Trending Now

7 Ways AI TMS Platforms Optimize Heavy Equipment Supply Chains

New Articles

Can You Reach Every US Customer Without Warehouses in Every State?

global trade warehouse
Global Logistics, Global Trade Daily, International Trade

Can You Reach Every US Customer Without Warehouses in Every State?

Leave a comment

For decades, the prevailing wisdom in U.S. distribution was simple — the closer the inventory sat to customers, the faster delivery would be. Yet, labor shortages and increasingly complex fulfillment demands are forcing logistics leaders to rethink whether a warehouse in every state remains practical or even necessary. 

Read also: Building Agile Supply Chains Through Smarter Warehouse Infrastructure

At the same time, consumers continue to expect fast, consistent delivery regardless of where they live. This tension is reshaping how companies approach national reach in a more distributed supply chain.

The Strengths and Challenges of Decentralized Warehousing

For much of the past century, decentralized warehousing has formed the foundation of U.S. distribution networks. By placing facilities across multiple states, companies could shorten delivery times, respond to regional demand patterns and buffer against localized disruptions. This model has worked particularly well when transportation was slower and customer expectations were more forgiving. Proximity to end markets reduced transit costs and allowed businesses to scale nationally with a high degree of control.

However, over time, the advantages of this approach have become more complicated to sustain. Operating hundreds of facilities introduces high fixed costs, from real estate to labor to utilities and compliance. Inventory must be duplicated across locations to maintain service levels, increasing carrying costs and the risk of imbalance between regions. As product assortments expand and demand becomes more volatile, managing stock accuracy and availability grows increasingly complex. 

Today, these challenges are magnified by tighter labor markets, rising construction costs for warehouses and the need for greater operational agility. What was once a straightforward path to national reach now requires constant optimization to avoid inefficiencies. As a result, many leaders are questioning whether the traditional decentralized model remains the most effective way to serve a geographically dispersed customer base.

Strategies for Leaner, More Agile Distribution

As distribution networks grow more complex and cost pressures intensify, companies are moving away from one-size-fits-all warehouse expansion strategies. Instead, many are adopting more flexible models that prioritize reach, resilience and responsiveness over sheer footprint. These approaches allow businesses to serve customers nationwide without the operational burden of maintaining facilities in every state.

Strategic Regional Hubs

One of the most common shifts is toward a hub-and-spoke model anchored by a small number of strategically located regional distribution centers. Rather than replicating inventory across dozens of sites, companies concentrate stock in high-throughput hubs that serve broad geographic areas. Advances in transportation planning and data analytics make it easier to balance service levels while reducing redundant inventory and fixed overhead.

This approach also provides greater scalability. Regional hubs can be expanded, automated or repositioned as demand patterns change, allowing organizations to adjust capacity without overhauling their entire network. For many shippers, this model strikes a balance between speed, cost and operational control. 

Specialized Supply Chains 

Highly specialized supply chains offer a compelling example of how national reach can be achieved without dense warehouse networks. Cold-chain logistics, in particular, demonstrate how precise temperature control, routing discipline and centralized infrastructure can support coast-to-coast distribution. According to experts, demand for healthy direct-to-consumer frozen food delivery is growing as brands leverage specialized cold-chain networks to reach customers nationwide without duplicating infrastructure in every market. 

If complex time- and temperature-sensitive products can be delivered at scale, more general product categories can adopt similar principles. Specialization focuses on efficiency, and those efficiencies often translate well beyond their original niche.

Third-Party Logistics 

Third-party logistics providers have become central to today’s distribution strategies. They offer immediate access to established networks, and companies can extend their geographic reach and flex capacity during peak periods. They can do all of this without committing capital to long-term facilities.

This model also changes operational risk. Labor management, facility maintenance and technology investments are absorbed by the provider, allowing shippers to focus on inventory strategy and customer experience. For many, third-party partnerships serve as a faster, lower-risk path to national coverage.

Micro-Fulfillment and Urban Warehousing

While large regional hubs handle bulk distribution, micro-fulfillment centers are becoming a complementary solution for dense urban markets. These smaller facilities sit closer to end consumers, reducing last-mile delivery times and easing congestion on broader networks.

Micro-fulfillment is particularly effective for fast-moving products and high-demand metro areas. Rather than replacing large facilities, it adds a layer of responsiveness, helping companies meet rising delivery expectations without overextending their footprint. 

A Company in Transition

One company that is shifting its distribution strategy is Amazon. For years, its expansive network of fulfillment centers, sortation hubs and delivery stations helped it offer near-ubiquitous coverage. However, maintaining that scale has become increasingly costly and complex. Rather than building more facilities, the company is now retooling its reach through targeted investment in delivery infrastructure that prioritizes speed and efficiency over the quantity of buildings.

In 2025, Amazon announced a plan to spend more than $4 billion to expand its rural delivery network to over 200 delivery stations by the end of 2026. This investment may create an estimated 100,000 new jobs. It also enables the network to deliver over a billion more packages annually to customers in more than 13,000 ZIP codes — roughly 1.2 million square miles of territory. 

Early results show that delivery speeds in rural areas are improving, and the company has also expanded same-day and next-day service to more than 4,000 small towns and communities across the U.S. 

The Technology That Makes It Possible

Technology has become the connective tissue that enables and optimizes distribution strategies. From managing complex warehouse operations to predicting demand before it occurs, these tools help companies operate with precision even as networks become leaner and less tied to physical volume:

  • Warehouse management systems (WMS): WMS platforms are now essential for coordinating inventory across multiple sites, whether for large regional hubs, micro-fulfillment centers or third-party logistics facilities. These systems provide real-time visibility into stock levels, picking accuracy and throughput.
  • Transportation management systems (TMS): These systems orchestrate the movement of products through the network. By calculating the most efficient routes, a TMS can greatly reduce shipping costs and delivery times.
  • Inventory optimization software: Sophisticated inventory tools allow planners to balance service levels against carrying costs, ensuring the right products are in the right place at the right time.
  • Data analytics and artificial intelligence for demand forecasting: Advances in analytics and AI allow supply chains to anticipate demand by analyzing historical sales, seasonality and broader market trends, transforming logistics planning. AI-enabled forecasting tools improve demand predictions while reducing stockouts and excess inventory.

