Supply Chain Enablers
Supply Chain

Smart Technology: Optimizing Supply Chain Management Processes

The supply chain crisis during the pandemic may take a while to resolve. Now suppliers and logistics firms are focusing increasingly on sustainability plans to make it through the crisis. Sustainability is important to protecting the environment, but it also involves finance and supply chain management, such as investing in resources and cutting waste. Here are ways the pandemic has forced supply chains to become enablers of sustainability and resilience.


Worst Supply Chain Crisis in Decades

Prior to the pandemic, product managers used 6-month lead times while projecting consumer demand. But as supply chains became cluttered, lead times grew to 12 months. The combination of port and shipping delays, along with labor and supply shortages, has pushed consumer prices significantly higher than pre-pandemic levels. Not only are consumers having trouble finding what they want in stores, but they are also being stung by inflation.

Shipping container costs have surged in recent years partly due to port bottlenecks associated with large shippers taking up enormous space. It’s causing delays, so companies transporting shipping containers must pay significantly higher storage fees than prior to the pandemic. Consequently, the ripple effect has sent shockwaves throughout the market, which are noticeably felt by consumers.


New Supply Chain Priorities

Supply chain priorities are shifting toward protecting the environment, preserving resources, and striving for more efficient production, ordering and delivery methods. A recent survey of 1,000 supply chain executives by Oxford Economics/SAP found that 66 percent have implemented sustainable practices on a wide scale.

Three major shifts in supply chain focus during the pandemic involve sustainability, relationships, and shortages.

  • Sustainability – The concept of investing in sustainable solutions was initially met with resistance in the early part of the pandemic. But now an increasing number of supply chain managers are identifying sustainability as a vital part of supply chain management.
  • Relationships – Supply chains are being held together more by relationships than transactions. Small to mid-size firms have an edge over larger manufacturers at making supply chain adjustments. Large producers potentially have more suppliers to manage and suffer deeper setbacks from shortages.
  • Shortages – Supply chain models are shifting from “just-in-time delivery” to “just-in-case inventory.” Suppliers and retailers must plan ahead more to manage supplies while forecasting demand. That’s why a growing emphasis is placed on technology that generates accurate demand predictions.
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Enabling with Smart Technology

Supply chains are steadily embracing smart technology to become more efficient networks that can easily interact with members and external organizations. Here are five major forms of emerging technology that are enabling supply chains and logistics firms to develop smart ecosystems for streamlining their operations.


1. IoT Sensors Communicating Through Networks

The IoT revolution consists of RFID chips connected with Local Area Networks (LANs), Wide Area Networks (WANs) and the more sophisticated Software-Defined Wide Area Networks (SD-WANs). The sensors collect data and send it to analysts in real time to provide operational insights.


2. Blockchain for Digital Convenience

This underlying technology called blockchain offers traceable and transparent qualities to an individual or organization. Not only can blockchain facilitate decentralized digital transactions with cryptocurrencies, but it can also store digital items securely.


3. Cloud and Edge Computing

The cloud has become the center of business activity because of its efficiency in facilitating remote work and online collaboration with global teams. Businesses are also utilizing edge computing as a way to shorten the data transmission path to their main data center. When a business develops its own satellite cloud data center, it takes the strain off the main data center and allows for faster data processing.


4. Turning to a Predictive Analytics Engine

The use of a predictive analytics engine helps managers forecast unexpected supply chain disruptions. Businesses no longer need to rely on their own data processing centers, as they can outsource to cloud services that provide real-time virtual experiences and analytics. A predictive analytics engine can provide valuable time-saving insights on inventory practices, cost/waste reduction and managing customer satisfaction.


5. AI, ML and Automation Software

Other profound enablers for suppliers are artificial intelligence (AI), machine learning (ML) and automation software. Each of these innovative technologies has the potential to offset labor shortages in some way. AI and ML open the door to accelerating solutions by scanning large amounts of data then recommending answers to problems in a matter of seconds. Automation software helps reduce manual labor, such as redundant tasks that a computer can do faster and more accurately than a human.


