Tag Archive for: Automation

The challenges of digitalization and its impact on training activities in transport and logistics

Written by: Xavier Lluch i Oms, Consultant in Transportation, Logistics & Information Systems & Professor at the Escola Europea

For many years now, companies and all kind of organisations have improved their information circuits by mechanising, or computerising, etc.

Progress, so far, has been implanted inside the organisations, facilitating the transfer of information between different departments. Commercial departments, operations (transport-warehouse, etc.), and administration, among others are but some examples. In this aspect, applications have evolved from the first ones that comprised a single function (billing, accounting …) to those that seek to solve communication problems holistically for the entire company. Commonly known as “Enterprise Resource Planning” (ERP) , the different existing ERPs compete amongst themselves, but their goal is always to solve the question of information circuits inside the companies. ERPs are solving the need to re-enter data between different departments or functions of the companies above all.

There have been attempts to resolve communications between companies, but they have always been limited to specific business partners. Companies can exchange data but can hardly do so with other commercial partners in general as each connection requires specific agreements. Nevertheless, there are exceptions, such as:

  • Port Community Systems
  • Various initiatives fostered in the maritime world, especially between shipping companies and administrations, within the framework of the “maritime single window environment” (SWE).
  • Some communication subsystems such as the “Automated Identification System” (AIS) used in maritime navigation.
  • Some initiatives in the air world, thanks to IATA standards
  • The contracting platforms or loading exchanges, although each one with its own communication standards.
  • The electronic invoice, to the extent that it has been imposed by public administrations.

All these attempts have not progressed further. This was partly due to the power limitations of data management, but above all due to the lack of complete standardization; making it so that each implementation requires either a manual link or a complicated series of steps of adjusting communications.

In recent years the landscape has begun to change with the EU initiative to constitute the Data Transport and Logistics Forum (DTLF), a true standardization working group, which has set up the conditions for the promulgation of the (Electronic Freight Transport Information) eFTI regulation in 2020.

The implementation of the eFTI regulation (EU) 2020/1056/ is a significant step towards the use of digital exchanges of information in the transport sector. We may be on the verge of a radical change in communication, similar to the introduction of the ISO TC 104 standard in 1961, which opened the gate to the universal use of containers in the transport industry.

The possibility of having standards and an operational architecture within the E.U. creates an enormous playing field. We can now replace paper with the cloud to support or store transport data, and consequently we shall no longer talk about transport documents but about datasets.  At the same time, the possibility to access a much larger market database more efficiently opens infinite new possibilities to organise transports and new business models.

Electronic transport documents within the EU will become widely used and will save a lot of costs, and the increased added value in operations opens a new conception of transport flows.

ERPs will become less significant, (as we will no longer talk about invoicing or accounting programmes ). The new question will focus not on how we enter data but how we manage it.  New business models will appear, based on the possibilities of accessing large amounts of data and organising operations more efficiently.

The speed of adoption of changes depends largely on the attitude of public administrations, which set the rules of the game between companies. But the process is unstoppable and countries that do not follow them will lose competitiveness.

In a mid-to-long, term similar progress shall be extended to the full commercial chain, comprising not only those involved in the logistics or transport chain strictly, but a larger array of actors  (buyers, sellers, administrations, banks…). Technology now allows for highly innovative ways of working, but the complexity of the participants and their divergent interests greatly hinder their adoption.

These new working methods pose medium-term challenges both in the organization of companies and in the training needs of their employees.

A digital cultural background will be required in data exploitation processes. Computer security, digital signatures, data certification and protection, contracting and management of databases, organization of information, legal issues related to electronic contracting, communication systems between companies, and many more that we can now only imagine.

But even if information systems will change, the basic problems will still exist: The lost shipment, the vessel that does not sail as planned; the erroneous declaration of customs; the interpretation of trade rules; incidents of all kinds in transport; compliance with financial commitments; the fight against fraud; the increase in complexity of customs regulations; questions related to the massification of B2C trade, etc. Standardization will not solve everything and a professional transport skill will always be required.

