Manufacturing is on the cusp of a revolution – the Internet of Things (IoT) revolution!
In 2019, IDC estimates the manufacturing segment invested close to $200 billion in IoT spending, twice as much as the consumer IoT segment, the second largest IoT vertical market.
And in Q1 2020, the smart manufacturing industry experienced notable growth, with a compounded annual growth rate of 12.4% forecasted through 2025, according to a communication of ISG dated 4 June 2020.
Why is that?
In fiercely competitive global markets, IoT-enabled smart manufacturing, also known as Industry 4.0 or industrial IoT, provides full visibility of assets, processes, resources, and products.
Smart manufacturing supports streamlined business operations, optimized productivity and improved ROI.
For more than two decades, Thales has been a trusted partner, helping customers Connect, Secure and Monetize their enterprise operations with IoT technology.
In this web dossier, we share some of the best practices we've gathered to help companies in making an educated leap to "Industry 4.0."
The keys to success are:
- connecting equipment, integrating diverse industrial data,
- securing industrial systems for the entire lifespan of the equipment,
- protecting and, potentially, licensing your company's intellectual property.
Let's jump right in.
What is smart manufacturing, and how is it related to the IoT?
Smart manufacturing allows factory managers to automatically collect and analyze data to make better-informed decisions and optimize production.
- The data from sensors and machines are communicated to the Cloud by IoT connectivity solutions deployed at the factory level.
- These data are analyzed and combined with contextual information and then shared with authorized stakeholders.
IoT technology, leveraging both wired and wireless connectivity, enables this flow of data, and provides the ability to monitor and manage processes remotely and change production plans quickly, in real-time when needed.
It dramatically improves outcomes of manufacturing, reducing waste, speeding production and improving yield and the quality of goods produced.
In other other words, replacing the hierarchical structure (that has historically defined the "shop floor") with an open, flatter, fully-interconnected model that links R&D processes with supply chain management has many benefits.
They include the optimization of global manufacturing processes related to performance, quality, cost, and resource management.
It also enables the manufactured products themselves to play a vital role in the development and design of the manufacturing process.
Because connected smart products can feed information back to the factory so that quality issues can be detected and fixed during the manufacturing stage by adjusting product design and/or the manufacturing processes.
It's also great for collecting feedback from consumers.
Smart products can also provide insights on how they are actually used by consumers. It's a great opportunity to adapt features to better meet the real needs of the marketplace.
How is the manufacturing marketplace evolving?
The manufacturing sector is being fundamentally reshaped by the unstoppable progress of the 4th Industrial Revolution (aka factory 4.0), powered by the IoT.
The changes to this segment are made possible by technological breakthroughs that are occurring at an unprecedented pace.
Just as the steam engine ushered in massive changes in the early 17th century and the advent of the digital age rocked the world in the second half of the 20th century, today's technological innovations are forcing decision-makers to reimagine how products are designed and produced.
Smart manufacturing initiatives to boost business value creation
This IoT revolution is expected to increase productivity and value profoundly.
In essence, these manufacturing leaders are engaged in a global battle for smart manufacturing competitiveness.
The expectation is that all types of manufacturing have something to gain from the 4th industrial revolution and the IoT.
Just think about it.
For instance, discrete manufacturing is the production of distinct items that can be individually touched and counted and are typically associated with assembly lines. This includes items such as cars, furniture, and aeroplanes that are increasingly connected.
Smart processes will play a prominent role in balancing supply and demand, improving product design, optimizing manufacturing efficiency and significantly reducing waste.
Similarly process manufacturing where goods are produced in bulk using carefully crafted recipes, gains from the IoT revolution in terms of improved plant monitoring, a streamlined supply chain, and quality improvements in track and trace and distribution processes.
Why is security a considerable concern in smart manufacturing?
Today, the manufacturing sector is the leading victim of infrastructure cybercrime, accounting for one-third of all attacks. That's because most conventional manufacturing plants were not designed with cybersecurity in mind, and because hacking technology has become increasingly sophisticated.