Toward More Intelligent Warehousing

When you combine the five areas of modern warehousing and logistics technology together, you get synergism that optimizes supply chains. They each contribute to simplifying an extremely complex process. As smart technology becomes more integrated with supply chain management, it will reduce inventory errors and speed up deliveries. So look for smart technology to become the norm for warehouses and transportation firms.

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battery supply chain
Supply Chain

An Inside Look at the Battery Supply Chain Problems in the United States

The battery supply chain in the United States is saddled with a litany of challenges. This is precisely why the Biden administration recently stated it will implement a plan to review the country’s supply chain. The review will span 100 days, keying in on computer chips, lithium-ion for electric vehicles, and rare earth minerals, which have been low in supply.

Unfortunately, the United States is largely dependent on China for these items. The bottom line is that our reliance on foreign powers for the battery supply chain, computer chips and other important items poses a legitimate national security concern.


The Importance of Batteries in 2021 and Beyond

Lithium-ion batteries are becoming that much more popular as we quickly transition to green electric-powered automobiles that rely on rechargeable batteries. However, the offshoring of labor to Asia has led to our country’s reliance on foreign countries for these essential batteries. This is precisely why the Biden administration will likely take action to create a battery supply chain right here at home that empowers us to be self-reliant, create sustainable energy sources, produce green vehicles, and plenty more right here at home.

However, battery production is not exactly easy or uber-profitable. The slim margins, along with considerable capital investment, heightens risk. The potential for quality recalls makes it even more challenging to make batteries here at home without going deep into debt. Though the United States has nearly a dozen emerging electric vehicle businesses that recently went public, we have dragged our feet in terms of domestic battery production. The silver lining is partnerships are being established with the likes of SK Innovation, Ford, LG Chem, and GM to ramp up the production of green vehicles and batteries.


Batteries in the Context of National Security

A full reliance on foreign battery producers is clearly a mistake in terms of national security. After all, the world is going green, meaning fossil fuels are being phased out while rechargeable batteries are soaring in popularity. If the United States were to remain reliant upon foreign powers for the production of rechargeable batteries or lose control of the minerals necessary to make those batteries, it would threaten our national security. Though Americans are not exactly enthusiastic about performing repetitive labor in manufacturing settings, the bottom line is such jobs will have to be re-shored in the years ahead to fortify our national security.


Biden to the Rescue?

The Biden administration appears poised to ramp up the United States’ production of rechargeable batteries used in electric vehicles and other devices/machines. The first step is to ramp up domestic production by way of the value chain, stemming from mining materials to the production of batteries. In fact, it even makes sense for the federal government to be the initial customer of domestic battery producers, helping them generate much-needed momentum from the get-go. Biden recently stated the federal government will convert its federal fleet to electric vehicles, hiking the demand for rechargeable batteries all the more.


America’s Return to Glory Starts with a Green Transition and Self-Reliance

The Biden administration’s funding of clean energy and green business development will prove vitally important to our nationwide shift to EVs across the ensuing decades and also for bolstering our national security. Though the United States is not on the verge of becoming an isolationist country, a little more self-reliance will certainly improve our national security while employing many more hard-working Americans right here at home. The electric vehicle battery supply chain will likely return to the United States, at least to a certain extent in the months and years ahead.


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cold chain logistics
Supply Chain

The Value of Cold Chain Logistics for Healthcare

Medicine often must be kept in a specific temperature range during the shipping process or it can be damaged, which is why pharma manufacturers favor cold chain logistics. Here's a look at how cold chain logistics is helping improve the healthcare industry.


Preparing for an Aging Population

The pharmaceutical industry is expected to surpass $1 trillion by 2022 partly due to an aging population and rising wealth in developed nations. Biologics such as gene therapy will play a big role in this market, which will require precise temperature monitoring in supply chains. The implementation of cold chain logistics will contribute to more efficient deliveries.

As part of this transformation, IoT sensors will be used to monitor perishable goods throughout the shipping process. Aside from temperature, they will use real-time data to take into account humidity, vibration, ambient light, tilt, shocks, and precise location. AI software can recommend solutions when medical products are in jeopardy of spoiling.