In the next five years companies will probably start to implement some changes, in preparation for what seems a likely horizon:

  • Accentuation of sector concentration, (horizontal and vertical), accessing the large shippers.
  • Disappearance of companies due to absorption into larger groups.
  • Displacement of traditional companies towards market niches, either by transport specialities (pharmaceutical, dangerous goods, temperature controlled transport, hanging clothing, among others) or by routes or geographical areas, or by ancillary services.
  • Emergence of new companies with cloud services: Online contracting, load exchanges with complementary services, among others.
  • In customs clearance, accentuation of the changes initiated with the new customs code and with the expected ones, more centralized clearance, new roles of customs representatives, increased legislative complexity, discussion of the “trusted trader”, changes in e-commerce…
  • Emergence of the companies based on new models (such as Usyncro, Ontruck, Widoit,…)
  • Evolution of data entry solutions such as ERP.

Training activities should reflect the changes expected in the transport industry and specifically in the information flows. Training in logistics should include the foreseen technologies and tools in the training programmes, and some basic concepts in IT with which trainees should become familiar, such as electronic signatures, technologies and concepts related to information (data, metadata, protocols related, databases…), etc. IT Technologies are becoming more and more present in transport and logistics operations. However, it should not be neglected that the transport business requires to be familiarised with all “traditional” operational aspects involved with international transportation and commerce, from Incoterms to payment methods, to packaging and palletisation, customs regulation, international and national transport, insurance conventions, and so on.

The eruption of IT technologies and new and better transport means are contributing to an increase in volumes and to “commoditising” operations. Nowadays there are less uncertainties, less incidents, but it should never be forgotten that international trade is always subject to a number of legal and operational challenges and professionals should be well aware of the consequences of contracting in one way versus another. At the same time the increased volumes of international trade are originating complex problems (including customs issues) that require deeper and more significant professional skills.

Digitisation is inevitable!

And it is up to us now to ensure that we keep up with it, and that we can train our workforce with existing, new, and emerging skills to stay on top of the game.

On Track for the Future: Rail Freight in Europe 2024

This month in our #DidYouKnow series, we’re taking a closer look at the dynamic and ever-evolving world of rail transport. Cast your mind back to 2021, hailed as the European Year of Rail. This initiative wasn’t just a ceremonial nod to an old industry; it symbolised a renewed commitment to transforming Europe’s transport landscape. But what has changed since then? How has rail freight adapted and grown in this period? And more importantly, as we look towards 2024, what are the exciting developments and prospects that lie ahead for rail freight in Europe? In this post, we’ll delve into the successes, the challenges, and the innovative strides shaping the future of rail freight, a sector that’s proving to be more than just a link in our supply chains, but a key to sustainable, efficient, and resilient transportation in Europe.

 

Current State of Rail Freight in Europe

Rail freight is becoming increasingly vital in the European transport landscape, especially in the context of ecological sustainability. As part of the European Green Deal, rail freight is identified as a key player in reducing greenhouse gas emissions. The goal? To shift a substantial portion of freight from road to rail, aiming for a 30% share of rail in European freight transport by 2030.

Here’s why rail freight stands out:

  • Emission Efficiency: A freight train emits just 24 grams of greenhouse gases per ton transported and kilometre travelled, making it significantly cleaner than road freight. This efficiency is less than one-fifth of the emissions produced by road freight vehicles.
  • E-Mobility Dominance: The rail freight sector is already ahead in e-mobility. The more we take advantage of green electricity, the closer we get to net-zero emissions.
  • Continued Potential for Improvement: As green energy sources become more prevalent, the rail sector’s environmental footprint is poised to reduce even further.

These are some of the factors that underscore the strategic importance of rail in Europe’s transition to a more sustainable transport network.

