Overview and Benefits

Big data and Industry 4.0

You produce materials and goods that are successful on the global market. Your business is a networked system possibly with several sites and production facilities. Over the past few decades, you have achieved a high degree of automation using the aid of digital technology and have established complex, data-processing systems that support the company‘s many processes in an optimal manner. While the company‘s automation has often been divided into the areas of Automation/Control, MES, ERP and Supply Chain, these traditional classifications are increasingly breaking down. The (Industrial) Internet of Things, Big Data, Fast Data and other topics are being touted as the new providers of IT salvation. However, the wise decision is to continue the industrial evolution and use new technical possibilities to further increase the company‘s automation, transparency and efficiency. The application of new technologies differs according to the industrial sector. For instance, manufacturers of consumer goods increasingly seek to use social networking to connect with their customers, whereas manufacturers of intermediate products strive to achieve more flexible, and consistent process automation with zero-defect manufacturing and real-time networking in the supply chain. Common to all of these projects is the need for complete, secure and uninterrupted real-time data communication. This needs to overlap, across all production facilities, existing systems, assets and distribution points worldwide. The resultant data cloud has to bring value for each individual decision-maker in your company: at any time, at any place and on any device, while also serving as a general system integration point for any future applications. Therefore, it is the time to break the classic organizational segments of enterprise IT and create information continuity. Simultaneously, this closes the gap between OT and IT that was stipulated for decades by leading  consultants. Company automation in the 21st century is a seamless process. The company-wide flow of information in real time can finally unite the technologists within the company to realize considerable added value. After more than two decades of experience in highly scalable, manufacturer-independent industrial system integration, Inmation Software GmbH has developed a product that will provide your company with this uniform, company-wide information flow. Get to know us and let your specialists take part in the risk-free Proof of Concept. This concept is no less than a paradigm shift, further enhancing enterprise efficiency and creating all the dock-mechanisms for the specific industry 4.0 issues within your organization. Business performance in real-time, anytime, anywhere, for all decision-makers - we call it enterprise:inmation.

Real time data analysis

Inmation can be connected instantly to a PLC either through an OPC Server or directly in case of Siemens PLCs. Data from tags can be stored with a predefined interval in a Mongo database and data can be retrieved for any time period. With the Inmation data studio you can analyse any tags for every time period

 


  Big data solutions are  extremely powerful because you can analyse in detail what has happened. A mistake often made with big data analysis is that people try to find relations (correlations) between process parameters and product characteristics to find the optimum process settings without first analyzing if the process is in control. When the process is out of control or not all factors are included it will be very hard to find an optimum process setting.  To analyze if a process is in control we need to apply SPC. However big data is not suitable to apply SPC because the amount of data is so high and we will get too many false alarms. So we will need to aggregate data to apply SPC.
     

SPC and Big Data integration

The DataLyzer Inmation interface offers a solution to take aggregate data from the Mongo database and analyze subgroups in a control chart.

With the interface you can take subgroups at predefined intervals, take averages and dispersion from a predefined interval or convert large amounts of data to attribute subgroups.

In the graph below you see the data imported from the PLC signal in the figure above.

 

 

 

 

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