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Dachser Air Receives CEIV Pharma Certification Expanding Companies Network Services Globally

CEIV

Dachser Air Receives CEIV Pharma Certification Expanding Companies Network Services Globally

In March 2021, Dachser’s fifth location, Shanghai, is to receive the Center of Excellence for Independent Validators in Pharmaceutical Logistics certification (CEIV Pharma) that will expand the company’s network services for its customers, specifically in the life sciences and healthcare (LSH) sectors. Following the Frankfurt, Atlanta, Mumbai, and Hyderabad locations, Shanghai is their most recent CEIV certification from the International Air Transport Association (IATA).

The CEIV Pharma certification ensures compliance to international standards including European Union and World Health Organization Good Distribution Practices (GDP), United States Pharmacopeia, and IATA temperature control regulations. The standards insist on secure, compliant, and efficient air-freight services, which Dachser successfully displayed.

“At Dachser, the safe and efficient transportation of pharma products is a key priority for us, and our CEIV Pharma certified locations in Germany, the US and Asia enables us to serve our customers in the key regions around the world,” says Ralph Riehl, Managing Director Americas at Dachser Air & Sea Logistics. “With this latest certification, we are demonstrating our continued emphasis on constantly enhancing our service quality as well as showcasing we are a reliable partner for transporting vital and temperature-sensitive products.”

In 2018, Dachser received its first CEIV Pharma certification for their Frankfurt branch in Germany. By 2019, their United States branch in Atlanta and two Indian branches – Mumbai and Hyderabad, had received the CEIV Pharma certificates. The certificates highlight Dachser’s commitment to LSH logistics excellence in delivering high-value, time-sensitive, temperature-controlled products leveraged by  Dachser’s global network of speed, consistency, and efficacy.

“A resilient and highly efficient transport network, tailored to the specific needs of the LSH industry, has never been more crucial than today. Dachser is committed to superior service and further confirms our exceptional competence in the handling of sensitive life-saving pharmaceutical products based on the highest international standards quality standards,” added Mr. Riehl.

Responding to the globally growing demand, Dachser invested its services in the field of life sciences and healthcare to substantially provide efficient air-freight services globally leading to CEIV Pharma certified facilities. With this certification, Dachser Shanghai now joins a limited number of logistics companies in Asia to be recognized by IATA.

supply chain

What Does it Take to Build a “Fit” Supply Chain?

Is your supply chain strong and fit, or fragile and weak? A new report from Gartner helps you determine the answer and work toward a stronger, more resilient future.

Is your supply chain fit, fragile, or somewhere in the middle of the spectrum? This is a question that more organizations are asking themselves right now as they balance high levels of demand with constraints like supply chain shortages, port congestion, a dearth of ocean containers, and a short supply of qualified truck drivers.

Much like an amateur or professional athlete focuses on maintaining a certain level of fitness to be able to compete effectively, a company’s supply chain deserves the same level of attention (if not more). In a new report, Gartner explores the correlation between a fit supply chain and a resilient one, knowing that both elements are critical in today’s uncertain business environment.

Fit For Purpose

According to Gartner, the term “fit for purpose” describes an approach where planning leaders focus on what they should be doing, instead of benchmarking what others are doing—but that may not necessarily work for their own organizations.

Supply chain planning leaders that define their function’s fit for purpose and choose a corresponding organization design will improve their results and be better aligned to the overall business, Gartner says.

“Many supply chain planning leaders ask themselves if they should organize their function in a more centralized or decentralized way,” said Gartner’s Ken Chadwick, in a press release. “To answer that question, they must first understand what their individual fit for purpose organization looks like.”

To design a fit for purpose planning organization, Gartner says supply chain leaders must consider their companies’ business and operating model as well as the operational mindset. They must also understand the business and operating model of the overall company – customer base, products, serviced markets – and determine to what extent those factors are changing.

“Some companies are now moving from global to more regionalized supply networks because global networks are less resilient when it comes to disruptions, such as trade wars or the COVID-19 pandemic,” Chadwick said. “On the other hand, there are companies that want to try a more centralized approach to better serve their key customers.”

Gaining Competitive Advantages During Disruption

Fit supply chains can move ahead of the competition after dealing with the high-impact events, while fragile supply chains fall behind. According to Material Handling & Logistics, the most fragile supply chain operators focus on short-term survival, while the fittest supply chain organizations see disruptions as inflection points to improve the value that the supply chain provides to the business.

“Disruption is not a short-term situation, but a long-term trend that will most likely accelerate as we face climate change impacts, global power balance shifts, and more,” Gartner’s Simon Bailey told MH&L.

“In the future, disruptions will occur more frequently and supply chains must be able to deal with whatever is coming next,” he continued. “Some supply chain leaders have understood that already and prepared their organization accordingly.”

Step by Step Approach

Creating a stronger, more resilient supply chain requires a focus on what’s important to the company, both in terms of operations and decision making. Some companies’ mindsets focus on business unit accountability, for instance, so they align planning to a commercial leader who owns those outcomes.

Other companies are driving an end-to end mindset, leading to one integrated planning organization serving enterprise outcomes, with mindsets related to cost-focus, customer experience, innovation, agility, resilience, and risk also significantly impacting how planning leaders organize.

“When planning, leaders know about their organization’s present and future operating model and mindset,” Chadwick added, “they can in turn think about what their own function should look like to best fit in and serve its purpose.”

