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Metal 3D Printing Alleviating Supply Chain Weaknesses Exposed by Pandemic

3D printing

Metal 3D Printing Alleviating Supply Chain Weaknesses Exposed by Pandemic

The COVID-19 pandemic has exposed weaknesses in the global supply chain, and 3D printing is helping to fix the problem – transforming manufacturing in the process.

Supply chain disruptions were up 67 percent year-over-year in 2020, with those caused by the pandemic accounting for the most damage, according to an annual report from supply chain risk monitor Resilinc. A year and a half into this unprecedented period and we’re reaching an inflection point that’s reverberating across the world in the form of supply shortages and delays for key components. Companies’ earnings are being hit by supply chain delays.

So many businesses have found themselves uncomfortably exposed to supply chain risks outside of their control, which has delayed the release of products and led to soaring prices weighing heavily on their bottom lines. The pandemic has driven home the need for manufacturing solutions that can be more easily managed and scaled internally.

As metal 3D printing has gotten more ubiquitous and affordable, with companies capable of printing everything from medical tools to auto parts, there’s opportunity for businesses to lessen their reliance on the fragile global supply chain. By manufacturing components closer to home through additive manufacturing, companies can shift to a more localized, on-demand method of manufacturing. They can save time, money and return jobs from offshore sites.

Companies like 3DEO, a leader in mass production of metal 3D printed parts, introduced the Manufacturing Cloud and additive printing technologies enable OEMs to keep closer tabs on their production lines so that they can respond in real-time to fluctuations in demand, thereby circumventing the external risks affecting supply chains. By tweaking product development through an integrated platform, companies are able to quickly shift logistics to better address the rapidly evolving situation on the ground. This is particularly important when dealing with a product that has a lot of different metal components, which are oftentimes sourced from around the world.

Some companies in 2020 and 2021 found themselves having to delay entire product launches and shipments because of a single component caught in the clog of the supply chain. 3D printing technologies offered a way out, so they could get back to business faster with competitive pricing that differentiated them from the competition. 3DEO has scaled metal 3D printing to unprecedented levels, and even competes with traditional manufacturing like CNC machining and metal injection molding, even in high production volumes. The company shipped its millionth production part in July, saving many of its customers from these supply chain woes.

Companies that have started to make the shift to additive manufacturing in recent years are reporting huge time and money savings. Ford began testing large-scale 3D printing of certain car parts in 2017 and says rapid manufacturing has changed the way its engineers develop and test cars by reducing the burden of sourcing required components. What once took four months and $500,000 to produce and source a prototype, now takes just four days a few thousand dollars through 3D printing. “You can come up with a really optimized part at the end of the day,” says Paul Susalla, section supervisor of Rapid Manufacturing at Ford. “That’s all because of the speed with which we can produce the prototype parts without tooling.” These aren’t just irrelevant car parts, either; they’re quality. Some of Ford’s 3D-printed components have garnered hundreds of thousands of miles and crash-tested at 70 mph, which the automaker says has resulted in higher-quality vehicles at a more affordable price point.

Being able to produce components at home helps shift to a more on-demand mindset, which is crucial when responding to day-to-day fluctuations in needs. It also helps a company save money, both through reduced time requirements and costs for shipping and storage of spare and rare parts. Shifting from mass production in cheap, foreign places to local on-demand assembly hubs fueled by new metal 3D printing technologies, manufacturers can produce only what they need. Data from DHL shows that hundreds of millions of spare parts for products as diverse as cars to watches and x-ray machines are stuck in storage at any given time across the world. Some of these are rarely used and may never be needed, which is a costly burden that builds inefficiency into a company’s supply chain. Case studies estimate that the actual share of excess inventories can sometimes exceed 20%, with inventory supplied and stored with no guarantee it will ever move off the shelf. Additive manufacturing can help eliminate that risk by shifting to an as-needed production model, so that they’re only produced upon proof of demand.

The future of manufacturing is on-demand and real-time. For example, 3DEO’s Manufacturing Cloud allows real-time scaling to meet evolving needs. Companies can quickly scale up or wind down in real-time depending on normal fluctuations because they maintain total control of the additive manufacturing process, enabling them to adapt more efficiently thereby increasing competitive advantages with time and cost. Mass disruptions in the supply chain, such as those caused from the COVID-19 pandemic, directly correlate with price increases. Companies that bring component manufacturing in-house through 3D printing are able to produce items faster and more affordably, reducing those risks and undercutting competitors still handcuffed to traditional manufacturing. An MIT analysis suggests that 3D printing could reduce total supply chain costs by 50-90% as production moves from make-to-stock offshore facilities that require a heavy reliance on freight to make-on-demand facilities located closer to the final customer.

Additive manufacturing solutions represent a new kind of industrial revolution at a time when the supply chain’s weaknesses are directly imposing on company operations. Vast savings in the form of time and money are rewarded to those willing to shift to a 3D printing methodology. New efficiencies in the supply chain can be unlocked, minimizing risk factors like COVID-19.