Crucial Aspects of Cold Chain Logistics

Pharma companies must abide by regional requirements when shipping medical products. The use of temperature monitoring and data logging helps establish compliance for local regulatory authorities. Data logging devices capture metrics on temperature and other factors by placing IoT sensors in strategic places such as in manufacturing plants, on delivery vehicles, and within individual packages.

Light sensors can be installed inside packages to confirm product conditions. The built-in temperature monitoring automatically adjusts temperatures to meet delivery requirements. This technology allows analysts to pinpoint where and when problems occur in the supply chain. Another component of cold chain monitoring is machine learning software that analyzes the logging data to recommend process improvements.

Using temperature control in logistics helps resolve a variety of typical supply chain issues such as unexpected delays, clearing customs inspection, and fixing equipment malfunctions. Despite the fact that pharma products rely on temperature consistency to maintain quality, a recent UPS "Pain In the Chain" survey found that over 30 percent of pharma deliveries reached destinations with some form of degradation. Clearly, there's an urgent need to improve pharma storage and handling, which can be achieved with smart thermometers.


Keys to Effective Cold Chain Monitoring

Pharma manufacturers are investing in IoT technology to improve shipping or delivery processes, as sensors can be placed throughout the supply chain for the following benefits:

  • Deep temperature data - Monitoring temperatures in real-time creates a backlog of comprehensive data. What may look like information overkill to a human can feed a machine learning program with the data it needs to make temperature forecasts and adjustments. AI will be extremely valuable for preventing unit losses during shipping.
  • Real-time monitoring - Even when temperatures are ideal for shipping pharma products, it's still helpful to collect a wealth of other data that can affect the product's quality, including vibration from a bumpy ride.
  • Package monitoring - Cold chain monitoring needs to be at the package level to avoid hotspots where problems develop in shipping, such as with items loaded last or located next to a malfunctioning cooling unit.
  • Reliable connectivity - Sensors must remain connected to the network at all times to retrieve data. More RFID innovations are always on the horizon to ensure continuous and more reliable connectivity.

Pharma manufacturers looking to improve ROI should make sure the IoT solutions they invest in are capable of real-time monitoring, reliable connectivity, and (if necessary) equipped with durable batteries.


Conclusion

The healthcare industry and big pharma will improve shipping by investing in IoT for cold chain logistics to generate powerful analytics for superior quality control. Precise monitoring of medicine in the shipping process can reduce recalls and other inefficiencies that cut into profits.


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cold chain management
Supply Chain

Enhancing Vaccine Delivery Through Effective Cold Chain Management

Modern developments in cold chain management for supply chains involve sensors to measure temperatures to gauge the quality of perishable goods. This strategy has become essential in the transport of COVID-19 vaccines. Maintaining appropriate temperature levels is at the heart of this management process, which helps accelerate mass vaccinations.


Logistics Challenges for Vaccine Distributors

The key to improving cold chain management among pharma manufacturers and suppliers will involve developing safety, security, and performance standards for storage and shipping. Companies can use specialized packaging and freezing devices to keep pharma products cold. Track and trace technology can ensure vaccine protection from environmental factors such as heat and light at each stage of the shipping process, from packaging to last-mile delivery.

One of the main concerns for cold chain logistics has been strong cybersecurity, which can be improved with encryption, blockchain, and 24/7 network monitoring software. New test protocols have been developed by manufacturers to improve the chances of successfully transporting vaccines with minimal losses. These test protocols include the following:

  • Temperature sensor sensitivity - Incremental measurements of temperature need to be precise and consistent with standards. The sensors reactivity to heat levels must be calibrated to ensure accuracy.
  • Wireless connectivity - The internet connection needs to be reliable with minimal downtime. The advent of 5G networks will help deliver more data faster at a lower cost.
  • Cybersecurity layers - Each link in the supply chain must be well protected with multiple security types, including firewalls, virtualization, and antivirus software.
  • Free from RF noise - IoT devices based on radio frequency (RF) technology need to be free of RF noise to operate at optimum performance.
  • Reliability - The data management platform, internet connection, and sensors must all be reliable at delivering data on an ongoing basis.
  • Interoperability - As more IoT components integrate and communicate with each other, the smart ecosystem will become more powerful.