When creating fit supply chains, companies can choose among decentralized, center-led, or centralized models. Using the organization’s overall operating model and mindset as a guide, Gartner says supply chain planning leaders can evaluate if a decentralized, center-led, or centralized model is the best design for their function. Here’s what each of these looks like and how it operates:

-In a decentralized model, all planning roles report into the separate business unit leaders. This approach makes sense for large portfolio companies with mostly independent business units.

-The center-led model leaves planning operations within the business units but creates roles at a global level that focus on planning processes and long-term planning.

-Finally, in the centralized model, all elements of supply chain planning report into an integrated planning leader who is running all aspects of planning across the different regions.

Remember that different companies will take different paths to “fitness,” and that these variations are expected and perfectly normal. “There really is no one-size-fits-all solution for a planning organization, nor is a decentralized model necessarily a sign of lesser maturity,” Chadwick concluded. “Planning leaders must evaluate their individual situation and future plans and design their function accordingly.”

Generix Group North America provides a series of solutions within our Supply Chain Hub product suite to create efficiencies across an entire supply chain. From Warehouse Management Systems (WMS), Transportation Management Systems (TMS) to Manufacturing Execution Systems (MES), such platforms can deliver a wide range of benefits that ultimately flow to the warehouse operator’s bottom line. Our solutions are in use around the world and our experience is second-to-none. We invite you to contact us to learn more.

This article originally appeared on GenerixGroup.com. Republished with permission.

aviation

Monarch Air Group: How Does Technology Translate to Aviation?

Fort Lauderdale private jet provider Monarch Air Group examines how technology is helping aviation as a whole go above and beyond, the same way as other industries have relied on technology to provide added value to the end clients as well as a competitive advantage from other competing sectors.

Technologies applied in the aviation industry

A vast amount of technologies drive and enhance digital transformation both in companies and organizations and in people’s daily lives. Blockchain, Cloud, IoT, AI and Cybersecurity. But what relationship do they have with the aviation sector?

Smart Airport is a concept that has been gaining strength for years, using the latest technologies that allow efficient use of all kinds of resources, provide the best security for customers, passengers, and employees, and maximize the experience of each of them, users, and all stakeholders.

For instance, one of the leaders in energy matters is the Oslo airport, capital of Norway, which uses ecological materials with an architectural design that takes advantage of sunlight, performing efficient waste management and providing energy solutions with low CO2 emissions that contribute to the overall sustainability. Norway, and particularly Oslo, stand out for their commitment to caring for the environment.

In terms of innovation, the Beijing Daxing International Airport, one of the largest in the world, leads the way in the degree of intelligence it has achieved with the implementation of new technological systems. Robots, 5G technology, facial recognition and real-time luggage tracking with a smartphone are just some of the innovations implemented at this airport.

How technology is changing aviation

One of the most striking changes that is coming in the short or medium term is the end of the control towers. This model is already being tested in the United Kingdom and Sweden, performing this service remotely, being able to manage the air traffic control of several airports in the same center, considerably reducing construction and maintenance costs, as well as an equitable and traceable distribution of workload between operators.

Airbus is another great example of digital transformation. The company is using artificial intelligence to better understand customers by analyzing past behaviors to make predictions and recommendations; virtual reality to integrate digital models in production environments reducing testing time from three weeks to three days; digital platforms to have real-time flight test information; monitoring of more than 24,000 parameters to perform predictive maintenance; they also reorganized the entire supply chain, being able to locate component packages in real time, which include temperature, shock and vibration sensors.

How does private aviation maximize the use of technology?

Companies like Monarch Air Group, which since 2017 allows clients to pay for a flight using cryptocurrencies and offers a state-of-the-art online quoting system with thousands of active aircraft worldwide, has taken a step forward to delivering its clients a safe and reliable flight experience, from booking to landing.

The previous is the main added value for a client looking to charter a private jet, who seeks a specific aircraft for a precise route, on an exact day and time. The passenger wants to operate the process digitally, swiftly and without setbacks, and arrive 15 minutes prior to his flight with a waiting aircraft just steps away from the private jet terminal.

Other key technological advances come from manufacturers, with top-notch advances in private aircraft, from operational capability, cost-efficiency to the highest safety standards in the business. Manufacturers like Gulfstream, Cessna and Dassault raise the bar for the entire industry, making it more efficient, reliable, safer and, more recently, cleaner. All these companies are thoroughly working towards better aerodynamic efficiency for a smaller carbon footprint, technology at its finest.

vehicles

Why Smart Roads are Just as Important as Autonomous Vehicles

There’s no doubt that self-driving cars, or autonomous vehicles (AVs), are much safer than the average person-manned vehicle. In fact, more than 90of serious crashes are due to human error, which means autonomous vehicles have the potential to significantly reduce the number of collisions and save lives.1 However, there are still plenty of obstacles the technology of AVs has yet to address, including seeing objects behind occlusions like buses or trucks, detecting and anticipating the movements of pedestrians and drivers well ahead of time, and dealing with defective or dirty car sensors. Another complication AV technology has yet to fully evolve is the ability to react appropriately when new and unusual road circumstances arise.   

The focus on technology should not be isolated to the car itself, but also in upgrading the actual road infrastructure. State-of-the-art artificial intelligence (AI) to advance smart infrastructure will not only help driverless vehicles understand the roads better, but also improve overall road safety as AVs are not equipped to see around corners or other impediments. With smart infrastructure now being introduced by AI startup companies such as Derq, having those “eyes” outside of the vehicle also allows for greater visibility overall – making the ride not only safer, but more comfortable and with even better performance. This will also result in less-congested roads. For an average U.S. citizen, congestion costs 99 hours of their time and $1,377 each year.2 Smart infrastructure can prevent traffic backups by adjusting traffic signals when needed.  