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About the Author: Matt Sand received three bachelor’s degrees from Tulane University in Computer Science, Mathematics, and Political Science. Upon graduation, he joined the U.S. Air Force as a Communications Officer. While stationed at Edwards Air Force Base in California, Matt ran a team of 23 and was responsible for all core IT services. Matt then received his MBA from UCLA Anderson with a focus in entrepreneurship. Soon after graduating, he co-authored a book, The Agile Startup, with a professor of entrepreneurship. The book was published by Wiley & Sons in 2013. Since receiving his MBA, Matt has played a variety of roles across the entrepreneurial ecosystem. He has founded or co-founded several startup companies, invested in early-stage companies at two Southern California-based venture funds, taught entrepreneurship courses at UCLA and LMU, and consulted with dozens of innovative companies of all sizes.

automation

Infographic: Coyote Study Shows COVID-19 Impact on Supply Chain Automation

To better understand how shippers and carriers are integrating technology into their operations today, and where they are investing for the future, Coyote Logistics conducted an in-depth research study in 2019.

Following a shift to digital adoption never seen before driven by the pandemic, Coyote revisited the topic in 2021.

This two-part infographic series outlines trends in supply chain automation based on feedback from over 850 global supply chain leaders. Below is part two with the remaining trends.

supply chain

Infographic: Supply Chain Leaders Weigh in on Ideal Balance of Tech and Human Expertise

To better understand how shippers and carriers are integrating technology into their operations today, and where they are investing for the future, Coyote Logistics conducted an in-depth research study in 2019.

Following a shift to digital adoption never seen before driven by the pandemic, Coyote revisited the topic in 2021. This two-part infographic series outlines trends in supply chain automation based on feedback from over 850 global supply chain leaders. Below is part one with four of the top trends.

fulfillment

Key Considerations for an E-Commerce Fulfillment Model

More and more people today are choosing to do their shopping online. The first quarter 2021 e-commerce estimate increased 39% from the first quarter of 2020. Whether it is ordering groceries ahead of time for pickup, tapping an ad on Instagram and buying those sunglasses that caught your eye or a monthly subscription for razors that shows up like clockwork, all of these products begin somewhere. In turn, each of these “somewheres” reach their consumers through their own unique fulfillment model.

By 2023, retail e-commerce sales are expected to account for $740 billion in revenue, up approximately 58% from 2017, according to a Statista market study. If you are a consumer, this may not fully interest you. You might say, “So what? I click a button and the things I want arrive when I need them to.” However, if you are someone in the infancy of starting a business, or if you have an established business that you would like to expand via online sales, creating and maintaining an efficient fulfillment model can be a challenge you grapple with every day.

No two fulfillment models are the same, nor should they be. What works for one retailer may not be effective for another. However, regardless of industry, product or business size, many of the considerations involved in designing an operation are similar. This article will explore what those considerations are, why they are important and how any business can transform their customer engagement through a fulfillment model that evaluates options for insourcing or outsourcing operations, considers strategic investments in supply chain technology and leverages supply chain best practices.

INSOURCING VS. OUTSOURCING FULFILLMENT OPERATIONS

Prior to the emergence of widespread retail e-commerce, fulfillment was a relatively straightforward process. Companies manufactured or procured their products, which were then warehoused in a location with viable transportation routes to their points of sale before eventually being shipped wholesale and stocked at brick-and-mortar retail stores for consumers to purchase. So, what changed? In this simplified example, the biggest shift is that now instead of retailers or company-owned stores accounting for the largest share of orders to the warehouse for fulfillment, this volume is coming from the individual consumer. That said, what has enabled this shift to occur? Well, the answer to that question is multi-faceted. Again, keeping things in a simplified view, this change has largely been driven by an overall decrease in shipping-related costs and expanding technological capabilities that increase the speed of the fulfillment process.

The shipping industry has drastically changed in the last 20 years, with outsourced and third-party logistics (3PL) providers significantly contributing to this reduced-cost trend. According to an Acumen report, the global third-party logistics market is expected to grow at a CAGR of around 7.5% from 2021 to 2028 and is expected to reach a market value of around US$ 1,800 billion by 2028.

Shippers continue to report a reduction in logistics costs by utilizing these outsourced services. What is their secret? Primarily, two factors—scale and technology. Scale, in this sense, means that a wide variety of products from various retailers can be stored and shipped from the same location. This increases truck capacity utilization from the 3PL facility (middlemen) to the shipping hubs that handle last-mile delivery to the consumer. The more a truckload can be fully utilized, the lower the shipping cost per individual item.

This principle applies to every retail operation. If you have an emerging business and want to reduce the cost of reaching your customers, partnering with a 3PL service may be a great option. This would allow a company to take advantage of the 3PL’s scale and technology, for a fee, and to tap into a wider consumer market for less than it would cost to internalize their logistics. Similarly, 3PL partners can be advantageous from a time-to-value perspective. By providing a pathway to quickly spin-up and initiate customer engagement via e-commerce distribution, a 3PL partner can provide scale and reach faster than internalizing. However, this time and cost equation changes as sales volume increases. If a company continually achieves a high sales volume, and can afford to implement a lengthier planning horizon, moving to an internalized operating model may be the better option.