Challenges and Opportunities

While the prospects of rail freight in Europe are bright, the path is not without its challenges. A crucial aspect of realizing the EU’s ambitious target for rail freight involves addressing the current obstacles and harnessing the emerging opportunities. So let’s have a look at what they are: 

Obstacles to Growth:

  • Infrastructural Variability: The EU member states present a diverse picture in terms of rail freight capabilities. For instance, while Lithuania boasts a rail freight share of 64.7%, Greece lags behind with just 3.2%. Such disparities reflect the varied infrastructural and economic landscapes across the region.
  • Territorial Fragmentation: Perhaps the most significant hurdle is the lack of standardization. In contrast to road transport’s seamless cross-border operations, rail freight often encounters barriers at national borders due to differing technical standards and regulations. This territorial fragmentation hinders the efficiency and attractiveness of rail freight as a pan-European transport solution.

Opportunities for Advancement:

  • Investment in Infrastructure: According to the latest EU report, there’s been significant investment in rail infrastructure. In 2020, EU Member States reported a total funding of €40.65 billion for rail infrastructure. This investment is pivotal in modernizing and harmonizing rail networks across Europe.
  • Electrification of Tracks: The move towards electrification is noteworthy. With varying rates of network electrification across EU countries, there’s substantial scope for expansion, enhancing both the environmental and operational efficiency of rail freight.

Future Outlook and Things to Look Out for in 2024

As we advance into 2024, the rail freight sector in Europe is poised at an exciting juncture, with several developments worth watching:

  • Increased Infrastructure Investment: Ongoing investment in rail infrastructure will continue to be a major focus, aimed at enhancing efficiency and connectivity across the continent.
  • Advancements in Automation and Digitization: The rail freight industry is rapidly embracing technological innovations. Automation in rail operations promises to enhance efficiency and safety, reducing the reliance on manual processes. Digitization, on the other hand, is set to revolutionize the way freight is managed and tracked, offering more transparent, reliable, and efficient logistics solutions. These advancements are not just futuristic concepts; they are becoming tangible realities that are reshaping the landscape of rail freight.
  • Standardization Efforts: The push towards standardization across the EU rail network is expected to gain momentum. This will facilitate smoother cross-border rail freight movement, making it a more attractive option for shippers.
  • Growth in Rail’s Freight Share: With these initiatives and investments, an increase in rail’s share of the overall freight transport market in Europe is anticipated. This growth will be a testament to the sector’s adaptability and commitment to meeting the evolving demands of trade and commerce.

These trends signal a robust future for rail freight, contributing significantly to a more sustainable and interconnected Europe.

Concluding thoughts

As we look towards the future, the significance of rail freight in Europe’s transport network becomes increasingly clear. Since the European Year of Rail in 2021, the journey towards 2024 has been marked by remarkable strides, setting the stage for an even more promising path ahead.

Innovations in rail technology, including automation and digitalization, are set to revolutionize freight transport. These advancements are not just about enhancing efficiency; they’re about reshaping how goods move across Europe. Moreover, the strengthening of supply chain resilience through rail freight is becoming increasingly crucial in a rapidly changing global trade landscape.

The road ahead involves enhanced cooperation among EU nations, key to overcoming the challenge of territorial fragmentation and achieving a truly integrated rail network. This cooperation is vital not only for the internal dynamics of the EU but also for its role in global trade and logistics, where rail freight offers a reliable and efficient alternative to other modes of transport.

In light of these exciting developments, our upcoming course on intermodal freight operations – SURCO Aragón. It’s an opportunity for professionals to gain critical skills in optimising transport operations, balancing cost, time, and environmental considerations, with a special focus on integrating rail for maximum efficiency and sustainability.

Are you ready to be at the forefront of this exciting sector? Explore this edition of our SURCO course in intermodal freight operations (offered in Spanish) and gain the expertise to optimise your transport operations, integrating rail for maximum efficiency and sustainability. 

Join us in shaping the future of transport!