The State of the Current Road Infrastructure 

The government designed roads, traffic lights and signs when it was inconceivable to think that there would be any self-driving vehicles on the road. While drivers are well-versed in traffic signals and signs alerting them to when they should or should not drive their vehicle, AVs need different alerts in the form of radio or cellular network signals. Now, various self-driving companies are exploring the idea of working with smart analytic companies to advance the technology of both the vehicles and the infrastructure. In fact, many industry leaders also believe smart roads are needed for the future of AVs 

What Smart Infrastructure Means for the Roadways 

In Miami-Dade County (Fla.), the autonomous vehicle research team at Ford is exploring how emerging technology from smart infrastructure can provide additional information to the AV before it even arrives at an intersection.3 While many cities have different types of traffic signals – horizontal, vertical, posted in the corner of the intersection as opposed to in the middle of the intersection – AI algorithms unite smart infrastructure with AVs, which enable the launch of these vehicles in new locations much faster. In Las Vegas, Motional’s driverless vehicles are partnering with Derq to test how driverless technology reacts when given an even broader perspective than it already has.4 The collaboration has created a “bird’s-eye view” for the AVs at some of the most highly-trafficked intersections in the city.4  

While some self-driving companies currently don’t rely on smart infrastructure, the AV industry is realizing that it’s an important piece of the puzzle when it comes to accelerating the ability to deploy more AV routes in different cities and countries. In addition, transportation systems can’t achieve safety without smart infrastructure. The need for innovative technology on the roads is growing. The U.S. Secretary of Transportation, Pete Buttigieg, has even stressed on the importance of building better infrastructure as well as the technology for self-driving cars.5  

The incorporation of AI and video analytics in smart roads will further the development of the technology of driverless vehiclesThese innovations will also revolutionize the safety, comfort and performance of not only the autonomous vehicles, but also the overall transportation ecosystem 

 _________________________________________________________________________

Dr. Georges Aoude is the co-founder of Derq, an MIT spinoff powering the future of connected and autonomous roads, making cities smarter and safer for all road users and enabling the deployment of autonomous vehicles at scale. Derq provides cities and fleets with an award-winning and patented smart infrastructure Platform powered by AI that helps them tackle the most challenging road safety and traffic management problems. 

Sources: 
1: https://www.nhtsa.gov/technology-innovation/automated-vehicles-safety  
2: inrix.com/press-releases/2019-traffic-scorecard-us/#:~:text=The%20report%20found%20that%20on,average%20of%20%241%2C377%20per%20year   
3: https://medium.com/self-driven/exploring-how-smart-infrastructure-can-help-ford-build-a-great-self-driving-service-for-miamians-d1f6fccd0c14  
4: https://motional.com/news/motional-derq-partner-to-give-driverless-vehicles-a-birds-eye-view  
5: https://www.youtube.com/watch?v=V0RIwEFxV7I  

industry logistics

What’s In the Future for the Logistics Industry?

Without a doubt, technology has significantly turned the world into an online village. With just one click of a button, it is possible to shop for anything online and have it delivered to your doorstep.

While goods still need to be moved the same distance to reach a consumer, the logistics industry can benefit from adopting new-age logistics technology. From late to missed deliveries and even damaged goods on transit, numerous problems in the logistics industry continue to affect the delivery of goods negatively.

With technology, it is possible to streamline the delivery of goods. Technology adaptation in logistics can guarantee faster delivery processes, better handling of goods on transit, and reduced cost of operations for logistics companies.

Challenges facing the logistic industry that can be solved with technology

Planning logistics. Whether local or international, shipping can be time-consuming and comes with an increased risk of damage to goods. Many challenges affect the logistics industries. By analyzing these challenges, it is possible to determine which processes are worth automating.

A shift in customer desires

Every day, the demand for goods and services changes with top companies willing to pay top dollar for these numbers. Shifting customer desires influenced by reliable products recommendations affect the types of products on demand and the number of orders on these goods. Having this information can help companies reduce waste and dead stock. These changes can take place quickly, making it almost impossible to predict change in patterns.

Analytical technology can make it easier for a company to analyze trends and possible changes even before they happen.

Timely deliveries

One of the most significant problems for logistics companies is ensuring they meet customer delivery expectations. Natural factors, as well as management issues, influence how fast goods get to a consumer. Timelines are essential, especially for time-sensitive goods like perishable products. Technology can make it easier to speed up delivery queueing, thus ensuring timely deliveries for all orders based on time of ordering.

Security

While on transit, the safety of goods and products has always been a great source of concern for the logistics industry. However, security issues in warehousing can also have a negative impact on delivery. Loss or damage of goods leads to lost sales or higher refund rates. With adaptations of logistics technology, goods tracking while on transit and in the warehouse can significantly enhance security and reduce revenue loss.

Poor infrastructure

While it is easy for logistics companies to invest in bigger shipping containers, ensuring the goods get to the recipient in good shape is still a tall order, especially in developing nations where suitable infrastructure is not always available.

Future Trends in the Logistics Industry

As the logistics industry continues to grapple with the issues above, the only way to overcome them is by focusing on adapting trends set to shape the industry in the future. Adaptation of technology is the only way to address the issues affecting the industry by automating most of the processes for better service delivery.

Some of the trends expected to take place in the logistics industry include:

Increased Adoption of Transportation Management System (TMS)

While transport management systems are not new in the logistics industry, they are used mainly by big logistics companies because of the high cost of setting up. However, with the wider availability of cloud-based management solutions, TMS and SaaS applications are slowly becoming more common even in small and medium-size logistics companies. This way, they even the playing field so that small companies can compete for a larger market share.