This is where understanding and applying the technology utilized by logistics industry leaders, along with adhering to best practices for warehousing and distribution, become critical to a business’s success. On the other hand, if a company does not meet the sales threshold where partnering with a 3PL is advantageous, options certainly exist to improve fulfillment speed, reduce costs and grow an operation by adopting these technologies and best practices on a smaller scale, all while keeping retail operations independent.

TECHNOLOGY

For any operation that desires growth, investing in and improving the technology used to conduct business is a great place to start. This is especially true in a world where anyone who is a maker, creator or inventor can turn ideas into profits by simply creating a website marketplace using common services such as Shopify or Squarespace. Entry into the e-commerce space has never been easier. It is, however, difficult to know what to do next when the sales orders start piling up.

Is too much success a bad thing? Of course not. However, as a retailer, the obligation to customers is to provide them with the products they purchase in a timely manner while reducing defects and incurred costs as much as possible. It sounds simple but gaining brand popularity and maintaining it are two different things. The former is largely based on marketing or innovation while the latter is predominantly due to a high level of organization and business efficiency.

Systems

Let us revisit our scenario mentioned at the end of the “Insourcing vs. Outsourcing” section. In this example, consider a retailer that has introduced an innovative product or brand to the e-commerce market, and sales are taking off. The success is there, but what do you do next to improve organization and efficiency? First and foremost, getting a grasp on inventory and understanding the product movement within the “four walls” of your operation will prove critical to the long-term success of the business. This is where a warehouse management system (WMS) can help. In years past, the acronym WMS has been synonymous with large-scale, highly sophisticated and automated operations. Today, however, this landscape has changed significantly. Gone are the days of high start-up costs and expensive on-site equipment with an army of consulting resources to get a basic WMS up and running. Those kinds of deployments are now predominantly reserved for the most sophisticated large-network fulfillment businesses where subject matter expert resources can provide their highest value.

So why adopt a WMS? A warehouse management system should be thought of, to use a computing analogy, as the “operating system” for your fulfillment business. It can funnel in orders that you receive from your e-commerce web portal and manage workflow—from directed put-away of product to batch picking orders—with the goal of timely fulfillment to consumers. It can track inventory from receipt to storage and replenishment to sale. Furthermore, it will function as the nucleus of your operation where additional systems and technologies can be built out to continue enhancing operational capabilities. These additional systems may eventually include a transportation management system (TMS) for optimized truck-load planning and parcel shipping, a labor-management system (LMS) for improving workforce engagement and order management or distributed order management system (OMS/DOM) for managing various order streams coming from multiple points of sale.

The WMS can even serve as the basis for attaching automation components such as a warehouse controls system (WCS) or warehouse execution system (WES) for use with conveyor, robotics, sorters or storage and retrieval systems. According to a study by APQC, organizations utilizing a WMS spend roughly $3.63 less per $1,000 in revenue across the entire logistics process than those not using a WMS. This may not appear to be much, but as revenue increases, these savings do as well. Likewise, the efficiency gained by implementing a WMS can result in significantly higher-order accuracy rates and reduce the overall number of expedited orders shipped, further lowering overall shipping costs for a seller.

Low-Cost Options

The core function of a WMS is to better manage the flow of goods within an operation by increasing organization, with the thought being that a high level of organization leads to increased efficiency. This is something any operation, big or small, can take advantage of. Vendors today are providing system options for all sizes of fulfillment businesses. On the smaller side, vendors such as Systems Logic’s “Wireless Warehouse in a Box” and Ship Hero’s suite of products provide excellent cloud-hosted and subscription software options for a quick, easy and affordable deployment.

Additionally, these products incorporate direct one-click integrations to many common sales channels for immediate organizational benefits while also providing a foundation for future technological enhancements that may be desired. According to the company FAQs for both vendors, typical setup time for a system of this type is roughly one week but can depend on several factors. These variables can include the size of the product catalog that needs to be loaded in, the number of sales channel APIs you would like to connect and the extent to which you would like to custom configure certain aspects of the product. Notably, purchasing a WMS and utilizing it for fulfillment within one to two weeks should appeal to any seller that views organization and efficiency as primary drivers for the future success of their business.

Mid-Tier Options

On the mid-level side—keeping the cloud-deployed and subscription basis requirements—many players have forayed into this market providing a wide array of capabilities and advantages. Some vendors in this space have begun to incorporate controls systems, labor and order management modules, KPI dashboards and reporting, as well as additional configuration options. Other capabilities of these products include multi-site and multi-tenant deployments, lite-kitting and build-to-order needs, and space-cube and pick-path optimization functions.

Strong vendors in this space include Deposco, Intellitrack, Path Guide, Ship Edge and SKUVault. Further investigating these options may appeal to businesses that are already utilizing a low complexity system but recognize additional capabilities are needed to sustain and expand upon their success. Uplifting systems in this space will likely require coordination with vendor resources as well as possibly employing contract labor that specializes in WMS installations and configuration. Once live, however, these systems give any mid-sized fulfillment operation significant capabilities that they can continue to develop and utilize for years to come.