We’ve done our research – so should you! Check out our sources below to delve more deeply into the topic: 

SOURCES 

  1. “The Future of Rail Freight in Europe” – DHL Freight Connections. DHL Freight Connections.
  2. “What has changed in European rail: the highlights of the latest EU report” – RailTech, October 2023. RailTech Article
  3. European Environment Agency. European Environment Agency Website.
  4. European Commission – European Green Deal. European Green Deal Information.
  5. European Commission’s Transport and Mobility Overview. European Commission – Transport.
  6. EU Infrastructure Investment Reports. EU Infrastructure Investment Data.
  7. European Railway Review: Articles and reports on the latest trends and future projections in rail transport within Europe. European Railway Review.
Artificial Intelligence

Artificial Intelligence is here to stay – but at what cost?

Eduard Rodés - Director of the Escola Europea Intermodal Transport

Written by: Eduard Rodés, director of the Escola Europea – Intermodal Transport

In January one evening I sat down to experiment with the new tools that have been receiving a lot of industry hype recently – the AI chatbots that seemed to revolutionise the field of automation and digital assistance. I went into Chat GPT and asked it to “write a 1000-word article on artificial intelligence and logistics”.

This was the result:

“Artificial intelligence (AI) has the potential to revolutionize the field of logistics and supply chain management. By using machine learning algorithms and predictive analytics, AI can help logistics companies optimize their operations, reduce costs, and improve efficiency.

One of the main benefits of AI in logistics is the ability to automate and streamline processes. For example, AI can be used to optimize routes for delivery trucks, predict demand for certain products, and identify bottlenecks in the supply chain. This can help logistics companies reduce their operating costs and improve customer satisfaction by providing faster and more reliable delivery times.

Another area where AI can be useful in logistics is in the management of inventory. By analyzing sales data and customer demand, AI algorithms can help logistics companies forecast future demand and adjust their inventory levels accordingly. This can help reduce the risk of overstocking or running out of stock, which can have a significant impact on a company’s bottom line.

In addition to automating and optimizing processes, AI can also be used to improve the accuracy and speed of decision-making in logistics. For example, AI algorithms can be used to analyze large amounts of data and identify trends or patterns that might not be immediately obvious to human analysts. This can help logistics companies make more informed decisions about where to allocate resources, what products to stock, and how to respond to changes in the market.

AI can also be used to improve the efficiency of logistics operations by reducing the need for manual labor. For example, self-driving trucks and drones can be used to transport goods, freeing up human workers to focus on more complex tasks. This can help logistics companies reduce labor costs and improve productivity. Despite the many potential benefits of AI in logistics, there are also some challenges to consider. One concern is the potential for job displacement as more tasks are automated. Logistics companies will need to carefully consider how to retrain and reallocate their workforce to ensure that workers are not left behind as AI becomes more prevalent.

In conclusion, AI has the potential to revolutionize logistics and supply chain management by automating and streamlining processes, optimizing inventory levels, improving decision-making, and reducing the need for manual labor. However, there are some challenges that must be addressed in order to ensure that AI is used responsibly.”

 

I was left dumbstruck. I then wanted to test this further and accessed deepai.org/art. I asked the screen to create an image for me with the Word “logistics”, and low and behold – I was given a new image:

Technology has been advancing at an incremental rate since the late 80s, early 90s. Long gone are the days when you had to call an operator to connect you to another person. It also appears that the days of “assistants” will also soon be behind us. Artificial Intelligence is improving our productivity, changing the way we carry out daily tasks and work. But at what cost?

What is ChatCPT?

ChatGPT is a language model developed by OpenAI. In essense it’s an artificial intelligence chatbot, which launched in November 2022. It is built on top of OpenAI’s GPT-3 family of large language models and has been fine-tuned (an approach to transfer learning) using both supervised and reinforcement learning techniques.

The technology has the potential to revolutionize the way we communicate with machines and each other. Its implications on our future are vast, and its potential uses are only beginning to be explored. From business to education, healthcare to entertainment, ChatGPT has the potential to transform our world in profound ways.

