IT in Manufacturing


Surviving the 4th industrial revolution

April 2017 IT in Manufacturing

The fourth industrial revolution – also called Industry 4.0 – is in full progress and has already begun to change the manufacturing landscape fundamentally. In 2016, we witnessed the rise of the Internet of Things (IoT) as a driver of Industry 4.0. Manufacturing companies have recognised that the pressure for high efficiency, increasing competition and demands for flexibility require investment in IoT projects. Yet in terms of interconnectivity and IoT experience, manufacturers seem to be lagging behind other sectors, such as the logistics industry.

One thing is certain: Industry 4.0 will transform manufacturing business models in the long term. So how can manufacturers leverage IoT to make their business models sustainable and viable for the future? And how can they survive the fourth industrial revolution and secure their market relevance against competitors?

Five trends have manifested themselves in the manufacturing industry that will substantially change the way of doing business:

1. Service transformation: Companies are increasingly introducing additional service components to ramp up their portfolios and foster long-lasting customer loyalty. New services around existing products are designed to create an entire service ecosystem which promotes ongoing customer relationships instead of one point interactions.

2. Everything-as-a-Service: Software-as-a-Service was just the beginning. Companies across all industries are switching from business models based on product ownership to pay-per-use contracts. Manufacturers will increasingly sell results and services instead of products, for instance mobility instead of cars. Customers will only pay for a service when and as long as they need it, transferring storage and maintenance costs to manufacturers.

3. Individualisation: Today, customers are demanding products and services tailored to their specific needs, rendering large-scale mass production useless and inefficient, and changing manufacturers’ business models from “we sell what we make” to “we make what we sell”. However, the possible combination of hundreds or thousands of production options and features for customised products entails huge complexity that requires powerful and reliable systems to process these massive amounts of data correctly and efficiently.

4. Hypercompetition: The manufacturing industry is witnessing a shift in the competitive environment. Significantly increasing competition goes along with a “war for talent”. Companies compete against each other, not only for customers and market share, but also for talented employees who can secure their future in a digitised world.

5. Digital convergence: Manufacturers’ production and supply chains are shifting to the digital sphere, with new products and services involving various technologies such as RFID, WLAN, locationing or video technology. These technologies and the different kinds of data they deliver are merged and accessed through a variety of devices and applications as the physical and the digital world are becoming increasingly connected through IoT.

Every manufacturing company is impacted by at least one of these five trends. Right now, IoT still looks like a mysterious, impenetrable area to many of them. IoT projects are stalled or not put into practice because of the complexity of data integration and a lack of know-how. But it’s worth taking the challenge. IoT connects manufacturers with suppliers, customers, their own staff as well as machines and materials along the entire production chain, providing businesses with real-time visibility into their operations and processes.

It helps manufacturers improve and expand their services by enabling them to respond quickly to demands or issues, ensuring sustainable customer loyalty. Companies that embrace IoT will be able to benefit from the service transformation and everything-as-a-service trends. In addition, powerful IoT platforms provide the infrastructure necessary to process and integrate huge data streams and to reduce the complexity of business processes that arise, for instance from the mass individualisation of products. Finally, manufacturers’ business models are improved and rendered more resistant through increased productivity and a simultaneous reduction of costs, for instance through predictive maintenance and reduced production downtime.

Companies should therefore concentrate on the benefits of digitisation and not bury their heads in the sand in the face of short-term IoT challenges. Instead, they should consider IoT as an indispensable tool that equips them with actionable insights and productivity gains; and which delivers the competitive edge they need to survive in a hypercompetitive environment and successfully master the far more long-term industry 4.0 challenges for their business models.

For more information contact Neil Gouveia, Zebra Technologies, +27 (0)11 069 6210, [email protected], www.zebra.com





Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Five data centre trends to watch in 2025
IT in Manufacturing
Any innovation that comes out in 2025 – whether it’s flying cars, highly advanced AI or a breakthrough medical treatment – will be built on the back of an equally innovative IT foundation driven by data. Data that needs to be stored, managed and made accessible in the data centre, in the cloud or at the edge. Is it too much of a stretch to say the future of humankind is dependent on data storage? We don’t think so.

Read more...
Recovering from a cyberattack
IT in Manufacturing
While many organisations have invested heavily in frontline defence tools to try to keep out bad actors, they have spent far less time and money preparing for what happens when the criminals eventually get in. And they will get in.

Read more...
The value of proactive maintenance management
Schneider Electric South Africa IT in Manufacturing
Maintenance has come a long way from the days when we waited for things to break, and thanks to the ever-increasing capabilities of technology, predictive maintenance has become a viable solution for keeping equipment running smoothly and efficiently around the world.

Read more...
Significant decarbonisation can be achieved in the mining industry
ABB South Africa IT in Manufacturing
ABB has released a global report titled ‘Mining’s Moment’, which highlights the progress being made by the mining industry to make operations more sustainable.

Read more...
Pinpointing pipeline occurrences in seconds, not hours
Schneider Electric South Africa IT in Manufacturing
At any given moment, thousands of kilometres of critical assets flow through pipelines that cross veld, mountainous areas, dense forests, and even busy streets. Surprisingly, many of these pipelines operate either unmonitored or with scant oversight, leading to missed opportunities for operational continuity and efficiency.

Read more...
Next-generation AI-enhanced electronic systems design software
Siemens South Africa IT in Manufacturing
Siemens Digital Industries Software has launched the latest advancement in its electronic systems design portfolio. The next-generation release takes an integrated and multidisciplinary approach, bringing a unified user experience that delivers cloud connectivity and AI capabilities to push the boundaries of innovation in electronic systems design.

Read more...
Spatial computing and AI – where no man has sustainably gone before
Schneider Electric South Africa IT in Manufacturing
Some will argue that we now live in a sci-fi world where we dream of electric sheep, and today’s technology – unlike HAL – can provide us with the answers we seek. To the realist it might seem a bit implausible, but when you start using terms like ‘spatial computing realises sustainable AI’ it doesn’t seem that far-fetched.

Read more...
Safeguarding DCS today and tomorrow
Schneider Electric South Africa IT in Manufacturing
Today’s distributed control systems (DCS) are highly intelligent, converging OT and IT in a centralised manner that allows for simplified management and coordination of operations. It is technology evolution at its finest, but with a caveat, cybersecurity challenges.

Read more...
Quantum computing is not as futuristic as it sounds
IT in Manufacturing
The first quantum computer was created almost three decades ago. While its applications are still unknown to many, this advanced field combines computer science, physics and mathematics to deliver solutions the world has been trying to find for aeons – and those it doesn’t yet know it needs.

Read more...
Transform field data into actionable business data
IT in Manufacturing
As part of its ongoing commitment to enhancing industry connectivity, Teledyne Gas & Flame Detection is making its new and proprietary Teledyne GDCloud available with the company´s GS700, GS500 and Shipsurveyor portable gas leak detectors, and also its PS200 portable four-gas monitor for personal safety and confined-space applications.

Read more...