Availability of Autonomous Vehicles and Drones

As technology giants like Apple and Google play with the idea of developing self-driven cars, Amazon hopes to use drones to deliver product orders to their customers. Tens of logistics companies hope to be the first to use technologically advanced delivery systems.

Autonomous vehicle and drone technology will streamline the delivery process while minimizing human contact with products. The use of self-driven vehicles is expected to help in cutting fuel costs while reducing labor costs.

Growth in the adaptation of Internet of Things (IoT)

Smart devices that use IoT are becoming increasingly common in most households, and now this technology can be used in the logistics industry. The Internet of things can make warehouse management and stock management more manageable. With the Internet of Things, it is easier for a company to know when they are running low on stock and the best time to replenish.

IoT can also be used to track goods on transit without necessarily having to be there during the loading process. It also makes it possible to know and when the goods reach the consumer in real-time. This can go a long way in reducing over or under-ordering or manufacturing.

Tracking using E-logging gadgets

While drone technology may change how goods are delivered, not everything can be delivered using a drone. Therefore, there will still be a need for truck delivery vehicles. The use of E-logging gadgets can improve accuracy and shipping time while improving security by logging the delivery routes.

Conclusion

Advancements in technology will undoubtedly change how logistics companies operate while giving room for better competition, even for smaller companies. While it may affect the human component of the business, the improved accuracy, faster delivery and better handling of goods will be an added benefit to the consumer and the industry.

carrier

The Top Best Practices for Carrier Management

Carrier management software in the fuel industry has come a long way. Its primary mission has always been to assign, manage, and review shippers and carriers. One year after the pandemic gripped the world– we are starting to see some trends and best practices emerge that enhance the overall industry.

Prior to the global crisis, many traditional carrier and logistics management systems still relied on manual activities, including paper systems, where shippers and freight carriers lacked access to real-time data, reporting and dashboards. The latency and lack of visibility amounted to higher costs and lack of efficiency. The old, outdated information made decision-making impossible. One of the biggest issues was that carriers could not plan accordingly for fluctuations, or other issues that might arise in an already unstable world of economic unrest, a global pandemic, an oil crisis or other fuel supply chain disruptions.

Many operators recognized the need for real change and to implement digital transformation. Changes to carrier management systems and platforms needed to occur in order to easily keep track of fuel surcharges, contract negotiations, on-time deliveries, fuel inventory and various other critical data. This also included receiving up to the minute access to information about hidden freight damage, driver courtesy, professionalism, and other relevant customer service standards.

Through the implementation of advanced technologies and data systems, shippers and carriers can have significant advantages — opening up new possibilities for collaboration, proactive planning and a potential overhaul to their freight management system. In an industry where every penny matters, there are several best practices for addressing carrier and logistics management – some technology-related, and some not. Let’s take a deep dive into some of them.

1. Invest in software: A good logistics solution can help predict demand and propose what quantities of each type of fuel should be delivered to each station; ensure that tanks don’t run out of fuel; make sure there’s product in each tank, and maintain a balance between products with high and low sales volume. A software platform can help you reduce friction and remove the barriers between operational groups with a single, connected solution. It can also provide one version of the truth by giving retailers, wholesalers, and carriers access to the same system and the same data.

2. Gain real-time visibility: Real-time visibility gives carriers all kinds of advantages such as access to load or freight boards. A load board is an online marketplace where truck owner-operators, shippers, and freight brokers can post and search for loads to keep freight moving. If operators have extra capacity, and somebody has a scheduled load that they need to get picked up, and you’ve got capacity, you can jump on that load board and get a hookup and then haul that load of fuel. Real-time visibility also allows you to know where your fleet and fuel are at any time – making it easier to tag team on other issues that might arise and manage issues such as inventory, forecasting, sourcing, and dispatching.

3. Know the news: What is happening around the world can often significantly impact carrier management. A natural disaster, such as a snowstorm in Houston, could impact the timing that fuel is being delivered when operators can buy or get deliveries, or even what prices fuel is being purchased. Just a few months ago, Texas fuel marketers reported adequate supplies of gasoline but slow distribution as severe winter weather gripped the state. The icy roads and below-freezing conditions led many fuel marketers to keep drivers who were responsible for the last leg of fuel distribution safe.

4. Understand safety: Know the safety requirements that are designed to allow a carrier to haul loads. Operators need an appreciation that there’s a huge legal liability for hauling fuel. The average load of fuel is about 7,000 gallons. That is a lot of fuel, and if safety measures are not followed, this could cause a lot of damage. Carriers that are hauling and delivering fuel need to make sure to put fuel in the tank in the right way, fill out the paperwork correctly, and have general respect and appreciation for how complex and dangerous their job can be. Using tools such as electronic logging devices (ELD) will help manage and monitor driver and fleet compliance, simplify driver workflows, increase safety and provide real-time visibility to streamline operations. This keeps drivers safe, keeps the fleet compliant, and keeps the business efficient. Dashcams also provide safety for drivers — improving driving behavior, guarding against accidents, and providing valuable evidence if an accident occurs. Using built-in artificial intelligence and infrared can detect road hazards and driver distractions too.

5. Communicate often: Have regular meetings to review the data so improvements can be made if necessary. Regular meetings with carriers, not just when things are challenging or if issues arise, can help address issues that might come up, such as frustration over an awkward tank placement at one location or difficult deliveries in a congested, big city like New York. There might be extenuating circumstances at some locations, but with open communication, solutions can be figured out together. About 15 years ago, many organizations owned their own drivers, carriers, and tanks. That has since changed. Now, the majority of fuel delivery services are contracted. Having a close relationship with the third-party delivery service is critical to success.