Rethinking Reach in a Modern Distribution Network

Reaching customers across the U.S. no longer demands a warehouse in every state. Instead, it requires a more intentional approach to network design. As logistics strategies evolve, companies are proving that regional hubs and tech-driven coordination can deliver national coverage without excessive infrastructure. In this environment, success is defined by how effectively goods move through an increasingly connected supply chain.

global trade strategy nearshoring
Global Logistics, Global Trade Daily, International Trade, News, Ocean Carriers

Nearshoring’s True Test: Does Moving Production Closer Actually Solve the Delivery Time Problem?

Leave a comment

By late 2025, nearshoring — the strategic relocation of production and key parts of the manufacturing process closer to end markets — has become a central theme among supply chain leaders, manufacturers, forwarders and logistics professionals reshaping how goods are made, moved and delivered. The idea sounds simple — shorten the miles and time between the production site and the customer and delivery times improve. Yet, the reality is dynamic, multi-layered and demands a closer look.

Read also: The Rise of Nearshoring: A Shift in Global Trade Dynamics

What Nearshoring Promises

For decades, global manufacturing was dominated by offshoring, which is the relocation of production to distant, lower-cost countries. A series of events — from the COVID-19 pandemic to geopolitical tensions and trade disruptions — exposed vulnerability in extended supply chains and prompted companies to reconsider geographic concentrations far from their markets.

In response, many have shifted to nearshoring, which will relocate production closer to major consumer bases. At its core, nearshoring promises several advantages that appeal directly to logistics professionals:

  • Shorter transit distances: Production sits closer to the end market, which trims transportation time from factory to distribution center and then to the final point of sale.
  • Improved responsiveness: Compressed production cycles and smoother communication help companies adjust quickly to shifts in demand.
  • Greater visibility and coordination: Closer geographic proximity enhances collaboration between manufacturing and supply chain partners, facilitating faster issue resolution and improved forecasting accuracy.

These beliefs have prompted manufacturers and logistics stakeholders to reconfigure their networks, engage new third-party logistics (3PL) partners and establish infrastructure closer to major markets.

Does Nearshoring Deliver Faster Delivery Times?

The most straightforward argument in favor of nearshoring is distance. Products made closer to the end market travel shorter distances and typically experience fewer mode transitions and handling events. For example, Mexico’s proximity to the United States allows goods to reach U.S. consumers in as few as three to five days in contrast to 15-50 days by sea from Asia.

This isn’t just geography — it reflects changes in modal mix, border crossings and supply chain structure. Rail and truck corridors between Mexico and the U.S. — which cross dozens of monitored checkpoints along the 2,000-mile border — are key to reducing transit times. New port infrastructure like Puerto del Norte in Matamoros aims to further shorten travel times by eliminating detours and reducing inland road transit. It has been promoted for cutting travel time from inland industrial hubs by up to five hours compared to alternatives. 

While shorter distances clearly help, recent trends in courier and delivery management show that companies combining proximity with systems like real-time tracking and analytics achieve the greatest reductions in delivery times. This demonstrates that nearshoring is most effective when combined with systems that monitor, predict and streamline every stage of shipment, thereby providing both speed and reliability.

Real Supply Chain Case Studies

Examining recent examples helps ground the theory in real-world practice.

GE Appliances’ U.S. Production Shift

GE Appliances announced that it is relocating washer and dryer production from China to its facility in Louisville, Kentucky. The brand cited shorter lead times and reduced transportation costs as key benefits of producing closer to its primary market, while also expanding its domestic supplier base. This nearshoring move supports faster replenishment cycles for regional retailers and strengthens coordination between manufacturing and logistics partners.

IKEA’s Reshoring Push to U.S. Manufacturing

Swedish retailer IKEA is ramping up production in the United States to combat long delivery lead times tied to overseas imports. Company leadership stated that producing goods closer to North American markets enables faster response to demand changes and helps mitigate the volatility of long international transit.

Hydroflask Nearshoring for Agility

Consumer goods firms like the maker of Hydroflask have publicly stated that they are moving nearshoring operations from China to the Western Hemisphere to diversify geopolitical risk, boost responsiveness and reduce inventory, highlighting that even non-automotive brands view regional production as a lever for faster transit and supply chain agility.

The Logistics Reality

Despite its advantages, nearshoring doesn’t automatically guarantee faster delivery. Below are a few factors that complicate the picture.

Border and Regulatory Friction

Even when manufacturing is close by, border procedures and customs inspections can introduce variability. Although trade agreements like the United States-Mexico-Canada Agreement reduce tariffs and provide stable trade terms, border throughput times still influence final delivery windows. Third-party logistics providers and carriers often find that delivery speed improvements depend on predictable border processing, not just shorter distances.

Infrastructure Congestion

Ports and inland terminals can experience congestion during peak seasons or crisis events — circumstances that can erode the delivery time advantage nearshoring seeks to create. The international experience shows that initial movement gains can be offset if logistics partners can’t scale capacity or if customs and security procedures develop bottlenecks.

Supply Chain Complexity

Nearshoring suggests that relocating final manufacturing closer creates smoother delivery cycles, but many companies still depend on global component networks. If key parts originate offshore, delays can surface long before the nearshore advantage appears, making strong planning, forecasting and inventory strategies essential. Research reinforces this point by showing that even with shorter distances, regional supply chains may still maintain higher inventories due to delivery-time risk and variability.

Strategic Considerations for Supply Chain Professionals

So, what can manufacturers, 3PLs, retailers and logistics providers take away from the evolving narrative of nearshoring?

Lean on Data, Not Assumptions

Logistics professionals should quantify the impacts of lead time before committing to large nearshoring investments. While proximity reduces transport distance, mode shifting and the readiness of the industrial ecosystem influences the total delivery experience.

Build Flexibility Around Delivery Time

Even nearshore routes experience variability. Advanced planning systems, real-time tracking and scenario modeling help manage risk and maintain delivery reliability. A layered approach to buffers — whether through safety stock, flexible carrier arrangements or adjustable production windows — strengthens a business’s ability to absorb unexpected shifts without disrupting service levels.

Integrate Production and Logistics Early

Nearshoring works best when manufacturing site selection considers logistics networks, intermodal options and border throughput from the outset. This means collaboration between manufacturing planners and logistics engineers.

Avoid One-Size-Fits-All

Certain products — especially those with stable demand and predictable lead time requirements — benefit most from nearshoring. Other product categories with less time sensitivity might still justify offshore advantages. A clear understanding of product behavior, customer expectations and margin structure guides network decisions that align with the actual business need rather than a trend-driven approach.