Top-Tier Options

If you are familiar with the current WMS landscape, then the vendors servicing the top end of the market should not come as a surprise. These offerings service the most technologically complex distribution operations and provide a level of capability that other systems simply cannot match. They are also on the cutting edge of supply chain innovation, often incorporating native control systems, advanced order streaming (opposed to traditional waving) functions, sophisticated put-away and allocation configuration options, as well as enhanced labor and capacity planning tools. Some vendors are even revolutionizing the way their systems are sold and maintained by converting their products to what is known as a “version-less” architecture. This, in simple terms, means that once you purchase a subscription to the product, you will not have to purchase its successor version in the future. It also means that updates and software patches, along with product upgrades, can be pushed out to the customer with minimal intervention or disruption to day-to-day processes at a lower overall cost.

When considering systems of this scale, products offered by Blue Yonder, Infor, Manhattan Associates, Körber-HighJump and SAP come to mind. Other vendors that fall just short of the very top tier include Avectous, Click Reply, Made4Net, Microlistics and Softeon, among others. It is worth noting that these systems will require significant capital investment to purchase, deploy and maintain over their life cycles. The previously mentioned version-less example is a way in which vendors are attempting to address some of these long-term cost concerns. However, the price of adoption is still quite high. That said, if a business requires intelligent and automated decision-making from its systems, along with high visibility and control over distribution operations, these are the best solutions available.

Extended Systems and Other Options

WMS solutions receive significant attention due to the organizational and process capabilities these systems present, but a key feature for sellers may be left out of the vendor-provided solution. This feature is called parcel shipping. Parcel shipping is defined as shipping small and light boxed items, usually weighing less than 100 pounds, that can be moved without equipment assistance. The process of parcel shipping involves packaging the sold items, weighing and measuring the shipping container with its contents inside and addressing the box to the end customer with a printed shipping label. Parcel shipping capabilities can be introduced to the fulfillment process as standalone systems, part of a TMS or within a WMS solution. Many options are available in this technology space so it is pertinent to research the various types of parcel shipping solutions that will best fit your current business’ size and complexity while allowing for future growth and development.

BEST PRACTICES

While incorporating supply chain technologies and automation into a fulfillment model can drive widespread efficiency gains and reduce operating costs, these tools must be utilized effectively to achieve the desired benefits. The parameters that define the successful use of these tools are known to industry specialists as supply chain and warehousing best practices. Now, it should also be stated that these best practices can and should be incorporated to all distribution models regardless of size and complexity. Any distribution operation can reap widespread benefits by implementing these methods to improve organization and streamline processes.

Slotting

The concept of effective slotting can be a major driver of efficiency gains for any size business. Slotting, as a warehousing strategy, is the idea that goods should be stored in areas of an operation that ultimately reduces the overall travel time needed for laborers to complete outgoing orders. A “slot,” so to speak, is where an item lives within the building. This is the primary place you store an item or product to be readily accessible for boxing and shipping. For instance, if workers are consistently traveling back and forth across a building to obtain the most ordered items a business sells, this becomes inefficient. Instead, consider grouping the highest sales volume items together in the most easily accessible zone of an operation to reduce the amount of travel time required to collect and fill orders. It should also be mentioned that these high-volume items will likely change over time and as such, slotting strategies should change as well.

The number of high-volume products grouped together may expand or contract and may also be swapped out with other products as sales figures and forecasts change. It also does not have to stop there. Many businesses organize their entire operations such that the least commonly purchased items are at the farthest end of their building with the most purchased items located closest to pack-out and shipping. Again, the whole idea is to reduce the amount of time and effort it takes to get products out the door and into the hands of customers. This can also be further supplemented with automation such as conveyors, goods-to-person systems and even AI-assisted software algorithms included in some high-end WMS solutions. However, technology and automation are not a requirement to implement this strategy and reap immediate benefits.

Storage Mediums

A question many businesses periodically ask themselves is, “What size building is needed to store and effectively distribute product?” In some cases, the question should instead be framed as, “Is the available space we have being used effectively?” Evaluating and refining the way in which products are stored can be equally as important as determining where they are located and will likewise be a key component of defining how much space a business requires. Like slotting, which functions as a strategy to reduce travel times, determining which storage mediums to use is all about reducing the amount of wasted space, or “air,” that exists in a product location. For instance, if a section of full-size pallet racking is being used to store quarter- or half-size pallets, this space is not being properly utilized. There could be anywhere from 50-75% of unoccupied space in each of these locations. In this example, if these products are consistently stored in pallets of this size, consider reducing the location opening height of the racking bays. Depending on the product weights, it may be possible to add one or two more overall levels of storage to this area and consolidate products without requiring additional square footage.

This is a straightforward example, but now consider how much space is potentially being wasted when you examine a full-size warehouse. What other consolidation opportunities exist? If a business is carrying a large amount, think multiple pallets of certain products at a time, there could be an opportunity to implement a double-deep pallet storage system. This would lead to an increase in the volume that can be stored at one location while minimizing the overall square footage required to do so. Likewise, strategies exist for handling smaller quantities and sizes of products.

Decked shelving systems can provide a way to mix cases of products in smaller locations, further minimizing the amount of wasted space. These mediums can also be quite sturdy, with the ability to stack high, allowing for large volumes of various products to be in one centralized area. Just be sure to keep track of where everything is placed. These strategies can be further expanded upon by incorporating technologies such as automated storage and retrieval systems (ASRS), pallet shuttle systems for very high-density full-pallet storage, as well as both horizontal and vertical carousel systems for small item storage and high throughput rates. Last, but certainly not least, do not underestimate the potential of building a mezzanine. The overall takeaway from this best practice should be before building out, consider what can be accomplished by building up, and strive to effectively use the space available before acquiring more.