Challenges at the packaging stage involve ensuring vials are cleaned and sterilized, whether during the initial packaging process or at a different stage. Manufacturers will need to determine the most efficient methods for sterilizing vials, filling them with vaccines, and letting them cool to the proper temperature level. The next issue to address is how cooled vials will be safely packaged, stored, and eventually transported while maintaining the right temperature.

Once the vaccines have been distributed, other challenges arise concerning the disposal of vaccine packaging materials and vials. By using existing WHO standards, pharma companies and their supply chain partners can accelerate the deployment and refinement of cold chain logistics strategies.


Viewing Logistics Visibility Through IoT Technology

It's essential for pharma and logistics companies to invest in the right IoT sensor technology to reliably deliver actionable data to a central location. From there, the data can be shared across the supply chain to create greater supply visibility and data logging transparency for all stakeholders.

COVID-19 vaccines need refrigeration to protect product integrity, as some need to be stored at temperatures as low as minus 70 degrees Celsius. Standards for refrigerated transport have not yet been developed by ISO, although the organization can still provide process audits to evaluate management quality. Certain standards already exist for testing the performance of shipping containers and systems.

Keeping communication channels open with other suppliers is essential to maximize this management strategy. As long as cybersecurity gaps are closed with solid data protection strategies, and suppliers share vital information, the more they can each play a role in contributing to the synergy that leads to improved logistics.


Conclusion

The pandemic has elevated the standards of cold chain management that pharma companies require from logistics firms they hire. Keeping COVID-19 vaccines refrigerated at safe levels has been key to an efficient and successful distribution strategy, which serves as a model for future vaccine shipping.

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COVID-19 supply chain solutions
Supply Chain

Responding to COVID-19 Supply Chain Disruption with Technology Solutions

The pandemic struck all nations suddenly in early 2020, as many governments simply weren't prepared to handle such a widespread health disaster. Retailers were among the first businesses to close right away in March when public events began getting canceled. Supermarkets had various shortages of products at first partly due to national border closings and restrictions on transportation.

Very quickly many businesses saw revenue dry up and had to fight for survival. Auto production fell 93 percent while over half of small businesses said they might close after a quarter of no revenue. Total worldwide losses from shutdowns are estimated to surpass $5 trillion, making it a bigger fiasco than the 2008 financial crash. Meanwhile, opportunities have increased for local delivery services as part of COVID-19 supply chain solutions.

For the suppliers that stayed in business, supervisors had to ensure workers wore masks and social distancing was being practiced. Hospitals and other healthcare organizations quickly adopted telehealth as a solution for keeping emergency rooms from becoming overcrowded with patients. The use of the phone and other forms of digital communication including video conferencing proved to improve patient care, leading to faster diagnosis and treatment.


New Ways to Deliver Products

The COVID-19 pandemic forced every link in supply chains to rethink their shipping solutions. Online orders surged, putting a strain on traditional delivery services while opening the door for new players to enter the market. Retailers have emphasized online purchasing as well, since it allows customers to place orders quickly instead of waiting in line at a brick-and-mortar store.

Many suppliers for various industries are entering a transformation phase as a result of pandemic challenges. They're increasingly moving toward seamless digital networking that connects members of their supply chains with real-time data. The use of IoT sensors placed in production machines and vehicles is the key to making supply chains more agile in times of disruption.

Data is collected by the sensors, transmitted to headquarters then studied by system analysts. IoT infrastructure allows transportation companies to locate any of their fleet vehicles instantly in real-time. They can also monitor driving speeds and vehicle conditions. The analytics generated from IoT monitoring combined with machine learning can recommend alternate delivery routes for faster arrival times.


Building the Right Team

Manufacturers and suppliers have learned many lessons about sustainability during the pandemic. One of the most important steps for companies to take after developing a seamless IoT infrastructure is to rethink suppliers, then supplement the list of main suppliers with backup resources in case of material or product shortages.

Choosing the right partners in your supply chain will contribute to your company's survival as very few all-in-one manufacturers exist. These days, you must think of the supply chain as both a digital and physical network. The digital part involves order processing, communicating with customers, and tracking the shipments.