One of the most significant implications of ChatGPT is its ability to enhance communication. With its advanced natural language processing capabilities, ChatGPT can interpret and respond to text in a way that is almost indistinguishable from human communication. This means that it has the potential to provide personalized customer service, support in education and training, and even therapy.

  • The system can also process vast amounts of data, which makes it a powerful tool for businesses. With its help, companies can analyze customer feedback, identify patterns in consumer behaviour, and improve their products and services accordingly. ChatGPT can also be used to streamline internal communication, automate repetitive tasks, and provide insights for decision-making.
  • In healthcare, ChatGPT can help patients receive more personalized care. By analysing patient data and medical history, ChatGPT can assist doctors and nurses in making more informed decisions about diagnosis and treatment. It can also be used to provide patients with support and education, helping them to manage their conditions and improve their overall health.
  • In education, ChatGPT has the potential to revolutionize the way we learn. It can provide personalized support and feedback to students, help teachers to create more engaging and effective lesson plans, and even automate grading and assessment. ChatGPT can also provide access to educational resources to people in remote or underprivileged areas, helping to bridge the digital divide.

Is it all good?

While ChatGPT has many potential benefits, there are also several risks and challenges that need to be addressed. Here are some of the most significant concerns:

  1. Bias: Like any artificial intelligence system, ChatGPT can be influenced by biases in the data it is trained on. This means that if the data reflects discriminatory or unfair practices, the system could perpetuate those biases. This is especially concerning when it comes to sensitive topics like healthcare or criminal justice, where biased decision-making could have serious consequences.
  2. Misinformation: ChatGPT can be used to create convincing fake news or propaganda, which can be spread quickly and widely through social media. This is a concern because misinformation can have serious real-world consequences, such as influencing political outcomes or causing panic during a public health crisis.
  3. Privacy: ChatGPT requires access to large amounts of data to work effectively, which can raise concerns about privacy. If sensitive personal information is stored and processed by ChatGPT, there is a risk that it could be accessed by hackers or other malicious actors.
  4. Dependence: As ChatGPT becomes more ubiquitous, there is a risk that people will become overly reliant on it for decision-making and problem-solving. This could lead to a loss of critical thinking skills and creativity, which are important for innovation and progress.
  5. Regulation: There are currently few regulations in place to govern the use of artificial intelligence systems like ChatGPT. This means that there is a risk that these systems could be used in unethical or harmful ways without consequences.

To address these risks and challenges, it is essential to continue developing ethical guidelines and safeguards to ensure that ChatGPT is used in responsible and beneficial ways. This includes ensuring that the data used to train ChatGPT is diverse and free from bias, and that users are educated on the limitations and potential biases of the system. Additionally, regulations should be put in place to ensure that ChatGPT is used ethically and transparently, and that privacy concerns are addressed. By doing so, we can maximize the potential benefits of ChatGPT while minimizing the risks.

Final thoughts

There is no doubt that ChatGPT has the potential to transform many aspects of our lives, from communication and business to healthcare and education. Its implications for our future are vast, and its potential uses are only beginning to be explored. As with any technology, it is important to continue to develop ethical guidelines and safeguards to ensure that ChatGPT is used in responsible and beneficial ways. The future is exciting, and ChatGPT looks to be a part of it.

Smart logistics concept

Back to basics: What is a Smart Port?

This year at the Escola we thought that we would go back to some basic (but modern) concepts connected to intermodal transport. With the series that we are calling #BackToBasics, we will begin explaining some concepts that are central to the transport sector today, but which can be confusing to some. We will kick-start our series with the concept of a “Smart Port.”

Daily Logistik: Asian Development Bank describes a smart port as a port that ensures “no waste of space, time, money and natural resources.”

What is a Smart Port?