Product Handling

When thinking about overall operating efficiency, the goal is to move product from storage to the customer as fast and accurately as possible. A factor that can directly affect this, within the four walls of a fulfillment operation, is the amount of product handling required to complete a sale. Like reducing travel times within the building, minimizing the number of steps required to go from storage to the customer can greatly increase the number of sales that can be completed in a given timeframe. One way to do this is to look for opportunities where processing steps may be redundant. When filling orders, instead of placing items in an intermediary bin to take to a packing area, where they must be transferred from the bin to an outbound shipping carton, consider placing the ordered items directly into the shipping box to eliminate this double-handling.

Expanding upon this idea, another strategy is to fill multiple orders at a time. Think about using a cart or other simple equipment to collect the ordered products from storage directly into their shipping containers and then taking this batch of orders to a pack-out or shipping area. By adopting this strategy of “batching,” further improvements can be made such as grouping similar orders together and minimizing the overall travel distance required. Or alternatively, if volume is high enough, it becomes possible to collect all of the items needed for a group of orders and then sort the products to the right shipping containers at a downstream area, enabling operators to process more volume in a shorter period of time. This is an area that most WMS systems excel in, especially higher-tier systems where more automated decision-making tools are included.

New products and sellers are emerging in the retail market daily. Those enterprises that experience success will continually look for new ways of expanding customer engagement. Whether that means outsourcing operations or taking steps to internally build a robust fulfillment model, the decision to pursue either avenue will be unique to each individual business. Developing an internal distribution operation may seem like a daunting task, especially as success mounts and orders begin to accrue. However, abundant success should not be thought of as a bad thing, but rather a challenge to innovate. The tools required to capitalize on this success and grow towards the future have never been more accessible, though it can be confusing knowing just where to start. Hopefully, the information presented here helps to provide clarity on these topics and outlines a roadmap for improving operations regardless of a business’s size or complexity.

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Sam Nichols is a Project Consultant for Tompkins SolutionsTompkins Solutions, a subsidiary of Tompkins International, is a global supply chain services firm dedicated to helping clients achieve supply chain excellence and profitable growth. Founded in 1975, Tompkins has integrated its decades of experience in strategy, commerce, logistics and technology to provide unique supply chain consulting and material handling integration solutions. By combining best-in-breed services and technologies, Tompkins delivers a true end-to-end supply chain solution, enabling clients to improve the customer experience and ensure long-term success. Tompkins is headquartered in Raleigh, North Carolina and has offices throughout North America. For more information, please visit www.tompkinsinc.com.

coconut

Global Refined Coconut Oil Imports Go Down with Reduced Purchases from the U.S.

IndexBox has just published a new report: ‘World – Refined Coconut (Copra) Oil – Market Analysis, Forecast, Size, Trends And Insights’. Here is a summary of the report’s key findings.

Global refined coconut oil imports dropped by -5.5% y-o-y to 1M tonnes in 2020. The U.S., China, Germany and South Korea constitute the largest importers of refined coconut oil worldwide. In 2020, American and Chinese imports declined significantly, while the purchases in Turkey followed an upward trend. Last year, the average refined coconut oil import price rose by +4.5% compared to the figures of 2019. 

Global Refined Coconut Oil Imports

Global refined coconut oil imports declined to 1M tonnes in 2020, waning by -5.5% compared with 2019. In value terms, refined coconut oil imports contracted modestly to $1.3B (IndexBox estimates) in 2020.

In 2020, the U.S. (266K tonnes), distantly followed by China (159K tonnes), Germany (59K tonnes) and South Korea (48K tonnes) represented the main importers of refined coconut (copra) oil, together committing 53% of total imports. Belgium (41K tonnes), Japan (37K tonnes), France (30K tonnes), Russia (30K tonnes), Poland (27K tonnes), Italy (24K tonnes), the UK (21K tonnes), Turkey (20K tonnes) and Singapore (17K tonnes) followed a long way behind the leaders.

In 2020, the most notable rate of growth in terms of purchases, amongst the key importing countries, was attained by Turkey (+24.6% y-o-y), while American (-11.8% y-o-y) and Chinese (-4.9% y-o-y) imports reduced.

In value terms, the U.S. ($369M) constitutes the largest market for imported refined coconut (copra) oil worldwide, comprising 29% of global imports. The second position in the ranking was occupied by China ($150M), with a 12% share of global imports. It was followed by Germany, with a 5.5% share.

In 2020, the average refined coconut oil import price amounted to $1,272 per tonne, surging by 4.5% against the previous year. There were significant differences in the average prices amongst the major importing countries. In 2020, the country with the highest price was Singapore ($1,495 per tonne), while China ($943 per tonne) was amongst the lowest. In 2020, the most notable rate of growth in terms of prices was attained by Singapore, while the other global leaders experienced more modest paces of growth.