It is also worth noting the tremendous impact online reviews have on influencing other consumers and vendors. If something goes wrong with logistics, it could affect customer satisfaction or show up online as a complaint. Working with seasoned IT experts helps prevent logistics errors.


Conclusion

Not only do you need to pick the right suppliers, but you also need to work with competent tech professionals that can oversee your digital transformation. Getting guidance from experienced technicians is often the key to gaining a competitive edge in both the digital and physical worlds. Exploring COVID-19 supply chain solutions will help put your company on the road to sustainability.

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Micro-fulfillment Centers
Supply Chain

How Micro-Fulfillment Centers Enhance Last-Mile Logistics

The rise of micro-fulfillment centers (MFCs) marks a new era in last-mile delivery as they help meet customer expectations of speed and convenience. While the average warehouse covers about 180,000 square feet, MFCs are much smaller facilities that might only cover 5,000 square feet. Here's a look at how these centers make life easier for manufacturers and their customers.


Geography of Last Mile Logistics

One of the most significant elements of a micro-fulfillment center is its location. Shortening delivery times from the warehouse to the customer comes down to strategically placing MFCs within the vicinity of local customers. The center can be located downtown or anywhere near the outskirts of the city so that e-commerce and last-mile logistics are optimized for efficiency.

Smartphones and e-commerce have sped up consumer buying habits. Consumers now demand and expect fast deliveries of whatever they purchase online. More and more consumers want and expect next-day delivery service. Decentralized logistics boost customer satisfaction, so it's important to understand this modern and efficient method for accelerating product distribution.


MFC Benefits

Suppliers have an opportunity to become much more efficient with the strategic placement of multiple MFCs in a large city. Companies can determine where to place MFCs by studying website analytics and order information on where clusters of customers reside. Here are some of the key advantages for a manufacturing company to invest in the micro model of distribution.

  • Automated packaging - The use of automation at MFCs makes last-mile delivery more efficient in picking, packing and transporting products. Brands and packaging designers will need to analyze how last-mile automation works so they can make their products easier to handle in the final stage of the shipping process.
  • Specialized inventory - Each MFC will be limited in its immediate inventory, as some of these small centers may just serve as locations to place orders while others specialize. The limited inventory will likely be based on the most popular selling merchandise.
  • Sped up manufacturing - When MFCs are located close to customers, they create more direct engagement with the brand on a regular basis, which speeds up purchasing decisions. The more MFCs are able to fulfill orders in a timely manner, the more manufacturers can think about accelerating production and inventory cycles.
  • Create a more competitive retail environment - Due to limited assortment and shelf space at the small centers, retailers will be more competitive in the brands they carry. It will allow certain stores to specialize in more niche products that are ignored by competitors.


Automated Turnkey Solution

Growth of micro-fulfillment centers will depend on investments in new technology and proper installation by technical experts. MFCs are attractive to manufacturers because they cut costs on storage, energy, and transportation with the strategic placement of small stores or hubs that connect orders with deliveries. Manufacturers will gain a competitive edge when they implement omnichannel strategies in their logistics systems.

While an in-store retail operation might typically be able to process 1,000 orders per week, an automation fulfillment center can process over 4,000 orders per week and still achieve one-hour fulfillment.

Maximizing space efficiency is another reason MFCs have proven to be an innovative distribution model that's clearly more than a trend. Firms have succeeded with this model by investing in software platforms that simplify and improve store fulfillment, e-commerce, and multi-carrier shipping applications. Selecting a powerful Warehouse Management System (WMS) is necessary for adopting an automated turn-key solution.


Conclusion

The spread of micro-fulfillment centers is a signal that the retail industry is going through a transformation driven by the need for greater economic efficiency and customer satisfaction. Placing these small centers in appropriate locations to meet consumer demands helps pave the way toward greater profit margins. MFCs ultimately fall under the umbrella of sustainable solutions due to how they streamline operations.

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Reverse logistics
Supply Chain

Understanding Reverse Logistics in Supply Chains

Reverse logistics is a supply chain strategy that can improve profit margins. It involves returned merchandise after a sale, as the product flows back into inventory status. It's one of the four types of logistics, besides those related to supply chain management, distribution, and production. Here are insights on how reverse logistics can benefit your company.