 The inclusion of the word “smart” in the name implies the capabilities of the port and the integrated workflow (Marine Insight).  So what is it exactly? A smart port is a modern port that uses advanced technology and digital systems to improve the efficiency, sustainability, and competitiveness of its operations. Smart ports often use digital tools such as sensors, data analytics, augmented reality, big data, digital twins and automation to optimize the movement of cargo, reduce waste and emissions, and provide better services to stakeholders (which include shipping companies, customs authorities, and local communities). Smart ports may also include features such as renewable energy sources, electric charging stations (Onshore Power Supply), and smart infrastructure for logistics and transportation

“The goal of a smart port is to enable a more efficient, sustainable, and profitable port ecosystem that can support economic growth and regional development.”

What are Smart Port’s Digital Tools ?

Smart ports are classified as “smart” because they use a variety of digital tools to optimise their operations. These include:

  1. Sensors: Smart ports often use sensors to monitor various aspects of their operations, such as cargo movement, traffic flow, environmental conditions, and security. These sensors can provide real-time data that can be used to optimize operations and improve decision-making.
  2. Data analytics: Smart ports use data analytics to process and analyse the data collected from sensors and other sources, such as shipping manifests and customs declarations. This data can be used to identify trends, patterns, and opportunities for improvement.
  3. Automation: Smart ports may use automation technologies such as robots, drones, and self-driving vehicles to improve the efficiency and accuracy of certain tasks, such as cargo handling and inspection.
  4. Digital platforms: Smart ports may use digital platforms, such as cloud computing, blockchain, digital twins and internet of things (IoT) technologies, to connect various stakeholders and enable more efficient and transparent communication and collaboration.
  5. Clean technologies: Smart ports can incentivize the use of cleaner technologies, such as electric vehicles and renewable energy sources, to reduce the environmental impact of port operations.
  6. Energy efficiency measures: Smart ports can implement energy efficiency measures, such as LED lighting and energy-efficient systems, to reduce energy consumption and greenhouse gas emissions.

Why? For cleaner, greener ports

The use of digital tools helps smart ports reduce costs, improve service quality, and increase agility and responsiveness to market demands. There is no doubt about it. However, another characteristic of a smart port is its emphasis on sustainable operations and the creation of a greener port.

Below you can find some elements that help characterise a smart port that as “green”:

  1. Promoting recycling and waste reduction: Smart ports can implement recycling programs and encourage the use of reusable containers and packaging materials to reduce waste and improve resource efficiency.
  2. The use of renewable energy: Smart ports can use a variety of renewable energy sources to power their operations, including
    1. Solar power: Smart ports can install solar panels on rooftops, car parks, and other suitable areas to generate electricity from the sun.
    2. Wind power: Smart ports can install wind turbines on land or offshore to generate electricity from wind.
    3. Hydroelectric power: Smart ports located near rivers or oceans can use the flow of water to generate electricity through hydroelectric power plants.
    4. Geothermal power: Smart ports can use geothermal energy, which is generated from the Earth’s internal heat, to generate electricity and heat buildings.
    5. Biomass: Smart ports can use biomass, such as wood chips or agricultural waste, to generate electricity through combustion or anaerobic digestion.
  3. The use of electric vehicles: Many ports have begun to use electric vehicles, cranes and container stackers within their terminals to minimise emissions and ensure cleaner air around the port community area. By providing multiple charging points, smart ports make it easier for the port community companies to operate these clean energy vehicles.

Overall, reducing waste and emissions is an important aspect of sustainable port operations and helps smart ports contribute to global efforts to combat climate change and protect the environment.

Sources:

Automation Lessons from Other Sectors

In a previous insight, Port Technology focused on how automation could impact the employment of both landside workers and seafarers in the shipping industry, where it is predicted that many jobs could be replaced by intelligent machines and systems.

Despite these concerns, maritime is not the only field which automation could seriously effect.

In fact, many other business areas have already changed massively as a result of technological advances like artificial intelligence (AI) and the Internet of Things (IoT).

Manufacturing

Those responsible for driving change in the maritime sector, especially with regard to cargo-handling operations onshore, could look to the example of other industrial sectors like manufacturing when thinking about how to implement automation successfully.