As manufacturers migrate from traditional factories to IoT-connected, IP-based systems, new vulnerabilities emerge.
Inherent in connecting processes and elements of smart manufacturing is an expansion of the cyberattack surface.
Each point of connection becomes an added risk of attacks and cybercrimes that can lead to interference, remote access, theft of intellectual property, and data loss or alteration.
Although many tried-and-true security tools remain effective, they are not always planned into systems from the beginning.
To assure adequate security, manufacturers must adapt by building in defensive measures to legacy equipment and systems that are now connected.
And they must consider security architecture from the beginning for new, state of the art manufacturing centres.
The bad news?
Security challenges have also slowed the pace of adoption of new IoT technologies, organizational changes, and business models that could immensely improve processes, enhance competitiveness and bring new services to customers.
Unfortunately, enterprises that do not keep pace will find it more challenging to compete with their more forward-thinking counterparts who are tackling the challenge head-on.
The smart factory step by step
Building and scaling up the smart factory are the challenges to unlock exponential value.
To stay competitive, manufacturers need to partner with manufacturing automation vendors and systems integrators that provide solutions to upgrade factories or build new systems from scratch.
Experienced partners can provide the direction needed to develop the best system to meet business needs.
For instance, manufacturing processes can be connected by hard wiring, WiFi, Bluetooth, RFID, Low-Power Wide-Area Networks including LoRa and LTE M, and even IoT Terminals that work out of the box and connect via flexible industrial interfaces.
Each option has different strengths and ideal use cases.
A partner with experience in connecting smart manufacturing systems can help decide which solution is best for individual use cases.
Reliable automation partners are adding security architecture to the value chain since they know this is a significant concern for manufacturers and a key to competitive advantage in the marketplace.
They must also consider security and how to protect smart manufacturing systems from intrusion or error. For instance, Gemalto Secure Elements and Hardware Security Modules (HSM) are used to secure product manufacturing systems. SEs and HSMs allow manufacturers to generate and distribute IDs and certificates for devices, and they authenticate devices, users, and applications that interact with devices.
They also help secure communication and protect data at rest.
Similarly, Trusted Key Manager (TKM) plays a crucial role in security.
TKM manages credentials for LoRa devices and networks as well as IoT devices not connected to a cellular network, historically a challenge for manufacturers.
The TKM solution allows manufacturers to decouple these credentials from the production process, making the business scalable and preserving trust between manufacturers and customers.
Another area for industry players to consider is successful software monetization.
Licensing and IP (intellectual property) protection is a critical component in manufacturing industrial devices. This includes more and increasingly sophisticated software, trade secrets, and pricing models based on usage and variable feature sets.
What should stakeholders do to secure their smart manufacturing facilities?
Security measures must be embedded in all manufacturing systems from the outset, enabling failsafe production and protection against cyber threats.
Sorry, there is no one-size-fits-all solution here.
Instead, manufacturers must work with experts to protect and defend the device, the network, the data and the software solutions and applications driving IoT smart manufacturing systems.
Where do we fit in?
Gemalto offers services and solutions that provide recognized end-to-end security, whatever the connectivity means - from cellular to LPWAN to fixed networks.
The potential for smart manufacturing is enormous and should not be hampered by security doubts.
Industry leaders must develop trust when creating or retrofitting smart factories.
Solutions must be carefully and precisely selected and recognized for stellar performance.
Because of the long life cycle of manufacturing equipment, it is also critical that chosen solutions have built-in flexibility and advanced over-the-air updating solutions in place to prevent threats today and well into the future.
Where to learn more
Industrial big data as a result of IoT adoption in manufacturing. Elsevier 2016 by D.Mourtzis, E.Vlachou, N.Milas
- Use cases in manufacturing from i-scoop web site
- The Top 20 industrial IoT applications from IoT world today
- IoT stories: Get inspired - by Thales
Smart manufacturing market to reach US$ 573 B by 2027 (June 2020)
Now it's your turn
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