The Flow of Reverse Logistics

Most retailers have a return on goods policy for customers who are dissatisfied with the product, perhaps due to a defect. The system of returning items after the point of sale is what defines reverse logistics. It's a necessary part of customer fulfillment because of the nature of how many consumers base purchasing decisions on online reviews. If your company lacks a customer-friendly return policy, it can lead to a wave of negative comments on forums and local directories.

A manufacturer can repurpose returned items in numerous ways, such as donating to charity or recycling. Both of these strategies help build a better reputation for the brand on sustainability. When items are just trashed, it can have an adverse impact on the environment and the company's image, so they need to figure out how to cut waste. Ultimately, returns create opportunities for closer engagement with customers.

Allowing returns for multiple reasons gives the customer a feeling of less risk-taking when they buy from your company. They may feel more adventurous about buying new items they can test out and return if the products don't live up to their expectations.


Why a Return Policy Should Be in Place

Your return process needs to make economic sense by helping facilitate future sales. Being flexible with your policy shows that you value the opinions of your patrons. The process should help streamline your operations toward greater efficiency and create a more seamless customer experience.

In order for brick-and-mortar stores to compete with online retailers, it's necessary to improve every step of the customer journey. Establishing a clear return policy is crucial in today's competitive e-commerce environment, otherwise customers might explore other choices that are just clicks away.

The steps for returning a product may involve shipment back to the manufacturer or warehouse, product testing for defects, and documenting factory flaws. Additional steps might include restocking, recycling, or repairing the returned product, or in some cases, disposal.


Different Approaches to Maximizing a Return Policy

  • Third-Party Logistics (3PL) - Businesses often form partnerships with third-party logistics firms to handle returns at lower costs. Some 3PLs participate in the reselling of returned items, while others may specialize in inspections or repairs.
  • Aim for an Efficient Policy - The key to a successful return policy is how your company or 3PL utilizes technology and data to analyze the various reasons for returns. A 3PL warehouse specialist may troubleshoot and repair the item, which contributes to data on product quality and preserves the item's retail value.
  • Evaluate Transportation Efficiency - As more consumers turn to e-commerce solutions and online ordering, companies will need to evaluate transportation options and factors such as fuel efficiency and travel speed. Developing strategies such as pickup and delivery in one trip will improve transportation efficiency. Another emerging strategy is to use a centralized return center.
  • Review Vendor Agreements - When setting logistics policies, you should think about your existing agreements with third parties. It's advantageous to know the return policies of the various vendors you work with, which can shape your overall return policy.


Conclusion

The demand for e-commerce is growing due to convenient online shopping experiences that have been improved upon during the pandemic. As this demand increases, it influences supply chains to refine reverse logistics as a way to build customer trust and loyalty. Transportation and logistics firms are already preparing for or participating in this global transformation toward more sustainable business practices.

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supply chain solutions
Supply Chain

Innovative Solutions for Supply Chain Management in 2021

Long before omnipresent digital technology, innovative solutions were needed among suppliers to overcome challenges related to system weaknesses. History shows that relying on manual labor is bound to lead to processing errors, often due to fatigue from redundant tasks or unclear instructions. Here's a look at how modern supply chain solutions have streamlined logistics.


Strains on Supply Chains

The pandemic has strained supply chains in multiple ways involving logistics from scheduling to product distribution. Conditions are extreme compared with supply chain challenges of the past. It's now important for each link in the supply chain to constantly assess its own performance and resources using real-time data. Sharing this data with other suppliers helps strengthen overall logistics.

The current five most talked-about supply chain issues can be resolved with a resilient team of dedicated personnel and the right supply chain solutions. A common theme that connects these issues is they all relate to investing in new technology or having the right technology in place that adapts well to constant changes. IoT sensors are now at the heart of big data collection, which leads to exponentially more operational insights throughout the entire supply chain.

Data analysis helps take the mystery and stress out of deciding how an operation can become more efficient with higher profit margins. Taking this concept one step further, AI technology can speed up data analysis. What used to take one person years to research can now be learned in seconds with the help of machine learning software. The beauty of AI technology is it can detect and even fix vulnerabilities that humans tend to overlook.