Even a quick comparison of the two areas reveals a number of similarities; materials need to be handled quickly and safely, a repetitive but important process which seems well-suited to the application of robotics.

Skilled professionals in the manufacturing business are likely to share some of the same concerns as their counterparts at ports and terminals, yet it is the combination of a vital human element working alongside robots which is driving efficiency for manufacturers and factories.

The initial cost of automation is higher than paying workers to perform the same job, even if machines are able to outperform the human workforce in some capacities. As with process automation at ports and terminals, the key to success is finding out what should be automated.

Key Takeaways:

  • It is the combination of a vital human element working alongside robots which is driving efficiency
  • The key to success is finding out exactly what should be automated

Warehousing and Distribution

Closely connected to maritime trade and part of the logistics sector, warehousing is a crucial node in the wider supply chain and a hotbed for effective automation.

While the level of technological advancement across warehouses will of course depend on such factors as company size, location and the specific demands placed on any one distribution centre, leading players in the market are following the lead of other industries and expanding their use of robotics.

The question though – for the shipping industry – is how this transition to automated processes can be carried out purposefully.

In the case of XPO Logistics, developing technological solutions fit for purpose has been fundamental.

Collaborating with Singapore-based GreyOrange to deploy 5,000 intelligent robots throughout centres in Europe and North America, the autonomous machines perform a key function within “a modular goods-to-person system” that includes the efficient movement of mobile storage racks.

Key Takeaway:

  • Developing technological solutions fit for purpose
Self-Driving cars

While much of the conversation and early development around automation has concerned the increasing intelligence of landside operations, the impact of smart technologies is not only being felt on shore.

With multiple projects and start-ups currently exploring the possibility of autonomous vessels which can safely navigate from one location to another, even in the presence of other marine traffic, there are many technological hurdles which still need to be jumped.

The growing area of self-driving cars, a mainstream point of discussion in the media today, corresponds quite closely with the less reported interest in autonomous vessels; both have prompted questions regarding safety and security, especially as the digital systems which guide them have not proven entirely immune from attack.

In the case of self-driving vehicles though, standards are being created by the UK Government and other authorities to ensure you have resilient cybersecurity of digital technologies. With several carriers already suffering from major hacks, including COSCO in 2018, establishing the security of pilotless ships should be a priority.

Key Takeaway:

  • Ensure you have resilient cybersecurity of digital technologies

Air Freight

In our modern age of next-day-delivery and thriving e-commerce, it is not surprising that air freight has gained a distinct advantage over ocean shipping. If you can move goods more quickly, you become a more attractive option for the customer.

While the very nature of transporting cargo via air separates this business area from maritime, leading companies in the air freight space are finding ways to boost their efficiency and competitiveness through automation.

Just as digital technologies have been developed to make commercial airlines run more smoothly, cargo planes are using electronic bills of lading and tracking solutions widely to exchange information and ensure that the movement of goods remains transparent and traceable.

Greater visibility ultimately begets greater efficiency, as being able to monitor your supply chain also allows one to plan effectively, especially in situations where delays or other barriers to free movement are experienced. When approaching automation, the maritime sector would be wise to keep this fundamental principle in mind.

Source: Port Technology

Automation forces Spain to introduce structural changes in logistics

The transport and logistics sectors are currently in the process of automation. In the coming decades it will undergo deeper transformations, which will test the reaction capacities of countries such as Spain. “We must be creative in changing our way of thinking. There is a lot of work to be done in the short term, in short electoral cycles, by survey, and there are structural changes that must be applied in the medium and long term, “says Inprous CEO and president of Pimec Logística, Ignasi Sayol.

For his part Miquel Serracanta, the founder of the consulting firm Solutions & Decisions, put the emphasis on how the increase in competition “has caused a very important fall in prices both in the trunk and in capillary transport”, so that the carriers that have increased in size have started to search for synergies and efficiencies in their supply chains in parallel. For this reason, he considers that it is necessary to prepare for changes such as the electric and autonomous vehicles, since “they will substantially modify our environment in the next ten years”.