A Nuanced Advantage

Nearshoring has transformed parts of the global manufacturing landscape by reducing the physical distance between production and consumption, allowing brands to respond more quickly to demand shifts and potentially shorten delivery lead times. However, delivery time gains are not guaranteed simply by moving production closer. Logistics and supply chain performance will continue to depend on infrastructure readiness, customs efficiency, mode selection, and strategic integration of production and logistics planning.

For supply chain professionals evaluating nearshoring, the answer isn’t binary. The question is not whether nearshoring can improve delivery times — evidence shows that it can — but under which conditions it consistently delivers those improvements in practice. Careful analysis, cross-functional coordination and investment in logistics infrastructure are crucial to transforming nearshoring from a strategic aspiration into a tangible operational advantage.

global trade human
Global Logistics, Global Trade Daily

Where Humans Meet Machines: The New Hybrid Workforce in Material Handling

Leave a comment

Material handling is a more complicated process than it may initially seem. While the workflow itself may be fairly straightforward, finding the optimal way to manage it is often less so. Many facilities follow an entirely manual approach, while others pursue automation, but the best option may not lie exclusively with either side.

Read also: Leveraging AI and Automation in Logistics for Competitive Advantage

Supply chain operations are on the cusp of a technological revolution. Robotics and other Industry 4.0 technologies promise to make the sector more efficient, but fears over job losses, safety and largely untested innovations remain. However, a new shift is growing across material handling processes, which could signify a broader change for tomorrow’s supply chains.

The Issue of Manual Material Handling

Automation is nothing new to industrial sectors, but material handling has remained a mostly manual workflow despite rapid innovation. Up to 80% of global warehouses rely on manual picking methods, and that does not include similar processes in manufacturing facilities. As widespread as this approach may be, it has several flaws.

First, manual material handling is slow. Humans can only carry so much, and even using a forklift or pallet jack takes time because workers must stop to load and unload them. Moving these loads throughout a large warehouse or factory is similarly inefficient.

Secondly, this work’s repetitive motion and heavy loads risk injuries. The transportation and warehousing industry has the highest injury rate of any sector, and ergonomic incidents are the biggest cause of these issues. Even when workers do not carry heavy objects, repeatedly picking things up or bending down can lead to slowly developing musculoskeletal problems.

As with other industrial roles, material handling also faces labor constraints. Demand is rising, but the sector’s talent pool has not grown alongside it. Consequently, many companies find themselves without a large enough workforce to scale as they would like.

Conventional Robots: An Imperfect Solution

Automation seems like the ideal answer at first. After all, an automated material handling workflow will minimize the impact of a labor shortage and remove the risk of musculoskeletal injuries. However, conventional robots have a few notable downsides of their own.

Machines may present a trade-off between safety and efficiency. Systems like conveyors and rails are the lowest-risk material handling solutions because they do not move as quickly and present no drop hazards, but they may be slower than automated guided vehicles or robotic cranes. A robot may be able to carry a heavy load faster than a human or a manually operated forklift, but that speed raises collision concerns.

Conventional automation is also inflexible. While robots are typically faster than humans, they are less adaptable. That lack of flexibility can lead to longer downtime and disruption when unexpected changes arise or a facility wants to adjust its operations.

Costs and complexity can pose further issues. Logistics organizations plan to allot 30% of their capital spending toward automation in the coming years, raising substantial financial stakes. Any delayed returns on investment, downtime from technical issues or similar disruptions may create significant cost concerns amid this trend.

The Promise of a Hybrid Workforce

As more businesses have recognized the imperfections of both material handling approaches, a new solution has emerged. Collaborative robots — or cobots — automate some tasks while being specifically designed to work alongside humans in a hybrid, instead of entirely automated, workflow.

Human-robot collaboration combines employees’ flexibility with robots’ efficiency. Early trials show that implementing cobots in material handling reduces picking time by 3.6%, and greater improvements are likely possible as technology improves and organizations learn the optimal way to balance tasks between workers and bots.

Because cobots are meant to work with humans instead of replacing them, they typically come with more safety features, too. These may include fewer pinch points, more robust navigation systems to prevent collisions or warning signals as they move to enhance situational awareness. As a result, warehouses can capitalize on robotic speed without sacrificing worker safety.

A hybrid workforce may also minimize some cost concerns. Cobots still incur high upfront expenses, but facilities will not need to dramatically change an entire workflow at once to implement them. Slower adoption and adaptation are possible, enabling a steady rollout to spread out the costs and ensure a strong ROI.

There are still barriers to overcome. Cobots accounted for just 11.6% of robot orders in the first quarter of 2025, and their relative newness means companies may be less familiar with how best to balance tasks between them and employees. However, as the market matures and real-world implementation grows, the optimal path forward will become increasingly clear.

The Future of Material Handling Lies With Cobots

Manual material handling is too injury-prone and slow to meet modern demands. Fully automated alternatives are too inflexible and difficult to capitalize on. Given these considerations, a hybrid approach is the best way to proceed.

Cobots allow material handling processes to use both human employees and machines to their fullest potential. No one side is better than the other. Instead, they each have unique strengths and weaknesses, so combining them is an ideal solution.

global trade diesel
Archives, Global Logistics, Global Trade Daily

Can New Technology Secure Diesel’s Future in Shipping and Trucking?

Leave a comment

An emphasis on sustainable technologies has led many shipping and logistics leaders to assess the pros and cons of transitioning from diesel. However, technological improvements have made this well-established fuel a greener choice, allowing organizations to continue using diesel while progressing toward sustainability goals.

Read also: Sustainable Shipping: Innovations Driving Greener Global Trade

The Role of Truck Upgrades

When decision-makers plan fleet enhancements, many focus on emissions-cutting technologies. These near-zero-emission vehicles have integrated components that reduce their polluting effects. For example, selective catalytic reduction systems are active technologies that use catalysts and particulate filters to convert nitrogen oxides into nitrogen, water and tiny amounts of carbon dioxide. 

A July 2023 analysis highlighted diesel’s dominance in heavy-duty trucks but revealed strategic enhancements will elevate sustainability. It found that approximately 99.91% of the United States’ trucking fleet has internal combustion engines. Additionally, 57% run on near-zero-emission technologies. 

The study found 1,100 internal combustion engine trucks for every electrically powered one. The wide availability of electric trucks theoretically makes adoption easier, but fleet managers must consider several factors, including charging station locations and government grant eligibility. These potential challenges can make diesel upgrades more feasible than switching to electric models.