5 Solutions for Supply Chains Problems

  • Become More Resilient - One way suppliers can survive the challenges presented by the pandemic and beyond is to move toward leaner processes. Many companies are moving in the direction of sustainability out of necessity since it involves maximizing cost efficiency and reducing strain on the environment. Sustainable solutions, such as investing in a digital infrastructure, are clearly growing in demand. Companies must develop backup suppliers in case shortages in materials or labor occur.
  • Allow for Greater Flexibility - Adding flexibility to company operations allows for last-minute adjustments due to monitoring real-time data. High levels of visibility and integration are necessary in today's data-driven business environment. Transportation companies that own a fleet of vehicles can now monitor data on each vehicle at all times. Access to this data allows scheduling for pickups and deliveries to be more flexible.
  • Optimize End-to-End Visibility - The key to greater visibility in a supply chain is to adopt technology such as RFID chips, which communicate through sensors. They can be placed in products and in vehicles to track location status at all times. Sharing IT personnel among suppliers can be helpful in proving quick solutions to technical problems.
  • Prepare for Disruption and Change - As a player in tomorrow's competitive business environment, you'll need to spend time on change management. The use of digital twins allows a company to test software solutions, which can lead to gaining a competitive edge by inspiring even better processes and new technologies.
  • Utilize Data to Create Value - The more you integrate AI technology into your infrastructure, the faster you'll be able to solve system problems. Data can be used in many creative and productive ways, such as analyzing system vulnerabilities and determining viable solutions. Analysts must prioritize data to prevent spending too much time on trivial matters and focus on the most relevant data.


Conclusion

Implementing the right supply chain solutions is imperative in today's consumer world of high expectations for next or same-day delivery. Through digital transformation, companies will be able to curb inefficiencies, create value, and improve supply chain visibility by strategically investing in the right technologies.

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reverse logistics challenges
Supply Chain

How to Overcome Reverse Logistics Challenges

Understanding reverse logistics challenges will be crucial in the coming years due to the growing emphasis on meeting consumer demand and satisfaction. Reverse logistics is the process of handling returns, recycling, and disposal. The rise of third-party logistics (3PL) firms is helping raise distribution standards by investing in innovative technology that streamlines last-mile delivery. Here are important issues businesses should think about for a successful return policy.


Why Reverse Logistics Is a Rising Concern

Product shipments move from the factory to distribution hubs and then to retail outlets or directly to consumers. Recent studies have shown that it takes about 20 percent more space and double the labor to process a return compared with shipping a package. Up to nearly a third of gifts bought online are returned after the Christmas season versus only 8 percent for physical stores.

An important recent e-commerce statistic from XPO for all online businesses to consider regarding returns is that 83 percent of consumers make the return policy a factor in determining online purchases.


Solutions to Reverse Logistics Problems

Top solutions to reverse logistics challenges include embracing and implementing sustainable solutions that help cut costs, waste and negative impacts on the environment. Manufacturers are concerned about maintaining a positive public profile and must run operations as efficiently as possible. In order to maximize efficiency, manufacturers need to invest in smart technology that generates real-time data on operational processes and automates redundant tasks.

Here are some of the problems common to retailers and suppliers regarding reverse logistics that can be resolved with the appropriate technology solution:

  • Tracking unit value - While it may seem difficult to track the value of a unit that is taken out of inventory and put under inspection for repair, the right tracking software can generate estimated value for returned items based on the consumer's claims. The program knows the value is worth more than $0 but less than full value. It then factors in the reason for the return and adjusts the value to maintain real-time data for the accounting department.
  • Warranty and routing status tracking - Since warranties can be complex, it's important to maintain easy access to them via software when difficult service issues arise. A retailer can get warranty reimbursements using the right software. Reverse logistics may also involve routing packages within a facility, which may involve automation equipment. RFID chips can communicate with a central control center to track item locations in real-time.
  • Agreements with dealers and contractors - The contracts merchants sign with suppliers should clearly specify the roles and responsibilities of each party. These contracts with manufacturers, distributors, and third-party vendors should be readily available in digital form to review at any time. These agreements determine what happens when items are returned for certain reasons such as defects. The software should allow for setting policies on replacement parts and other reverse logistics concerns.
  • More efficient repair processes - Another reason to use sophisticated inventory software that tracks all items is to monitor, analyze, and schedule the unit for repair. Fixing the problem allows the company to still sell the product, which cuts down on waste. Machine learning software can play a significant role in streamlining the repair process by diagnosing problems and recommending solutions. The software can then document the results. Ideally, reverse logistics analysts can access a video tutorial on the specific problem, which can accelerate the learning curve on repairing the item.