Globally, transformations will involve changes in jobs and new trends will be developed that will improve the efficiency of deliveries. Although technological advances will be inevitable, they will occur gradually and will vary according to the region. These are some of the results published in the new report prepared by the International Transport Workers’ Federation (ITF) and the World Maritime University (WMU).

Evolution vs Revolution

Although the report foresees that the automation of global transport is more “evolutionary” than “revolutionary”, Sayol affirms that “the irruption of technology in logistics will radically change the way we do things”. Gradual changes are expected in transport patterns that will affect the different regions of the world. According to Serracanta, autonomous vehicles “will not arrive for another five or ten years and will do so progressively, coexisting therefore, with difficulties, with vehicles driven by humans.”

The partner founder of Solutions & Decisions foresees that automation will make roads safer and that fewer accidents and traffic jams will occur, “with which the reliability of compliance with deliveries will increase”.

Sayol points out that logistics 4.0 will be an opportunity for developing countries, “because they can implement it without the mortgages that exist in developed countries.”

“Automation will probably reduce the differences between developed and developing countries in the medium and long term, once the latter can be added to the technology train,” says Serracanta. However, it considers that in the short term it is possible to increase them, especially in terms of road and rail transport: “Those who are in the process of development may not be able to start this road yet due to previous pending issues, as indispensable basic infrastructures”.
Worldwide, it is expected that transportation routes will also change if situations such as a hypothetical stagnation of China or the growth of Mexico are consolidated. If confirmed these trends, directly affect the GDP of the countries. However, this forecast does not apply to long-distance maritime transport, which will continue to be the main means in terms of scale and volume of goods transported. In contrast, a reduction in road transport is expected both in the EU and in the countries of Southeast Asia, as well as growth in the maritime sector, because “it is still in an early stage of transformation,” according to the study.
The Impact of Automation on employment
Automation will impact the transport sector through the destruction, displacement and creation of jobs. Workers will be affected differently according to their level of skill and preparation, with the least educated being the most affected. This will require the retraining of professionals such as cargo agents and crane operators so that they can work complementarily with this technology, notes the report of the International Transport Workers Federation (ITF) and the World Maritime University (WMU). However, despite the high levels of automation, human resources will still be necessary, especially in cases where people provide additional value.
“The challenge will be twofold, for the companies that have them on staff and for the worker himself, who must improve his own employability with additional training if he does not want to lose possibilities in his current and future position,” says Serracanta. “The repetitive tasks and added low value are the first at risk of being replaced by robots, and workers who today are the first to be recycled.” In fact, today automated metro lines are already operating, such as the one that connects the city of Barcelona with its airport, or the one that connects the two passenger terminals of the Frankfurt airport in Germany.
Logistics 4.0
In addition to the automation of vehicles, infrastructures and processes, the new logistics 4.0 will allow technologies such as Big Data or artificial intelligence to be progressively applied to know what the client wants, anticipate demand and position stocks at the suitable point. “It sounds like science fiction, but it’s already a reality,” says Sayol.
The CEO of Inprous also includes the internet of things (IoT) and blockchain in this group, which “will enable the creation of dis-intermediated and efficient marketplaces that allow for optimisation and secures the available transport resources”. Finally, “more complex technologies to apply in reality” will exist, including platooning. “Here the time horizon of implementation is more difficult to get right, as it is subject to the legislation of each country and investments in infrastructure that inevitably must be made,” he explains.
According to Serracanta, this automation and logistics 4.0 will also allow for the “reduction of consumption and fuelling of large trucks, because they are more efficient than humans, with which there will be less CO2 emissions and the environment will appreciate it”. Thus, an evolution is foreseen in the logistics transport sector that will bring economic benefits and that will entail new regulations, a greater technological preparation and the development of new skills and dynamics in the labor market.
Source: El Mercantil