6. Identify Strengths: Figure out what a carrier does very well such as inventory management for difficult sites (e.g. tight delivery windows, split deliveries, etc.), and celebrate those strengths. Use the experience to inform and coach other carrier relationships. Maybe a carrier has smaller trucks and can fit into those tight urban locations. Through identifying these issues, a transparent relationship can be formed.

7. Update score cards: Create and maintain a carrier scorecard. Carrier scorecards outline how a carrier performed over time. If a carrier missed the delivery window, picked up the wrong product, didn’t get the paperwork in on time, or missed paying the bank, it can all be captured in one place. That way, an operator has all the complex information about that carrier in one location, and it is simple to determine what carriers are working out and which ones need to be replaced. It is critical to know how your carriers are performing because this can impact customer satisfaction, branding and costs. All of these issues can potentially cause substantial lost dollars for an organization. The score card can also help an operator understand what they need to improve to make the delivery and the relationship more successful.

In Conclusion: The relationships with your carriers are critical to the success of your business and can clearly impact your bottom line – especially as the industry continues to move more towards working with third parties. We believe the entire transportation industry should have access to high-quality, data-driven technology to develop carrier excellence. Technology and communications can be the foundation of all of these best practices.

3PLs

THE TOP CHALLENGES 3PLs FACED DURING THE PANDEMIC—AND THEIR SOLUTIONS

Prior to the COVID-19 pandemic, companies were increasingly relying on 3PLs to manage their supply chains, largely thanks to the steady rise in e-commerce and the impact of the digital marketplace on traditional brick and mortars. However, no one could have predicted the disruption of 2020, as retailers scrambled to move an unprecedented amount of goods quickly and safely in response to consumer demands. In fact, the Institute for Supply Management reports 97 percent of companies have been impacted by supply chain issues caused by COVID-19.

The pandemic forced companies to reevaluate their entire supply chains almost instantaneously to successfully adapt and meet the demands of the changing environment. Because of this, the use of 3PLs rose to the forefront for many brands in 2020 as they looked for strategic, critical guidance to best meet the challenges of the day.

Approximately one year into the pandemic, now is an optimal time to reflect on the top challenges that faced 3PLs during this period and the solutions that will continue shaping our industry in 2021 and beyond.

Problem: Pre-Pandemic Labor Shortages Escalated

The labor shortage is not a new challenge, but one that was exacerbated by COVID-19. Pre-pandemic, the steady rise in e-commerce was creating significant labor issues. In fact, CBRE reported e-commerce created demand for an additional 452,000 warehouse and distribution workers in the U.S. between 2018-2019.

On the transportation side, the driver shortage is ranked as the No. 1 industry concern, according to the American Transportation Research Institute. This is largely due to the higher-than-average age of the existing workforce (46 years old) and the subsequent impact upon exiting for retirement without having younger recruits to fill the void.

With these challenges already facing our industry, the pandemic took them to new heights as more workers were needed to accommodate the massive uptick in shipping volumes due to e-commerce. COVID-19 also presented new considerations, such as rising wage pressures due to the pandemic’s economic, political and public health challenges, as well as older drivers opting for early retirement out of safety concerns.

Solution: Incorporate Automation Advancements 

Automation is increasingly being utilized as a solution to help manage labor shortages. From a warehouse perspective, this means more frequent use of automated guided vehicles, goods-to-person robotics picking, and automated racking and shelving techniques to improve efficiency and cost-competitiveness.

GEODIS recently conducted a beta test at a distribution facility in Indianapolis to pilot the increased use of robotics in its warehousing efforts. Using 21 robotic units that offered an autonomous and smart-picking solution, a leading women’s apparel brand saw a 100 percent increase in operational efficiency. This is just one example of how automation can increase efficiencies and address labor market concerns. 

While automation has largely taken off within warehousing, we expect to see strides moving forward to specifically address driver shortages. 2020 was filled with exciting advancements in this realm, and we will continue to see innovative solutions like autonomous vehicles and drone delivery enter the market at a greater rate.

Problem: Capacity Shrank While Demand Surged

In 2020, the traditional peak season came and never left from a volume perspective. But while demand surged, capacity evaporated. As more than 50 percent of air freight is transported via cargo holds of passenger planes, capacity plummeted as flights were cancelled. For ocean freight, the lack of goods primarily out of Asia created a ripple effect that was felt globally. All the while, road shipments faced capacity issues due to skyrocketing e-commerce orders coupled with ongoing labor shortages.

The capacity constraints in the parcel delivery network were particularly a shock to the system for many in 2020, which was largely a byproduct of this acceleration in e-commerce. According to Transportation Impact customer data, parcel volume was traditionally 60 percent commercial and 22 percent residential prior to COVID-19. During the pandemic, this ratio drastically flipped with 40 percent being commercial and 46 percent residential. While delivery networks were previously accustomed to moving a large amount of goods with fewer stops, the process was reversed and created an immense strain on the current infrastructure.

Solution: Rethink Delivery Strategies

Due to the capacity constraints we saw in 2020, 3PLs will need to incorporate more diverse delivery strategies moving forward. For example, a solution for small parcel delivery issues is to build an expansive network that includes multiple international providers. By building and leveraging the network, it provides 3PLs the opportunity to identify the best small parcel provider to use in real time for its customers based on current capacity and shipping needs.

Air cargo delivery will be an interesting area to watch moving forward, as we continue to provide solutions that will help us solve 2020 challenges. Because of the increase in e-commerce, 3PLs will have more strategic control over flight patterns. For instance, GEODIS recently expanded AirDirect services to add a weekly flight from Shanghai to Guadalajara. 

