to-End Connectivity

­Everyone is talking about networked devices, decentralized control and data-based applications – in the technical sense, the idea of the Internet of Things has thus arrived on the factory floor. A clear trend can currently be seen at trade fairs and press releases: information technology (IT) and automation technology (AT) are increasingly intertwining. The aim is to realize a simple, seamless and bidirectional communication from the embedded system to the cloud. For some time, we have known that data and communication will play a major role in the future. Before a company can take up so-called megatrends such as AI, block chain or 5G, a lot of preparatory work has to be done.

The lecture “Holistic Automation” therefore aims to demonstrate the effects of these data-driven, digital innovations and to design the entire ecosystem from smart engineering, a digitized production technology and environment to the networked consumer experience, thus providing a regulatory framework for the digitization of production technology.

The contribution is designed by proven experts from industry, both users and technology and system suppliers, and develops a visionary but equally realistic outlook on the change in automation in production technology within the framework of the Internet of Production.

Mögliches Smart Automation Ecosystem mit Fokus auf der Produktion

Image 1: Potential Smart Automation Ecosystem with a focus on production

Heterogene Hardware benötigt einheitlichen Ordnungsrahmen

Image 2: Heterogeneous hardware requires a uniform regulatory framework

YouTube

By downloading the video you accept the privacy policy of YouTube.
More information

Load video

*English subtitles available