Many fleet managers use built-in sensors to detect abnormalities in their trucks. They alert technicians and mechanics to emissions-elevating problems, revealing which aging vehicles to replace first to optimize sustainability. 

The role of a diesel mechanic is evolving slightly with the influx of technological improvements. These mechanics should learn about the technologies’ impacts and remain adaptable as the landscape changes. Currently, these professionals earn average starting salaries of over $24 per hour. The future could welcome more opportunities and demand for diesel mechanics if these individuals prioritize continued education and stay up to date on the latest monitoring solutions. 

Artificial Intelligence Technologies

Artificial intelligence (AI) has upended many industries, including shipping and trucking. Because it excels with pattern detection and information analysis, the technology supports forward-thinking efforts for cleaner diesel operations. For example, formulating biodiesel from ingredients such as used cooking oils can reduce emissions, but making these projects commercially viable takes time. AI could potentially shorten the process.

Identifying new fuel mixtures involves weeks-long laboratory tests. However, an international group of researchers built a system that accelerates the process with machine learning (ML). It finds promising compositions in a few hours. This method suggested over 150 options to lower diesel soot emissions by more than 70%. 

Building the ML tool required huge databases of fuels’ chemical and physical properties. For example, the cetane number indicates diesel’s combustion speed. The training dataset included 708 cetane numbers for 475 substances. Additionally, a soot index contained over 400 pure compounds. 

Researchers could specify a fuel’s target properties and rapidly receive options aligned with current technological and regulatory constraints. This advancement does not replace expert insight but could help scientists minimize lengthy lab tests, shortening their development time frames. 

Some shippers use AI to offset rising fuel costs, automating steps to find reasonably priced carriers with intelligent freight procurement tools. Similarly, platforms can predict fluctuating diesel prices, aiding budget planning. These offerings will remain valuable until cleaner diesels become accessible and affordable. 

Engine Additives

Securing diesel’s future could be as straightforward as using specialized products. One lubricant makes engines up to 8.4% more fuel efficient. The manufacturer published the results after four years of controlled testing, independently verified by the University of Queensland and supported by customers reporting similar results in field tests. 

Because people can safely use this additive in any mineral or synthetic oil used in internal combustion engines, it is easy to include in maintenance programs. Additionally, each bottle contains 50 doses, making it an economical option for large fleets.

The graphene liquid concentrate boosts fuel efficiency during increased engine loads, such as when trucks begin to move or encounter wind resistance at fast speeds. The product also enhances diesel engine performance in generators, which typically operate at high loads.

Decision-makers should consider adding this product to some trucks in their fleet and comparing their performance over time to trucks without it. Their findings can help them determine whether to expand their usage. 

Transition Programs

Even if fleet managers intend to primarily use diesel in their operations, some may want to gradually switch to electricity. Startups make the transition fast and simple, appealing to executives who lack the time to research grants, vehicle types and other specifics. 

Forum Mobility is a California-based operation that aggregates clean energy rebates, using them to buy vehicles and increase charging locations. Representatives offer trucks and chargers through a subscription model. 

One logistics client runs 50 trucks daily, driven by contractors hauling freight for shippers. The company now has several battery-electric vehicles and high-voltage charging stations to complement its diesel models. According to a Forum Mobility executive, typical subscription costs are the same or lower than the expenses to run conventional fleets. 

These startup-enabled possibilities eliminate transition-related headaches, making the switch more attractive to busy leaders juggling numerous other challenges. These solutions could become significant features of the trucking landscape as managers explore electric models while continuing to use diesel assets. 

Diesel Dominance

As diesel maintains its prominent position in the trucking industry, technologies and new business models offer greener alternatives. They do not necessarily require completely replacing well-established fuels but encourage decision-makers to consider tech-enabled improvements.

zone tariff global trade import port shipping supply chain
3pls, Archives, Global Logistics, Global Trade Daily, News, United states news

Small Businesses Scramble to Secure Materials Amid Tariff Chaos

Leave a comment

The United States is once again facing the prospect of empty store shelves and product shortages, a situation eerily reminiscent of the disruptions caused by the COVID-19 pandemic. However, this time, the culprit is a set of sweeping tariffs introduced by the Trump administration on imports from China, which has triggered widespread uncertainty across global supply chains. 

Read also: US and China reached Tariffs Agreement

As tariffs increase, small businesses in particular are feeling the pressure, struggling to secure necessary materials, navigate inflated costs and plan for an unpredictable future.

Supply Chain Disruptions and Reduced Shipments

The most immediate impact of the new tariffs is a significant reduction in shipments from China to the U.S. port system. The Port of Los Angeles — a critical import hub — has seen a marked decline in incoming freight. Shipments for the week ending May 10 are projected to be down 33% compared to last year. This slowdown isn’t just a temporary hiccup — it’s part of a larger trend driven by the current tariff rates that have made imports from China considerably more expensive.

The 145% tariff on most Chinese goods has caused a domino effect in the supply chain, with many small businesses halting orders or outright canceling shipments. As a result, U.S. companies are facing mounting challenges in maintaining their usual inventory levels. In industries ranging from footwear and apparel to electronics and even food products, businesses are left scrambling to find alternative suppliers or to absorb higher costs.

Beyond China, tariffs are also expected to affect key suppliers in Europe and Canada. U.S. builders often import wood from these regions, and proposed tariffs could drive up costs and disrupt supply chains. For businesses in sustainable sectors, this means the green premium — the extra cost of eco-friendly materials — may rise. While some builders have accounted for these price fluctuations, others may need to reconsider their plans, adding more uncertainty for businesses already facing challenges.

A Growing Economic Toll

Small businesses, in particular, are bearing the brunt of these tariffs. Unlike large corporations, which can better absorb higher costs or shift their operations, smaller firms often operate on thinner margins and rely heavily on imported goods, especially from China. 

The tariffs impose an immediate financial burden. If a business wants to import a product valued at $100, it may now be required to pay $145 in tariff fees. For many companies, this means selling goods at a loss or passing on these higher costs to consumers, potentially driving prices beyond what many shoppers are willing to pay.

This scenario has led to widespread uncertainty among retailers struggling to predict demand, especially for critical retail periods like the fall back-to-school season and the winter holidays. With tariffs pushing up prices and reducing available goods, businesses are unable to make confident decisions about what products to stock.

Impact on Manufacturing and Retail

The effects of the tariffs are particularly evident in certain sectors. Lower-cost consumer goods that are predominantly manufactured in China, including toys, apparel, footwear and electronics, are expected to see significant shortages in the coming months. Items that require more complex supply chains, such as electronics, are harder to replace, as production is often highly concentrated in specific regions.