Problem: Unpredictable Buying Patterns

In 2019, online retail sales in the U.S. amounted to $343.2 billion. By 2024, this is projected to skyrocket to $476.5 billion. 

The pandemic led to unpredictable buying patterns as consumers shifted away from brick and mortar stores to e-commerce platforms. While top e-commerce categories prior to COVID-19 were consumer electronics and apparel/accessories, the pandemic created an entire new demand for the type of goods being purchased online. In particular, demand for essential items such as groceries and health products grew in numbers we hadn’t seen before.

One of the biggest challenges of the pandemicand one that will remainwill be anticipating consumer buying patterns moving forward. Brick and mortar sales will increase as vaccines are more widely distributed, and we will see a new ratio of in-person to e-commerce shopping. The convenience factor of buying online is here to stay, but the question remains what the scale will be.

Solution: Accelerate Digital Technology

While it’s impossible to pinpoint consumers’ future buying patterns, the adoption of new technology by 3PLs will help brands build resilience. For instance, providing real end-to-end visibility will be imperative moving forward. By offering a robust “control tower” that integrates complex operational systems across all modes of the supply chain in one streamlined view, companies can best track and trace shipments, strategically manage inventory, and overall receive transparency that leads to faster and smarter decision-making.

Additionally, we will see innovative technology that offers solutions to move products closer to the end customer. For example, GEODIS recently released a new digital platform, City Delivery, that enables retailers to deliver goods directly to consumers from the closest retail store in just a few hours thanks to a combined delivery network of traditional carriers and private individuals. We will continue to see new technology that revolutionizes last-mile delivery, particularly in the urban environment, as e-commerce buying trends continue in some capacity.

Looking Ahead

No one knows what challenges lie ahead, but 2020 offered lessons to 3PLs we will take with us moving forward. Due to the pandemic’s spotlight on supply chains, we expect companies will increasingly leverage 3PLs as strategic, solutions-minded partners that will help protect and enhance their operations in the face of any challenge. By incorporating lessons learned during the pandemic, we will be best equipped to provide the solutions needed to support their growth moving forward.

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As president and CEO of GEODIS in Americas, Mike Honious is responsible for freight forwarding, transportation management, business development, strategic management office, legal, accounting & finance, human resources, engineering & technology, ProVenture, shared service center and IT. He previously was the COO of GEODIS in Americas, and before starting with the company 15 years ago, he held several senior level operations positions at Gap, Inc. 

car

The Most Car-Dependent States

Car travel is a uniquely American obsession. Part of this fact is practical reality: in comparison to most other developed nations, the U.S. has a land area that is larger, cities that are less densely populated, and mass transit infrastructure that is less robust. As a result, the ability to travel by car is almost essential for getting around, and by most metrics of car usage, the U.S. outpaces its international peers.

But cars and road travel also occupy a special place in the public imagination, often associated with American ideals of freedom and exploration. The idea of being able to go anywhere at any time in America’s vast landscape is a powerful one. And this as much as cars’ utility in the U.S. has helped fuel high levels of car travel over the last century.

Americans’ car fixation can be seen in data from the Federal Highway Administration. Since 1960, the rate of growth for vehicle registrations has vastly outstripped the rate of growth of the population. Initially, some of that trend could be attributed to rising economic prosperity and the growth of car-centric suburban communities in the postwar era. But now, the total number of registered vehicles in the U.S. exceeds the number of licensed drivers—by more than 50 million. This indicates a high number of multi-car households and even multi-car drivers.

With the increase in vehicles on the road comes more miles traveled. For the most part, the total number of miles traveled has also been on an upward trajectory over the last half-century, reaching a peak in 2019 at 271 billion vehicle miles traveled. COVID-19 has represented a major aberration, however: 2020 saw a 13% decline in miles traveled, the largest year-over-year decline on record. The pandemic led to job losses and a mass transition to remote work, which reduced commutes, while shutdowns and the need to social distance put a dent in tourism and travel for leisure purposes. It remains to be seen whether shifts in work and commuting patterns will have lasting effects on miles traveled or if 2020 proves to be an outlier.

It is clear that for some states, car travel is not going anywhere anytime soon, regardless of the pandemic’s long-term effects. Many of the states where people drive the most miles are rural and not densely populated, so their use of cars is a necessity. The national leader is Wyoming—the nation’s second least densely-populated state—with more than 24,000 miles traveled per year per licensed driver. At the other end of the spectrum, Rhode Island is the second most densely-populated state and the state with the smallest land area, which both contribute to its low levels of driving.

Vehicle-miles traveled is one strong indication of how much states depend on cars, but it is not the only one. Other indicators can reflect how common vehicle ownership and travel are in a state’s households. To find the locations most dependent on cars, researchers at Copilot used data from the Federal Highway Administration and the U.S. Census Bureau to develop a composite measure based on the annual vehicle-miles traveled per licensed driver (40%), the average number of vehicles per household (30%), the number of licensed drivers per 1,000 residents in the driving age population (15%), and the proportion of working adults with at least one vehicle available (15%).

Here are the most car-dependent states.