Conclusion

Selecting the right technology is an important step to meeting reverse logistics challenges in supply chains. The technology solution should be able to track the complete journey of a product from the manufacturer to its destination, including after a customer returns it. Since there are a multitude of complexities involved with manual labor handling reverse logistics, it's best to use robust inventory management software that is set up to simplify customer returns.

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reverse logistics and customer satisfaction
Supply Chain

Maximizing the Link Between Reverse Logistics and Customer Satisfaction

With companies of all sizes increasingly working on improving reverse logistics and customer satisfaction, it's no wonder you'll notice fewer signs that say "all sales are final." At one time, such signs helped retailers avoid customer returns, but now there's a new paradigm that favors allowing returns as a competitive step to win customer loyalty. Here are ways that modern thinking behind reverse logistics - the process of returning merchandise - is impacting the retail industry.


Why Customer Expectations Matter

The connection between reverse logistics and customer satisfaction has become important to consumers who research products online. Consumers increasingly expect online or traditional retailers to be flexible enough to post a return policy on their website. If web surfers can't easily find the page, they usually start searching other websites. One of the key pain points for consumers ordering products online is they can't test the product before purchasing it.

Retailers must remember that order fulfillment is a process that continues after the customer takes possession of the product. Since the goal of retailers is for the customer to be satisfied with the product, the store needs to at least give the customer their money back or exchange the product for one that functions properly. In the old paradigm, companies that offered a return policy stood out as fair and reputable. These days, a retailer is more likely to stand out in a negative way if it doesn't offer a hassle-free return policy.


How Reverse Logistics Affect Customer Experiences

A high percentage (95%) of consumers who experience a positive return process will likely provide repeat business for the retailer, according to marketing research firm Multichannel Merchant. That statistic alone should be enough to encourage retailers to modernize their technology so that it works well for reverse logistics strategies. Studies further show that bad customer experiences without return policies lead to long-term negative impressions of the company, as the consumer is three times more likely to never return again.


Reverse Logistics Enhancement Strategies

  • Learn why customers return merchandise - Tracking original purchase data is essential to resolving customer complaints. The retailer should investigate the problem enough to document why the consumer is unhappy with the product to help reduce such problems in the future. Retailers must also avoid putting the returned item back on the market without testing it first.
  • Use transparent monitoring systems - While it's common for businesses to monitor products across the sales process, many old-fashioned retailers lose track of what happens to customers after they return merchandise. A retailer can improve the chances of customer satisfaction on returns by making the reverse logistics process visible across the entire supply chain. Close monitoring of return data helps a retailer hang on to customers who are ready to ditch the brand.
  • Establish clear return policies - Avoid hiding your return policy in fine print. Make it easy to find for followers exploring your company site. Don't flood it with legal jargon. Instead, make it as clear as possible with a sense of caring for customer expectations. Clear and responsive communication helps reduce negative effects.
  • Move toward modern technology - You can gain an edge in customer satisfaction by investing in the proper technology that facilitates reverse logistics strategies. It should include user-friendly tools to reconcile returns and inventory that integrates with e-commerce software. Using a warehouse management system (WMS) and adaptable inventory management helps separate good products from flawed merchandise.


Conclusion

More than ever, retailers are feeling the pressure between facilitating reverse logistics and customer satisfaction. It's now a business survival strategy rather than an option for companies that take online orders. The key to winning a loyal retail following is paying attention to customer expectations and finding solutions to pain points. Optimizing the supply chain for reverse logistics is now essential to maintain loyal customers.

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