Source: IndexBox Platform

cybersecurity

E-COMMERCE VS. MANUFACTURING CYBERSECURITY: WHAT YOU SHOULD KNOW

In the digital world, most of us are constantly immersed in protecting data while ensuring smooth operations that have become increasingly complex in recent years, particularly in the age of COVID-19 for manufacturers and e-commerce leaders. With concerns of maximizing cybersecurity compliance increasing almost as quickly as consumer demand, we decided to take a deeper look at how data protection ties into e-commerce and manufacturing and what companies can do to remain competitive, compliant and trustworthy in the eyes of their customers. 

To gain a better understanding, we looked to Bindu Sundaresan, director at AT&T Cybersecurity Consulting. With the firm for the past 12 years, Sundaresan and her organization offer planning and professional services to help customers in retail, healthcare, manufacturing, finance and more reduce cyber risks.


 

“You name the emerging technology irrespective of customer security maturity, we are there,” Sundaresan says. “We are starting to see some implications of rushed transformation efforts, putting companies at larger risk. They have to take stock of their altered risk profile as the threat surface grows and with the adoption of digital technologies in pursuit of new business models and enhanced customer experiences such as e-commerce in manufacturing.”

She adds that in the modern age, e-commerce is no longer just in sight for retailers or e-tailers. In fact, e-commerce has transformed the way major industries are conducting business from manufacturing, B2B and even shippers. 

“It’s a whole function, end-to-end in terms of when the ordering is placed to checking on what stocks are available, to shipping,” Sundaresan says. “This is all happening through front-end e-commerce websites. E-commerce in general is an attractive target for the malicious actor, because that’s where the money is.”

Data protection in the digital space requires a strategic and tedious process–two words some would never think to put in the same sentence when talking technology. For businesses to successfully secure consumer data, company data and overall cybersecurity, all moving parts must be considered, starting with the basics. Sundaresan emphasizes that just because digital applications have been simplified, it does not ensure a successful launch of data-secured applications.

“Follow the data, think about every connection, think about the data flow, think about every connection you are making for every asset within your organization. Web application security must be taken seriously. Application Security 101 is how you should secure your third-party and open-source code because approximately 96 percent of apps today use borrowed code. Sure, it is a great way of standing an application up, making it run fast, and saving development time and resources. But at the same time, it will introduce vulnerabilities into your infrastructure.” 

From its inception, web applications present competitive advantages—and significant vulnerabilities if not properly deployed. One must carefully consider the limitations and vulnerabilities of the selected tools over protected information to effectively secure and operate it. 

“It’s not just about fraud protection or credit card data behind these applications,” Sundaresan notes. “It is about the denial-of-service attacks that can happen, making your website unavailable. It is not somebody stealing, it is somebody getting availability. It is about using your website and your brand to craft another webpage that looks exactly like your brand, and then do SQL injection on it. E-commerce websites now have sophisticated tools with shielding applications and technologies available. These are all affordable and easily consumable, eliminating the need to go in and actually change the code.”

Whether we realize it or not, almost all of us are using some type of e-commerce platform, IoT device or another form of digital technology enabling connectivity between us and the outside world of products and goods.

“Everyone cares about privacy, and this is a common thread across industry verticals,” Sundaresan explains. “We all use internally built applications, APIs and take payment information. Anyone that takes credit card information needs to comply with the PCI standard. It covers a lot of web applications and e-commerce security controls that are a must. Compliance is not the end goal, but it’s a great starting point for your framework.”

Looking at manufacturing, we see a different story unfold. Data protection measures are approached from a different angle that does not consider coverage for sensitive consumer payment information or personal identification. After all, many manufacturers are not dealing directly with the consumer but still have a need for securing digital transformation in the sector.

“As a manufacturer, you have to think about what the attack surface looks like and what the protection surface looks like,” Sundaresan warns. “It is critical for manufacturers to think of each new connection as a potential vulnerability to their attack surface. Gone are the days where manufacturers are going to look at just safety and well-being as the only priorities–security is now top of mind, and it should be.” 

Along with basically every other industry sector across the globe, COVID-19 impacted and changed manufacturing. Sundaresan highlights the changes sparked by the pandemic and how manufacturers are now prioritizing data security. 

“COVID propelled smart manufacturing, showing us that security is more about risk and resilience rather than just providing a technological element to operations. We have enough tools out there, and it’s time to initiate the joining of forces and look at how data can be exploited because of unpatched systems in manufacturing.” 

Over the past 12 years, Sundaresan and her team at AT&T Cybersecurity Consulting have learned the adage, “you’re only as strong as your weakest link” was more than relevant during the pandemic for the supply chain, challenging the notion that just because a company is not focused on B2C operations does not eliminate risk for data breaches and threatened security.

“In the 20 years I have been working in the industry, there is not one thing that we don’t do at AT&T Cybersecurity. Some assume we might only do large projects or cater to those if they are connected to our network. That is not the case. In relation to the industry as a whole, an important takeaway is to remember that what manufacturing and healthcare are going through now, retail and finance went through this same thing about two, three years ago.” 