State Rank  Composite score Annual vehicle-miles traveled per licensed driver Average number of vehicles per household Licensed drivers per 1k driving-age population Proportion of working adults with at least one vehicle available

 

Alabama    1     87.8     17,817 1.09 1,022 97.8%
Montana    2     81.4     15,880 1.00 938 98.1%
Wyoming    3     78.7     24,069 0.83 923 98.5%
South Dakota    4     74.0     15,541 0.95 925 97.9%
Georgia    5     66.2     18,334 0.89 864 97.0%
Utah    6     65.7     15,516 0.89 892 98.1%
Nebraska    7     65.0     14,846 0.84 947 98.2%
Kentucky    8     64.0     16,305 0.94 847 97.3%
New Mexico    9     63.3     19,157 0.80 865 97.9%
Missouri    10     63.1     18,521 0.83 868 97.3%
Idaho    11     61.9     14,417 0.91 901 98.3%
Iowa    12     61.9     14,745 0.94 906 97.5%
Indiana    13     61.8     18,024 0.84 859 97.1%
Delaware    14     61.7     12,609 1.12 1,024 97.2%
South Carolina    15     61.6     14,941 0.87 932 97.5%
United States    –     N/A     14,263 0.87 868 95.7%

 

For more information, a detailed methodology, and complete results, you can find the original report on CoPilot’s website: https://www.copilotsearch.com/posts/the-most-car-dependent-states/

batteries

Is There a Shortage of Lithium-Ion Batteries?

The wider availability of electric vehicles has played a major role in getting more people interested in them. However, analysts warn that a lack of lithium-ion batteries could stifle the surge in electric vehicle adoption.

Here’s a closer look at the matter and some details about the possible associated issues that could affect fleet owners.

Rising Electric Vehicle Usage Causes Elevated Materials Demand

The electric vehicle has experienced recent success that seems unlikely to wane. For example, a global electric vehicle report confirmed there were 2.1 million electric vehicles sold in 2019, which surpassed the previous year’s numbers by 6%.

However, the interest in those automobiles has been far more long-term. The report clarified that there were only 17,000 of them on the world’s roads in 2010. The total soared to 7.2 million by 2019.

Another section of the report goes into the materials required to make batteries for electric cars. The cars sold in 2019 required an estimated 65 kilotons of nickel, 22 kilotons of manganese, 19 kilotons of cobalt, and 17 kilotons of lithium.

However, the report estimates those amounts will rise substantially by 2030 due to ongoing interest in electric vehicles. More specifically, it could increase to at least 925 kilotons of class I nickel, 185 kilotons of lithium per year, 180 kilotons of cobalt, and 177 kilotons of manganese.

A Heavy Dependence on Imports

Most analysts agree that there is not an immediate shortage of lithium-ion batteries, but concerned parties should respond quickly to mitigate the possible effects. One reality is that many nations, including the United States, rely heavily on China to supply battery materials.

A February 2021 executive order from The White House involves looking at current supply chain risks in the United States, then exploring measures to tackle those issues. Batteries were not the only goods mentioned in the document, but the content specified examining concerns associated with critical metals.

Estimates suggest that China accounts for between 70% and 77% of the world’s rare earth elements. Moreover, that country owns most of the processing facilities, even if the source material comes from other places.

As recently as 2019, people became particularly concerned about those realities when tensions rose between the U.S. and China due to a trade war. Experts suggest that building more battery factories in the U.S. is an actionable strategy for lessening the nation’s need for Chinese exports.

That approach would also mean the batteries could travel shorter distances. Shipping the batteries from overseas requires the appropriate risk mitigation strategies, such as transporting them in explosion-proof refrigerated containers.

Domestic manufacturing makes sense, but it’s also not a quick strategy. Since the anticipated lithium-ion battery shortage hasn’t happened yet, there’s still time to figure out what to do when it does. Building factories will likely become part of a multipronged strategy.

Electric Vehicles Make Sense for Fleet Owners, Study Suggests

Outside of the threat of a battery shortage, other factors may cause commercial fleet owners to balk at the prospect of upgrading to all-electric models. However, a recent Berkeley Lab study illustrated some of the potential payoffs.

For example, researchers used current battery cost data and calculated that an electric long-haul truck gives a 13% per-mile decrease in ownership costs compared to the same kind of vehicle that uses diesel. The team also confirmed that electric fleet owners could achieve a net savings of $200,000 over a truck’s lifespan.

They confirmed that aspects like battery price drops and more aerodynamic designs for commercial trucks could slash the per-mile ownership costs by as much as 50% by 2030. The researchers believe that a significant shift from diesel to electric-powered fleets would cause a major reduction in greenhouse gas and particulate matter associated with the transportation sector.

A Battery Shortage Could Increase Buyer Costs

Electric commercial vehicles are still in the minority. It could take a while before that changes, but adoption rates should rise as more decision-makers see examples of successful electric commercial vehicle usage.

Analysts point out that electric vehicles could become about $1,500 more expensive if nickel prices eventually reach a historic high of $50,000 per tonne, though. That possibility could discourage fleet owners if they don’t take overall cost reductions into account.

Elsewhere, a 2019 study of American adults found that 60% cited high upfront costs as a negative aspect of electric vehicle purchase. Relatedly, 84% did not know whether their state offers incentives to offset those buying decisions. Promoting the availability of such programs could make electric vehicles more attractive.

Manufacturers Grapple With Assorted Supply Chain Challenges

Recent coverage also indicates that dealing with lithium-ion battery shortages could be more complicated than it first seems. Contrary to popular belief, there is not a lithium shortage, but rather a surplus. More specifically, Australia, which is among the top producers of lithium, has approximately double the number of mines now as in 2015.

However, certain places — such as the United States — have a lithium shortage compared to other nations. While the U.S. has small lithium deposits in California, they’re much smaller than those in South America and Australia.