Perishable items like fish and fruit juices, which have shorter shelf lives, present additional challenges for retailers trying to manage their inventory. These goods cannot be stockpiled to the same extent as nonperishables, creating additional logistical headaches for businesses trying to anticipate future demand.

Navigating the Uncertainty

As businesses across the country wrestle with these issues, many are looking for ways to adapt. Some are seeking alternative suppliers in Southeast Asia or other regions, but this comes with its own set of challenges. New suppliers may offer competitive pricing, but businesses must contend with longer lead times, unfamiliar quality control procedures and other risks with shifting production locations.

At the same time, logistics providers and freight forwarders must adjust their operations. With a significant drop in container bookings from China to the U.S. — down by as much as 60% — freight carriers are responding by canceling 25% of their sailings. This has compounded the already slow shipping rates from Southeast Asia, making it even harder for companies to secure reliable transportation for their goods.

The Growing Threat of a Recession

The economic impact of tariffs is now spreading beyond manufacturing, with the U.S. economy contracting by 0.3% in the first quarter. This decline, the first in three years, is largely driven by falling imports, higher prices and weaker consumer confidence.

Job growth has also stalled, with just 62,000 jobs added in April — down sharply from 147,000 in March — as businesses pull back on hiring amid growing economic uncertainty.

White House Response and Policy Outlook

The White House has yet to offer clear guidance on whether the current tariffs will be eased or remain in place. Some businesses are calling for policy clarity to better understand how to plan for the future. There is concern that the economic and logistical chaos will continue to escalate if the tariffs persist through the summer and into the holiday season.

Despite these challenges, the administration seems particularly concerned about the potential for shortages of key products around major holidays like the Fourth of July and Christmas. As the trade war continues to evolve, U.S. companies are left in a precarious position, balancing the uncertainty of tariff policy with the demands of a market that requires stability and predictability.

Looking Ahead

Small businesses are navigating a landscape of rising costs and supply chain disruptions, forcing tough decisions to stay afloat. For logistics professionals, adaptability will be key — finding new suppliers, adjusting transportation strategies and managing customer expectations.

As businesses prepare for prolonged uncertainty, proactive risk management and strategic foresight are crucial. The ongoing scramble to secure materials and maintain operations will continue to challenge U.S. businesses amid shifting global trade dynamics.

diesel Federation ITF De Minimis delivery NEMA ALAN Hezbollah global trade supplier resilinc supply chain port disruption
3pls, Archives, Global Logistics, Global Trade Daily, Imports/Exports

Can Diesel Engines Compete With Electric Alternatives in Supply Chain Efficiency?

Leave a comment

Supply chain evolution has always been exponential. In the late 19th century, sailing vessels gave way to steam-powered ships. Around the same time, horseback riders saw railroad tracks begin winding through the West and realized their time was coming to an end. 

Read also: Enhancing Supply Chain Efficiency: Strategic Advantages and Innovations

Humanity’s perception of distance and time changed in the blink of an eye. Since then, technology has continued evolving. A trip across the ocean has gone from a months-long journey on choppy waters to a few hours by plane. Transportation is accelerating significantly. Logistics companies don’t even let disruptions like natural disasters slow them down. 

Supply chains are evolving yet again. Electrification is the latest change sweeping shipping hubs worldwide, affecting the consumer market and the commercial logistics sector. Can diesel engines compete with battery power? 

Batteries Compete With Combustion Engines

Despite various policy-related hurdles, the energy transition is not slowing. In January 2025, a BloombergNEF forecast estimated that 33% of vehicles sold in the United States in 2030 would be electric, tripling the current market penetration rate. This projection is partly based on the estimated 26% growth the electric vehicle market experienced from 2023 to 2024, where battery-powered cars accounted for almost 25% of all new sales. 

Electrification is becoming more prominent in logistics for several reasons. EVs are far more sustainable than their fossil-fuel-powered counterparts because they produce no tailpipe emissions and can use carbon-neutral renewables to recharge. As regulators worldwide push private companies toward net zero, adoption increases. 

Widespread EV adoption is part of a broader push for electrification. The National Electrical Manufacturers Association predicts electric mobility consumption will rise by 9,000% through 2050. As demand surges, investments in generation and transmission technology increase. Much like the evolution from horseback to steam locomotives, infrastructure rapidly adapts. Diesel is a mature technology. Will it be left behind? 

How Diesel Engines Compare to Battery Power

Looking past the electrification trend to pure power, performance and efficiency will help logistics companies compare diesel engines and battery power. 

Diesel Engines

Diesel engines are powerful and reliable, perfect for long-haul trucking or moving freight. Their unique combustion process gives them a better fuel economy and a higher torque output than their gasoline counterparts. Since they are considerably more efficient, they have been the industry standard for decades.

Since the diesel engine is a mature technology, it is widely available and relatively cheap, cementing its market dominance. One full fuel tank can get a vehicle hundreds of miles. Moreover, technicians know their way around a combustion engine, so there is no need to upskill or upgrade maintenance technology stacks. 

Battery Power

On top of producing no tailpipe emissions, EVs can use solar panels to charge virtually anywhere for free without adversely affecting the environment. Even if drivers use chargers, paying for power by the kilowatt hour is generally cheaper than refueling with diesel or gasoline. Regulators in the U.S. and the European Union are pushing to ban combustion engines in 2035. 

Challenges Facing Widespread EV Adoption

Although electrification seems like the next step for supply chain professionals, it may not be. Charging spots are not nearly as accessible as gas stations, even if they are cheaper. Even if policymakers decide to build more, surging electricity demand may be an obstacle. 

EVs are not the only things that must be plugged into the grid. Resource-hungry data centers and smart cities demand a tremendous amount of power. Unlike steamships and steam locomotives, they share fixed infrastructure, increasing the potential for scarcity. Even if city managers invest in renewables, their generation capacity will be capped. 

Businesses could theoretically use mobile solar panels to compensate, but parking every few hours to recharge is the opposite of efficiency. Although charging infrastructure and battery technology have made strides in recent years, gas stations and cans are still faster and more reliable backup options for long-haul trucking. 

Even if EVs outperform combustion engines in some respects, fleet managers may be unable to source these vehicles. The Trump administration’s 25% tariffs on auto imports took effect in the first week of April 2025. The move prompted automakers to stop shipping cars to the U.S. and shut down manufacturing facilities in adjacent regions. 