To learn more about AT&T Cybersecurity and its diverse solutions portfolio, visit: https://cybersecurity.att.com/

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Bindu’s experience, which spans more than 20 years, has been shaped by the opportunity to work with some of the world’s most innovative companies. She has worked with industry frameworks, including NIST/ISO/HITRUST, regulatory requirements including PCI, NERC, and HIPAA. Bindu has led dozens of cyber-risk engagements for Fortune 500 clients from strategy to technology implementation to breach response. She was tapped to lead a complex PCI and HIPAA compliance assessment for a leading global retailer, spearheaded a $1M security assessment, and worked on securing Criminal Justice Information Sharing Networks in NYC. Before AT&T, Bindu was a Senior Manager with Verisign. Before joining Verisign, she was a Senior Consultant with KPMG and a Senior Network engineer. Her love for teaching and mentoring started with her role as an Adjunct Faculty with the State University of New York (SUNY).

Computer

European Desktop Computer Exports Are on Sharp Rise

IndexBox has just published a new report: ‘EU – Desktop Pcs – Market Analysis, Forecast, Size, Trends and Insights’. Here is a summary of the report’s key findings.

European desktop computer exports jumped by +36% y-o-y to 6.7M units, reaching $3.8B in value terms. Last year, the Czech Republic was the leading desktop computer supplier in the EU, comprising 37% of total exports. The Netherlands and Germany followed Czechia regarding the value of exported products. In 2020, the desktop computer export price in the EU decreased by -15% compared to the figures of the previous year. 


 

Desktop Computer Exports in the EU

In 2020, the amount of desktop computers exported in the EU surged to 6.7M units, jumping by +36% on 2019 figures. In value terms, desktop computer exports skyrocketed by +15.6% y-o-y to $3.8B (IndexBox estimates) in 2020.

In value terms, the Czech Republic ($1.4B) remains the largest desktop computer supplier in the EU, comprising 37% of total exports. The second position in the ranking was occupied by the Netherlands ($577M), with a 15% share of total exports. It was followed by Germany, with a 14% share.

The biggest shipments were from Belgium (1,424K units), the Netherlands (988K units), Germany (830K units), the Czech Republic (763K units), Poland (727K units) and France (686K units), together resulting at 81% of total export. Romania (223K units) followed a long way behind the leaders.

In 2020, the average annual growth rate of value in the Czech Republic stood at +33.8%. The remaining exporting countries recorded the following average annual rates of exports growth: the Netherlands (+20.5% per year) and Germany (+0.1% per year).

In 2020, the desktop computer export price in the EU amounted to $573 per unit, declining by -15% against the previous year. Last year, the most notable rate of growth in terms of prices was attained by Poland, while the other leaders experienced a decline in the export price figures.

Source: IndexBox Platform

port tampa bay

BIG SHIP READY: COSCO Shipping is Among Container Lines that Call Port Tampa Bay

Port Tampa Bay has emerged as Florida’s preferred new supply chain solution for containerized cargo. The incorporation of direct Asia container services and new connections to Mexico and Central America have significantly enhanced the port’s role in serving the state’s largest and fastest-growing market—the Tampa Bay/Orlando 1-4 Corridor, Florida’s distribution hub. 

The Central Florida region has boomed into one of the hottest industrial real estate markets in the country, becoming the state’s hub for distribution, logistics and manufacturing. As the “front door to the I-4,” Port Tampa Bay is well situated to help businesses capitalize on the growth of the region, which is driving demand for retail, e-commerce, food & beverage, energy products and construction & building materials. 

New tenant Celadon will soon break ground on a paper fiber manufacturing plant that aims to generate up to 80,000 TEUs/year for export to Asia. The port recently expanded terminal capacity with additional paved storage and extended berths to keep pace with continued growth. Part of the expansion includes additional cranes and equipment, and new trans-load warehouse facilities.

The Port recently welcomed CMA CGM, COSCO, Evergreen, OOCL, Maersk and Sealand to their family of container lines offering an array of new services, joining established carrier partners ZIM, MSC and Seatrade. 

Expanded connections serving trade with Mexico offer more efficient supply chain solutions versus the traditional costly and congested overland routes. Work Cat recently began offering a weekly Brownsville Texas-Port Tampa Bay container-on-barge services using 53-foot containers, which is especially attractive for customers used to receiving deliveries by truck from Monterrey and Northern Mexico. ZIM recently launched a weekly Altamira-Port Tampa Bay service, the Mexico Tampa Shuttle, with Kuehne and Nagel as partners on the new service, promoted as the Blue Marlin Express. Seatrade’s SeacatLine also increased the frequency of its Costa Rica service to weekly.

Importers and exporters in Florida’s distribution hub now enjoy significant savings as truckers make as many as three to four roundtrip deliveries per day from Port Tampa Bay to their distribution centers. Partners such as container terminal operator Ports America and cold storage specialist Port Logistics Refrigerated Services have made it possible for Port Tampa Bay to expand infrastructure and capacity to ensure it is well-positioned for continued growth.

baton rouge

PROJECTING GOOD THINGS FOR THE PORT OF GREATER BATON ROUGE

Despite a worldwide pandemic, three successful projects were completed at the Port of Greater Baton Rouge in 2020: a major expansion of shipping container storage capacity; delivery of a custom-made, deep-reach stacker for transloading containers into and out of barges; and the opening of a $22 million railcar chambering yard.