A cobalt shortage is a more pressing concern, especially since most of it comes from the Democratic Republic of Congo. Cobalt is one of the most expensive components in an electric vehicle battery, and research suggests there’s not enough mining and processing capability to meet growing demands for it. This example shows that a cobalt shortage could relate more to the capacity required to reach the resource rather than the scarcity of the material itself.

A Dramatic Scaling of Resources

Celina Mikolajczak, vice president of battery technology at Panasonic Energy of North America, noted that lithium-ion battery technology features in numerous consumer devices. However, it’s not at the level required for electric vehicles.

She pointed out that whereas a laptop battery has a dozen cells, one for an electric vehicle has thousands. “How do you quickly scale an industry by 100 times?” she asked, before clarifying, “You need more raw materials, the skilled talent, and machines to extract the raw materials, the factories to process the raw materials into cell components, and then the factories to turn those components into cells.”

A related issue is that the parts required for a car with an internal combustion engine are not the same as those for an electric automobile. Electric vehicles have fewer parts, and the differences mean that a manufacturer could not swiftly pivot to making them after formerly producing autos with engines.

A strategy deployed by companies like BMW and Volkswagen is to invest in battery technology companies. Doing that could give them better access to emerging technologies compared to competitors that didn’t provide such support. That could prove crucial for business models concerning batteries made with more widely available resources. Tesla took another approach by entering long-term agreements with suppliers. Such arrangements allow better pricing.

A Complex Matter

A lithium-ion battery shortage could affect consumers and manufacturers alike, albeit in different ways. The main takeaway for the present is that it’s not a current crisis but a looming one. Plus, there’s no single, straightforward way to tackle it.

Thus, fleet owners who are interested in future electric vehicle investments should plan for the possibility of increasing their budgets to accommodate increased upfront costs. Relatedly, it’s wise for them to stay abreast of the manufacturers that have taken proactive steps to cope with a future battery shortage. Planning now should reduce the possible ramifications later.

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Emily Newton is an industrial journalist. As Editor-in-Chief of Revolutionized, she regularly covers how technology is changing the industry.

supply chain issues

What Warehouses Can Do to Minimize Supply Chain Issues

While the integral Suez Canal supply channel is no longer blocked, other supply chain issues remain. In fact, according to a recent report, 24 container ships – with a combined maximum carrying capacity nearly 10 times that of the Suez Canal ship – were recently anchored off the coast of Los Angeles and Long Beach holding up millions of dollars worth of cargo.1 While both instances of bottlenecks took place within days of each other, these traffic snarls are not the primary culprit of clogged supply chains. 

While shipping and data today are an important part of building successful logistics operations, these areas alone cannot solve real-time supply chain issues. If logistics operators and organizations don’t have the proper visibility into their warehouse data and operations, they are unable to make quick changes in response to supply chain snarls and backlogs. The lack of complete end-to-end visibility was also a reason so many manufacturers and suppliers suffered during the pandemic.2 Unfortunately for many organizations, this real-time visibility gap starts in the warehouse. 

Bridging the Gap Starts in the Warehouse

Various factors are being blamed for the recent supply chain disruptions – the size of ships and containers, congestion at the ports, and how narrow the canal channels remain. In fact, the Port of Los Angeles in North America is one of the busiest channels, but can’t regularly receive 20,000-container vessels due to the lack of infrastructure.3 Even so, fixing any one of these factors will not truly solve the primary causes of supply chain backlogs. 

Enhanced visibility technology into the warehouse, yard management and labor resources is yielding both time and cost savings for companies dealing with supply chain backlogs. For example, real-time access to data to determine which trucks have been sitting and for how long has become key to prioritizing and assigning tasks within the distribution center to improve customer fulfillment, minimize risks, and avoid costly and unnecessary fees. But without real-time visibility into the yard, appointments can get de-prioritized, delayed or missed. The warehouse is the heart of the supply chain, yet very few end-to-end tools are solving the problems of warehouse visibility and labor management. 

Shifting Supply Chain Strategies

While the warehouse is already the most technologically advanced area of the supply chain, it’s the transportation network within the supply chain that usually incorporates real-time data tools, leaving a massive gap in end-to-end supply chain visibility. Most operations find that there are simply too many data points and too much information to process to create real-time views that don’t time out and that are actionable when distribution teams need to make point-in-time decisions. Warehouse data without science is just noise, and analytics without actionable insights is just a spreadsheet. Shifting the strategy to fill the gap includes a series of industry-standard KPIs, live operations views, productivity metrics, inventory visibility, and labor management that’s actually helpful to enhance Warehouse Management Systems (WMS) already in place.  

As evidenced with the recent blockages, the impact of this lack of real-time warehouse visibility on the global supply chain is still in critical condition. What’s more is that even without substantial issues like canal blockages or a global pandemic, the supply chain regularly suffers from thousands of “mini disruptions” that both distribution operations and customers end up suffering from as a result.4 Without supply chain visibility tools for the warehouse, manufacturers, and suppliers suffer the same consequences from that of a channel backlog or global pandemic, but on an ongoing and daily basis.  

Supply chain executives must incorporate real-time warehouse visibility in their end-to-end supply chain optimization strategies to increase overall distribution efficiencies and reduce risks associated with problems from within the warehouse that arise not only from blocked canals, but from unseen blockage within their own four walls.  

________________________________________________________________

Alex Wakefield is the CEO of Longbow Advantage with over 20 years of experience in supply chain technology and implementations including leadership roles at IBM and Blue Yonder (formerly JDA/Red Prairie). His focus is on enabling distribution teams to better manage, leverage and action their data across the supply chain through the use of Rebus, the only real-time warehouse visibility and labor platform purpose-built for the supply chain.