Domestic production is not as obvious of a solution as it may seem because it requires investing hundreds of millions of dollars into new automotive factories. Companies will not take that risk until they are certain the tariffs are here to stay. 

Could EVs Overtake Combustion Engines?

Battery-powered vehicles are an impressive technological feat. They may revolutionize the consumer market but aren’t built for the commercial sector. Container ships, freight trains, tractor trailers and cargo planes almost exclusively rely on diesel power. In the transportation sector, diesel consumption was 2.78 million barrels per day in 2004 and 2.85 million barrels per day in 2024. It will likely continue to remain linear. 

The best path forward may be hybrid technology, combining combustion engines with battery systems to improve sustainability without sacrificing performance. While diesel hybrids exist, they are relatively uncommon. They are more suited to heavy-duty applications. However, case studies show they are effective. 

The U.S National Renewable Energy Laboratory has helped design and engineer new generations of medium- and heavy-duty hybrid trucks. At a minimum, they achieve a 50% reduction in fuel consumption. Logistics companies should consider retrofitting fleets for electrification. EVs are not going anywhere, but neither are fossil fuels. 

The Future of Diesel Power in Supply Chains

Today, diesel still dominates transportation. Some policymakers and business leaders are trying to convince stakeholders that battery power is better. When steamships and freight trains entered the picture, people didn’t need to be convinced. The new technology simply outperformed the old in every meaningful way, pushing it out naturally. 

EVs aren’t as disruptive as people think. That isn’t to say electric isn’t better in some ways — it is. However, supply chain professionals won’t phase out their combustion engines any time soon unless recharging time and travel distance substantially improve.

Although people assume the dawn of EVs is a sign to sunset combustion engines, that couldn’t be further from reality. Industry professionals should think of it less like the steam locomotive replacing horse-drawn carriages and more like choosing between the train or the subway. Both have practical applications in specific settings — they won’t replace each other.

safety global trade rail corn passenger norfolk MNBR
Archives, Uncategorized

Can Emerging Technologies Redefine Railway Safety?

Leave a comment

Much technological adoption in heavy industries today revolves around efficiency and cost improvements. As beneficial as such changes are, there’s another crucial factor to consider in railway operations — safety. Derailments, crashes and maintenance-related injuries can have devastating consequences, so rail companies must do all they can to prevent them.

Read also: 9 Cutting-Edge Technologies Revolutionizing Railway Infrastructure

While trains are relatively safe, especially compared to previous decades, there’s still significant room for improvement. Could emerging technologies be the solution?

The State of Railway Safety Today

Railway safety standards have generally improved over time with new technology and safer working practices. However, there has been a worrying trend in train operations in the past few years. While accidents are less common than they were decades ago, derailments have increased between 2020 and 2022, as have related fatalities.

Since that report came out, the unfortunate uptick in safety incidents has persisted. There were 6,513 railroad-related injuries in 2022 and 6,705 in 2023. Deaths followed a similar pattern — they increased from 908 in 2022 to 995 in 2023.

Some rise is to be expected from the lows in 2020, as the onset of the COVID-19 pandemic likely played a part. However, the continued increase since then is worrying, even if figures are still below historical highs.

How Can New Technologies Help?

Previous reports have noted that much of the recent uptick may stem from issues with aging rail infrastructure, maintenance and human error. Thankfully, new technologies can address all three of these challenges to make railroad operations safer.

Automation

Innovations like the Internet of Things (IoT) and artificial intelligence (AI) enable substantial safety improvements through automation. These technologies can reduce human error, as well as detect and respond to potential hazards before workers notice them.

One recent study developed an AI model that can identify track conditions with 97% accuracy by monitoring real-time IoT data. As a result, it can spot abnormalities as soon as they arise. Immediately alerting crews of any issues gives them time to respond and stop or redirect the train to prevent an accident.

Automated control systems have similar benefits. AI can respond faster to incoming hazards than what’s humanly possible, and it’s impossible for machines to get tired or distracted. Consequently, a robot conductor is less likely to make dangerous mistakes.

Proactive Maintenance

AI and IoT also enable more timely repair practices to keep train cars and tracks in optimal condition. Predictive maintenance (PdM) can detect issues before they cause failures and alert technicians of the problems before they’re outwardly noticeable. 

In addition to preventing crashes, PdM’s efficiency ensures equipment lasts longer. Longer life spans mean less downtime and costs, giving rail operators more time and money to invest in other safety improvements.

Some rail systems have already begun implementing PdM, and the results have been impressive. One system in Australia can predict rail distortions up to three days ahead of time by analyzing temperature shifts and related conditions. This insight lets crews fix rails before warping could endanger a train.

Infrastructure Upgrades

Long-term rail maintenance and upgrades can see similar benefits from technology. The freight rail industry currently faces a $45.2 billion repair backlog, making planning difficult. 

Deciding which investments will yield the most needed improvements is crucial to make the most of the situation. However, doing so manually is challenging. AI and data analytics help by providing more information and making that insight more interpretable.

IoT data can provide up-to-date insight into different rail sections’ state of repair. Machine learning can then analyze this information to tell operators which upgrades are most needed, helping them allocate resources efficiently. By finding and fixing the biggest problems first, organizations can prevent the largest number of infrastructure-related accidents.

Employee Health and Wellness

The impact of emerging technologies on worker health and well-being is also worth noting. While train crashes may be the most obvious source of injuries in this industry, less dramatic causes deserve attention, too.

Maintaining railroads is physically demanding work, which can lead to repetitive strain injuries or overexertion. Robotic exoskeletons can reduce these hazards by taking much of the load off workers’ joints and muscles as they lift, squat and hold things overhead. One study found that exoskeletons can reduce muscle activation by up to 39% in some tasks, significantly lowering the risk of musculoskeletal injuries.

Automated train operational technologies can also help. Conductors and other onboard staff with lower workloads, thanks to automation, can go through the workday with less exhaustion or distractions. As a result, their focus and mental well-being improve, making them more likely to respond quickly and appropriately to any unexpected hazards, preventing accidents.