Last year, more than 16,000 containers moved through the Louisiana port, more than double the volume of 2017 when the service began. In the process, SEACOR AMH LLC transports empty containers from Memphis to the Port of Greater Baton Rouge via barge to be loaded with resin from area plants, and then moves the loaded barges downriver to the Port of New Orleans for international transport. 

This rapid increase in container volumes prompted the Port of Greater Baton Rouge to increase the size of its container storage facility. The $5 million expansion created nearly 4 acres of additional paved container storage capacity and gave the port the ability to store about 2,000 containers.

A 20% efficiency gain in its container operations was just one positive outcome of the port’s new, deep-reach container stacker known as The Big Red Beast. With its telescopic boom for stacking four containers high, shorter loading and unloading times have helped meet the increasing demand for container shipping services for area customers in the petrochemical industry sector, says Port Executive Director Jay Hardman. Financed almost 100% by a Maritime Administration grant, the one-of-a-kind Beast was designed and manufactured specifically for the port by Taylor Machine Works of Louisville, Mississippi.

The railcar chambering yard was completed in 2020 on port property south of the Intracoastal Waterway. The yard facilitates the storage of railcars and expedites the arrival and departure of unit trains of 80 or more railcars into and out of the port. The chambering yard currently facilitates delivery by rail of wood pellets to tenant Drax Biomass for export overseas. Grön Fuels, which recently announced plans to build a $9.2 billion renewable fuels complex at the site, is also planning the utilization of the rail chambering yard.

The Port of Greater Baton Rouge is the head of deepwater navigation on the Mississippi River; a 45-foot shipping channel to the mouth of the Mississippi River is maintained by the U.S. Corps of Engineers. The port’s deepwater terminal on the Mississippi is currently capable of docking three deep-draft vessels simultaneously. 

 

Port leadership recently applied to the Louisiana Department of Transportation Port Construction and Development Priority Program (PCDPP) for a $15 million rehabilitation/expansion of its “Northern Berth” on the Mississippi River that would allow for the Port of Greater Baton Rouge to have a fourth deep draft vessel berth at its northernmost point.

chromium

Chromium Ore and Concentrate Imports in China to Regain Momentum

IndexBox has just published a new report: ‘World – Chromium ores and concentrates – Market Analysis, Forecast, Size, Trends and Insights’. Here is a summary of the report’s key findings.

In 2020, global exports of chromium ores and concentrates reduced sharply by -10.2% y-o-y to 16M tonnes. China, the major importer of chromium ores and concentrates, comprises over 70% of the total global imports. In Q1 2021, shipments to the country stood at a level slightly lower than in the same period of 2020. South Africa remains the largest exporter worldwide, accounting for 79% of the total global exports.

Largest Importers of Chromium Ores and Concentrates

In 2020, China (16M tonnes) represented the key importer of chromium ores and concentrates, constituting 71% of total imports. It was distantly followed by Mozambique (3.8M tonnes), generating a 17% share of total imports. Russia (896K tonnes) followed a long way behind the leaders.

In value terms, China ($3B) constitutes the largest market for imported chromium ores and concentrates worldwide, comprising 77% of global imports. The second position in the ranking was occupied by Mozambique ($386M), with a 10% share of global imports.

In Q1 2021, shipments to the country stood at a level slightly lower than in the same period of 2020. A sharp drop was recorded in Q2 2020 due to the pandemic, followed by a recovery, after which imports stabilized. Should the trend pattern remain flat in 2021, a slight growth against 2020 could be expected.

Chromium Ore and Concentrate Exports by Country

In 2020, approx. 16M tonnes of chromium ores and concentrates were exported worldwide; shrinking by -10.2% on the previous year. In value terms, chromium ore and concentrate exports fell rapidly to $2.5B (IndexBox estimates) in 2020.

South Africa dominates chromium ore and concentrate export structure, accounting for 13M tonnes, which was near 79% of total exports in 2020. The following exporters – Kazakhstan (676K tonnes), Turkey (672K tonnes), Zimbabwe (583K tonnes), Oman (378K tonnes), Pakistan (279K tonnes) and Albania (249K tonnes) – together made up 18% of total exports.

In 2020, average annual rates of growth with regard to chromium ore and concentrate exports from South Africa stood at -7.4%. Kazakhstan (-3.3%), Zimbabwe (-13.6%), Pakistan (-16.6%), Albania (-22.0%), Turkey (-33.4%) and Oman (-36.2%) illustrated a downward trend over the same period.

In value terms, South Africa ($1.8B) remains the largest chromium ore and concentrate supplier worldwide, comprising 74% of global exports. The second position in the ranking was occupied by Turkey ($126M), with a 5.1% share of global exports. It was followed by Zimbabwe, with a 4.4% share.

In 2020, the average chromium ore and concentrate export price amounted to $152 per tonne, which is down by -13.3% against the previous year. There were differences in the average prices amongst the major exporting countries. In 2020, the country with the highest price was Pakistan ($191 per tonne), while Oman ($100 per tonne) was amongst the lowest. In 2020, the most notable rate of growth in terms of prices was attained by Kazakhstan, while the other global leaders experienced a decline in the export price figures.

Source: IndexBox Platform