Industry 4.0.
Sure, it sounds like something straight out of a science-fiction movie, but major technological advancements in manufacturing and industrial fabrication – especially throughout Europe, and particularly in Germany – have made the Industry 4.0 concept less fictive and more scientific in revolutionizing the automotive manufacturing industry.
While the benefits for the manufacturing sector have been discussed at length in recent years, the potential implementation of Industry 4.0 into supply chain logistics could have a massive impact on supply chain processes and supply chain planners (SCPs) as the movement becomes more and more integral in today’s global supply stream.
While the incorporation of Industry 4.0 and its effect on the entire supply chain spectrum may not be as immediate as other issues, the possibilities it presents in driving value, increasing supply chain agility and transparency, and enhancing integrated reporting and forecasting capabilities make it a worthy discussion to have now rather than later.
Simply put, Industry 4.0, should it be incorporated into more and more supply chain planning models, could very well be a perfect match.
So, what exactly does this term mean? What are the key elements of Industry 4.0? How does one define it?
Coined as the "fourth wave of the Industrial Revolution" following the advent of the steam engine, conveyor belt, and early automated IT systems and processes, Industry 4.0 is a movement to promote the computerization and integration of smart systems across all points of the manufacturing sector. For many in the manufacturing industry, Industry 4.0's endgame is a 'smart factory' wherein integrated software solutions run and administer all parts of production.
For example, think of it as a system of iPhones that can communicate with each other without human interaction, sending messages back and forth and exchanging data to achieve a certain goal. Via the internet or some other integrated network, each device or machine will have the ability to work autonomously, making production decisions and tracking outcomes instantaneously without the assistance of workers on an assembly line.
It’s not hard to see the benefits for the automotive industry at large, which has for decades been relying on an assembly line system monitored by rotating shifts of workers. It's believed the implementation of Industry 4.0 will streamline efficiency, reduce costs, and potentially decrease the likelihood of mass product recalls, an issue that has plagued the automotive industry as of late.
If driving value, reducing costs, and streamlining processes are benefits for the automotive manufacturing sector, it’s not difficult to see how similar return on investment (ROI) opportunities could present themselves in terms of supply chain logistics and management.
With seamless communication and real-time data generation and reporting, here are three potential benefits Industry 4.0 could offer SCPs:
We’re not quite there yet. Industry 4.0 is still in its early evolutionary stages in the automotive manufacturing sector, and we’re still a ways off from the so-called ‘smart factories’ a number of German OEMs hope to see come to fruition in the years to come.
And yes, the initial costs and complications – both financially and from a manpower or resource standpoint – of adopting Industry 4.0 into SCM, Integrated Planning, or Material Management systems may be substantial, but if the trends toward intelligent planning systems, transportation management systems, and other smart supply chain software solutions is any indication about the potential for growth and success, SCPs would be well-advised to keep Industry 4.0 on their radar in the coming years.