Technology Provides a Safer Way Forward

In light of all these use cases, the potential for emerging technologies in railway safety is too big to ignore. While tech is unlikely to eliminate accidents altogether, it could offer the efficiency, insight and workload reduction railroad operations need to reverse the current trend. Even one injury or fatality is too many, so rail freight businesses cannot overlook this opportunity.

goods SAAFF future-proof supply chain carl impact operations work overhaul global trade peak
3pls, Archives, Global Logistics, Global Trade Daily, News

Prioritizing Driver Risk Mitigation to Enhance Supply Chain Safety

Leave a comment

Today’s logistics and supply chain professionals must oversee and influence various factors to ensure goods reach their destinations on time. Vehicle operator safety is an essential aspect, especially with many roads in poor condition and routes full of other risks that people must know how to handle. How should leaders coach and prepare drivers to reduce risks and emphasize safety?

Read also: Descartes Study: 74% of Supply Chain Leaders See Technology as Key to Growth Amid Rising Global Trade Complexities 

Urge Extra Caution in Rural Areas 

Although both rural and urban areas have different risks, statistics indicate crash risks are higher in rural areas. Drivers face numerous threats, including narrower roads, tight curves and an increased likelihood of encountering large wildlife attempting to cross the road. These realities mean people must expect and accommodate various potential dangers. 

Federal statistics also indicate that road fatalities are up to 10 times higher in rural areas than in urban ones. A contributing factor is that seat belt usage is lower in these locations, and law enforcement for not wearing them sometimes only occurs if the police stop a driver for another reason.

Supply chain managers who oversee drivers should review the overall risks with their teams and explain the particular dangers of rural areas. Additionally, parties who assign routes through rural locations should allow drivers more time to complete them, especially during inclement weather or other challenges that could negatively impact safety. 

A 2024 report about rural road conditions also highlighted why supply chain professionals should consider urging policymakers to make necessary improvements, including by increasing investments. The study indicated the United States has a $198 billion funding backlog for repairing and improving rural infrastructure. 

Additionally, its data found the 2022 fatality rate on rural roads was nearly twice that of urban areas. However, it revealed how rural Americans rely more on infrastructure quality than their city-dwelling counterparts, and vehicle travel is 50% higher in their communities than urban ones. Some rural residents may especially need the goods brought by last-mile delivery drivers, too. If someone lives at least a half-hour drive from the nearest store, they may decide it is much more convenient to have essentials brought to their doorstep. 

Ensure Drivers Know How to Report Road Hazards

Many of the nation’s truck drivers work through the night to ensure their cargo reaches distribution centers, customers’ homes and other destinations on time. That means they often use the roads at less popular times and may notice dangers that others will not report until later.

Supply chain managers should coach drivers to remain observant and report issues that may seem inconsequential. For example, the minor displacement of a retaining wall can become a major issue if not addressed. The underlying soil can contract or expand due to its moisture content, exacerbating existing instability. Infrastructure officials must monitor at-risk areas, including those subject to frost heave. Additionally, proactive inspections could reveal impending failures before they show obvious symptoms. 

Since drivers may notice problems between those official checks, they may become the first line of information that tells authorities to take urgent action. One simple but effective way to equip drivers is to ensure they can easily access the correct channel for reporting road hazards. 

Some cases may be so severe that the only practical response is to dial 911. Otherwise, states, cities and counties have dedicated hotlines to alert the proper parties about nonurgent road hazards. Although many are still telephone-based, some exist as smartphone apps. 

Whichever method drivers choose, they should practice confirming the location of detected hazards since those operating the reporting mechanisms will always need that detail. Providing sufficient specificity and accuracy increases the chance of a prompt, appropriate response. 

Urge Vehicle Operators to Limit Distracted Driving

Distracted driving occurs when people let other activities interfere with their focus on the road. It can happen momentarily, such as if someone reaches into the glove compartment for a document or turns the radio tuner to a different station. However, it can also be more severe, like someone getting wrapped up in content on their phone or the vehicle’s interactive dashboard. These distractions can have fatal consequences, regardless of their source. 

A 2024 report found that 34% of drivers had used their phones the minute before a crash. Moreover, drivers who had accidents in 2023 were 62% more likely to interact with their phones while driving. People who frequently used hands-free phone features — including audiobook or navigation apps — were also likelier to crash than those who didn’t. That point underscores how any distraction can increase the probability of wrecks. 

Managers must also realize that being tired, hungry, stressed or uncomfortable can distract drivers. Scheduling sufficient rest breaks and encouraging vehicle operators to get mental health support if needed are proactive ways to reduce the chances of accidents while raising satisfaction. 

Road Safety Supports the Supply Chain

Preparing drivers to respond safely to hazards is essential to keeping supply chains operating smoothly. Accidents cause costly delays and risk the lives of vehicle operators and others on the road. Although advocating for infrastructural improvements is a worthy activity for concerned parties, those enhancements can take a while. Training well-equipped drivers is a more immediate and actionable priority to pursue while urging authorities to repair and maintain the nation’s roads.

supply chain global trade Source-to-contract management
Archives, Global Logistics, Global Trade Daily, Uncategorized

Resilience Through Adversity: How Recent Turmoil Has Strengthened Supply Chains

Leave a comment

It’s no secret that supply chains have had a challenging couple of years. The COVID-19 pandemic limited material supplies in virtually every manufacturing sector before conflict in Ukraine and the Middle East further drove up costs or worsened scarcity. None of that includes the extreme weather, labor strikes and maritime accidents organizations have had to deal with, either.

Read also: Global Shipping Faces Turbulence: Chokepoint Disruptions Threaten Trade and Supply Chains

Amid these repeated waves of disruption, global supply chains are showcasing surprising strength. Prices have come down from record highs, lead times are normalizing, manufacturing capacity is growing and the economy has seemingly avoided severe inflationary pressures. 

At first, such a positive outcome seems counterintuitive. However, a closer inspection reveals that supply chains have not strengthened despite recent challenges but because of them. More precisely, businesses’ reactions to adversity have yielded a stronger global supply chain.

A Rush of Tech Investments

Much of the added resilience organizations have fostered comes through technology adoption. Starting with the COVID pandemic, it became clear that companies needed to modernize their operations to survive in an increasingly challenging environment. Many jumped on the opportunity, driving impressive results.

One survey found that 67% of supply chain leaders had implemented digital solutions for end-to-end visibility in the wake of pandemic-era volatility. Those that did were twice as likely not to encounter any challenges from disruptions in 2022. The same applied to the 37% that embraced scenario planning, and the 53% that improved their data quality saw similar effects.

The most impactful solutions fall into a few common categories. The first is tech to provide information and visibility — things like the IoT, warehouse management systems (WMS) and cloud computing. Systems to interpret and act on this data — such as artificial intelligence (AI) — are another. Finally, businesses have seen advancement through efficiency-driving tech like robotics and software automation.

