On our Industry 4.0 page we mentioned how Industry 4.0 is about more than just the smart factory or the implementation of technologies. On this page we take a look at the essential elements of smart logistics, logistics management and supply chain management (SCM) in Industry 4.0, often called Logistics 4.0.
If you need more than an overview of the essential elements of supply chain and logistics in the age of Industrial IoT, autonomous applications and cyber-physical systems you might want to check out our articles on the use of robots and cobots in logistics, the role and evolutions of IoT (Internet of Things), cloud and advanced analytics in connected logistics or read about digital transformation in transportation and logistics first.
It is clear that the various technologies, evolutions and challenges/solutions in these articles come into play when looking at Logistics 4.0, smart supply chain management and the digital supply chain as we do here. So, consider them part of this supply chain and logistics article.
Table of Contents
- 1 Logistics 4.0 – the crucial aspect of autonomous decisions and applications
- 2 Logistics 4.0 and Supply Chain 4.0 – from data and autonomous decisions to intelligence and actions
- 3 SCM and Logistics 4.0 – people and the human element in supply chain management transformation
- 4 The road ahead for Logistics 4.0 and Supply Chain 4.0
- 5 The technologies and value in connected logistics and the digital supply chain: SCM, flexibility, speed and quality
- 6 More resources on Logistics 4.0 and supply chain management amidst industrial transformation
Logistics 4.0 – the crucial aspect of autonomous decisions and applications
Just as Industry 4.0 is a holistic given with a (partial) transfer of autonomy, intelligence and autonomous decisions to machines and to the edge, supply chain and logistics in Industry 4.0 is very similar, albeit with, on top of the overlaps, different applications, technologies, human and business aspects and elements.
There are many types of logistics and there are many definitions of logistics, ranging from the organization, planning and management of something complex, such as the logistics of setting up an event, to activities whereby many moving parts and processes are involved. It’s in the latter sense of moving things (goods, assets, materials, data and more) around in a business, supply chain and Industry 4.0 context that we look at logistics here.
When we see logistics as essentially getting things from A to Z with the many intermediary steps and the components of the supply chain and intelligent and efficient movement across all these different steps in a holistic way and add the aspect of autonomy to it we quickly see what types of applications we really talk about: from driverless transportation to intelligent containers, smart warehousing and smart shelves to the human and information exchange in all possible logistical chains and contexts.
You can imagine that there are several other components in the supply chain and that without a digital supply chain Logistics 4.0 simply isn’t possible. You can also imagine that, just as is the case in Industry 4.0 the Industrial IoT plays a key role, as does a thorough understanding of all data and insights and actionable intelligence for supply chain management.
Logistics 4.0 and Supply Chain 4.0 – from data and autonomous decisions to intelligence and actions
The latter aspect of data, turned into actionable intelligence and ultimately (autonomous, semi-autonomous and human) actions is key to smart supply chain management and logistics in Industry 4.0 and industrial transformation, whereby we looked in depth at several data-intensive elements such as vertical and horizontal integration.
It is also important to bring the Industrial Data Space in mind again as a way to enable a secure data exchange between its participants, while at the same time ensuring data sovereignty for the participating data owners. When many moving parts and many processes are involved, the same goes for the data, also in logistics.
The Industrial Data Space is just one approach, heavily promoted by the people behind Industrie 4.0. Anyone who is involved in the future of logistics no doubt has already at the very least looked at the potential of blockchain technology in supply chain management and logistics of the hyper-connected and (semi-)autonomous kind. If they haven’t yet they will soon as the combination of blockchain and IoT, a core component of Logistics 4.0 is accelerating fast. And there certainly are blockchain initiatives in logistics. Just think about the BiTA in the US (Blockchain in Trucking Alliance).
While we increasingly speak of the digitization and digitalization of logistics and supply chains with the IoT (enabling multiple logistics use case and, along with other technologies such as cloud computing and edge/fog computing, bringing intelligence to the edge across logistics), digital supply chains and (semi-)autonomous decisions and logistical assets such as self-driving trucks and so forth, the role of people in supply chain management is far from over.
SCM and Logistics 4.0 – people and the human element in supply chain management transformation
Regardless of how autonomous we want systems to be, there remains an important human element whereby supply chain management is changing in the decentralizing context of Industry 4.0 but nevertheless needs people to plan and take actions as not all actions can be or should be automated.
To meet the demands and decentralization behind Industry 4.0, however, an automated, intelligent and increasingly autonomous flow of assets, goods, materials and information between the point of origin and the point of consumption and the various points in-between is key.
It might sound contradictory but it makes supply chain management more central in this connected and decentralizing movement in industrial transformation and the digital transformation of logistics. As intelligence and autonomy move to digital platforms and the edge, the decisions and tasks of supply chain management become key since there is far more insight and monitoring to decide on overall efficiency.