The potential of these technology categories has always been present. However, organizations often shied away from them, largely out of economic concerns. Even today, costs are the most-cited barrier to tech adoption, with 26% of global businesses saying it hinders them. However, when the pandemic rendered other options unavailable, it forced companies to bet on technology, and now that they have, it’s become a key driver of long-term resilience.

Growing Collaboration

The disruptions of the 2020s have also driven supply chains to evolve on a managerial level. One of the most notable trends to come out of this field is a growing emphasis on collaboration between once-siloed partners and third parties.

Many of the largest recent challenges have revealed a need for greater transparency. They’ve also highlighted how an issue at a single facility or business can affect the entire supply chain. As a result, it’s become clear that organizations need to work together and share information to ensure things work out for everyone involved.

The sector’s tech trends further encourage collaboration. Sharing data leads to more accurate forecasts for companies using predictive analytics and similar tools. Cloud management platforms are most helpful when they can connect to IoT data from a wider variety of sources. As more businesses have embraced these technologies, they’ve recognized the need to work closely with those they rely on.

Of the 69% of chief procurement officers who say developing a resilient supply chain is their top priority, 61% say increasing supplier collaboration is their best strategy to do so. One manufacturer who embraced this approach saw 10% reductions in transportation costs and 13% improvements in delivery performance. As additional success stories pop up, the impetus to collaborate will keep growing.

Abandoning Lean

It’s difficult to discuss changes in supply chain management philosophies without mentioning the move away from lean. COVID-era disruptions would’ve been severe no matter what, but it quickly became evident that they’d have been less so had the industry not relied on lean principles. The pursuit of efficiency above all else may have lowered costs in the short term, but it left companies vulnerable to massive shocks.

This shift is most evident in businesses’ stance on inventories and sourcing. As early as 2020, 19.6% of U.S. organizations said they would start to hold more inventory. A staggering 57.2% said they would diversify their suppliers, with many emphasizing reshoring or near-shoring.

Local sourcing and having multiple suppliers for a product look wasteful through a lean lens. However, it ensures the supply chain can keep operating when a single facility or region encounters difficulties. Similarly, while inventory is technically unused value, it lets companies prevent stock-outs and lengthy delays amid supplier-side disruptions.

The move away from lean principles still shows strong growth today. A 2022 survey indicated that 24% of supply chain leaders aim to diversify and segment their suppliers in the coming years. Philosophies like a commitment to continuous improvement and eliminating waste won’t likely fade entirely, but it’s clear that speed has taken a back seat to long-term resilience.

Supply Chains Will Emerge Stronger After Recent Disruption

Supply chains still have a long way to go before global economies can rest easy. However, things haven’t panned out as dire as they once seemed they would. By and large, organizations have responded as they should to disruption.

While it’s impossible to prevent disruption entirely, it seems businesses have learned from recent history and are embracing new tools and techniques to help them minimize the impact of future extremes.

edible packaging global trade rigid market
Archives, Global Logistics, Global Trade Daily

The Importance of Proper Protective Packaging for Sensitive Goods

Leave a comment

Packaging is more important than it may seem at first. In addition to grabbing consumers’ attention, providing information about the contents and enabling accurate delivery, it must protect the goods inside. When dealing with sensitive products like electronics, food or medical items, such protection has far-reaching consequences.

Read also: Rigid Packaging Enhancing Brand Identity and Sustainability

Maintaining Customer Loyalty

The most obvious of these effects is that failing to protect products in transit results in a tarnished reputation. As many as 58% of consumers today won’t purchase from a business again if they receive a damaged order.

Even if a company offers free returns or full refunds, it’s hard to fight the impact of defective packaging. Shipping damage communicates — however subconsciously — that the brand does not care about the customer experience, only their money. Such feelings exist in the B2B space, too. Retailers are likely to partner with a 3PL with a reputation for care, as it shows they respect the other’s clientele.

Ensuring Regulatory Compliance

While no business wants to lose loyal customers, some industries face even more severe consequences from improper packaging. Heavily regulated items like food or medical products pose health and safety risks in the event of in-transit damage or spoilage. Consequently, such incidents can incur regulatory penalties.

The FDA requires food transport to use methods that do not negatively affect the food. While many of these are a matter of transportation — like using refrigerated trailers — protective packaging plays a role, too. Containers failing to prevent oxidation or humidity, for example, may cause products to expire early.

Similarly, electronics packaging must prevent battery-related hazards like shocks and fires. Anti-static bags and proper insulation for lithium-ion batteries fall under requirements like this.

Minimizing Costs

These regulatory and consumer concerns have a common secondary impact — financial losses. Noncompliance typically results in fines. Loss of customer loyalty leads to lost sales. The monetary consequences of poor packaging don’t end there, either.

Customer churn aside, returns cost U.S. retailers $743 billion in 2023. Even if a company can sell the same product again, they’ve wasted spending on at least two shipments — one to get it to the buyer and one to get it back. In many cases, a damaged product must go to scrap, meaning it also represents a waste of materials and manufacturing-related energy.

Unique Considerations for Sensitive Goods

In light of the expenses, it makes financial sense to spend money upfront on better packaging. Particularly sensitive goods often benefit from custom packaging to meet their unique needs. Made-to-order packages can be ready in as little as two to three days, providing additional protection without impacting shipping times too heavily.

What “protection” means will vary between items, so companies should consider what poses the biggest threats to each product. Insulating against physical shocks is crucial for anything fragile, but airtight packaging to prevent humidity and thermal insulation are more important for food. Electronics require anti-static bags and a separate compartment for lithium-ion batteries.

As businesses review these concerns, they should also apply laws or shipping rules from their 3PL. In many cases, tightly regulated products require certain labels to ensure safe shipping. Remember that such requirements can vary between locations and services. For example, the International Air Travel Association says lithium batteries must have a 30% charge at most to ship, whereas other bodies don’t share the same restrictions.

Since sensitive goods typically require a lot of material, organizations should consider sustainable alternatives to conventional packaging insulation. These include recycled corrugated cardboard, bioplastics, cornstarch and cellulose.

Businesses Must Use the Right Packaging for Their Products

A company must protect whatever items it sells. That means choosing the best packaging for the goods in question. Overlooking such concerns is a costly mistake. It can result in lost customers, regulatory issues and high expenses, so it’s best to prevent damage in the first place. The time and money it takes to ensure protective packaging will be worth it in the long run.