Additional core tasks of smart logistics and supply chain management in the Industry 4.0 context of logistics then become:
- Adding the right level of autonomy and intelligence to logistics in order to make logistics as such more intelligent but mainly to make it more efficient, effective, connected and agile/flexible in order to meet the needs of a far more connected economy and an increasingly real-time economy.
- Starting from the goals of industrial transformation in this holistic vision of which logistics and supply chains are part, strike the right balance between self-organizing and (semi-)autonomous systems and human planning, with also a focus on action and intelligence whereby the collaboration between man and machine (e.g. cobots in warehousing) and the end goals in function of changing ecosystem demands are crucial.
- Transforming the ways of working and managing in line with Industry 4.0 deployments, realities and aspects such as data analytics, information ecosystems, required skillsets to manage it all and take the right decision in a changing environment of decentralization, fast decision making, the development of real-time capabilities and agility with a shift from centralized organizational and planning approaches to on-demand planning and managing uncertainty (core in digital transformation overall) in far less pre-determined logistical scenarios.
The road ahead for Logistics 4.0 and Supply Chain 4.0
In the end the traditional pyramids we are used to see in supply chain management and logistics are poised to be disrupted. While we aren’t fully in that stage yet and most organizations start to explore the possibilities of smart logistics and supply chain management, others are taking the lead or forced to move faster to meet demands of the stakeholders in their ecosystems (including internal stakeholders).
The road ahead is one of more autonomy across various logistics components such as supply chain logistics, inbound logistics, warehouse management, intralogistics or line feeding, outbound logistics and logistics routing.
One of the best images depicting the evolutions towards more autonomy across all these areas is the roadmap image from UNITY Consulting and Innovation which you see below. In that roadmap a highly autonomous, flexible and predictive picture is painted in later stages, even up to the point that there is no more warehouse in the supply chain.
Also watch and download the SlideShare presentation from UNITY on smart supply chain management from early 2017 below.
It contains a great model of the development levels of smart logistics across typical planning areas such as network design, transportation logistics, purchasing logistics, warehouse logistics, intra-logistics and outbound logistics, as well as an operational overview and notes on the supply chain and logistics in the age of Industry 4.0 with particular attention for, among others the need for new planning systems and new types of training (and do add the mentioned skillsets to that) for employees.
The technologies and value in connected logistics and the digital supply chain: SCM, flexibility, speed and quality
With regards to the future stages as shown in the image, before we would ever get there quite some challenges arise and changes are needed and the macro-economic context would have to seriously change (leaving aside regulations regarding security, the digital economy and the organization of work).
Today everyone most people have heard – or even deploys or test – one or more of the several applications which have been known for years as in the 2015 (!) presentation on Logistics 4.0 below: autonomous vehicles, swarm intelligence, AVGs and trucks, smart shelves that organize their replenishment, smart containers that organize their supply chains, bins and so forth.
Yet, as per usual it’s not just about the technologies, even if newer technologies keep being added, for instance on the level of interfaces, blockchain, new advancements in AI and machine learning, better drones in logistics, cobots, the list goes on.
It’s about the way logistics and supply chain management meet the needs of all stakeholders, knowing that flexible, smart supply chain decisions, enabled by the human, organizational and technological components of Industry 4.0 and logistics 4.0 make the difference in gaining competitive benefits but also in surviving in a hyper-connected age where the need for speed is high and regardless of the supply chain, performance and speed are crucial but so is quality.
To put it simply: having a smart container is one thing, being able to track what’s inside it, where it comes from and in what state it is, that’s when you start reaping the benefits of a strategic and holistic approach that looks at the value and customer demand.
More resources on Logistics 4.0 and supply chain management amidst industrial transformation
As we work on more articles with regards to logistics and supply chain management (SCM) in the Industry 4.0 and overall industrial and digital transformation scope below is a list with resources to check out.
Videos on supply chain and logistics in transformation
In the videos below you can see and hear more about SCM and Logistics 4.0 from various perspectives. The videos respectively include:
- A 45 minute lecture from the Technical University of Denmark on Logistics 4.0, its present, its future and the human aspects,
- A video from the Bremer Institut für Produktion und Logistik with a specific focus on cyber-physical systems in reverse logistics,
- A webinar on total supply chain optimization and connected demand and logistics in Industry 4.0 (from Hitachi Consulting and sponsored by Oracle),
- A panel from The Automotive Logistics Supply Chain Conference 2016 on supply chain 4.0 and
- A video from Deloitte showing the digital transformation of supply chains with some scenarios.
Supply chain and Logistics 4.0 content
Finally, below is a list of more selected and curated resources on the topics of supply chain and logistics in transformation and Industry 4.0.