A large number of supply chain businesses still rely heavily on legacy processes that served them well in the past. But over time, it becomes increasingly difficult for these businesses to keep pace with the evolving business environment. The fierce acceleration of technological progress over the last several years has prompted supply chain businesses to change their approach.<\/p>\n
Relying on traditional methods is no longer enough to meet market demands. Utilizing machine learning in supply chain operations for processing huge amounts of data, identifying patterns, and providing actionable insights is an agile solution that helps businesses proactively prepare for the future.<\/p>\n
Key takeaways:<\/p>\n
- \n
- In the years 2023 to 2030, the market for digital supply chains is expected to grow 2.5 times<\/li>\n
- Traditional supply chain methods rely on human expertise, but machine learning is self-managed and continuously uses data to make automated decisions<\/li>\n
- Machine learning is helping supply chains become smarter and more resilient to change<\/li>\n
- Machine learning in SCM can automate demand forecasting, route optimization, inventory management, predictive maintenance, warehouse management, and other supply chain domains<\/li>\n
- Some leading companies, such as UPS, have already been using deep learning in supply chain for more than a decade<\/li>\n
- Data quality, connection to legacy systems, and upfront costs are among the challenges in integrating ML into supply chain operations<\/li>\n
- Companies can get custom machine learning solutions built specifically for their supply chain needs<\/li>\n<\/ul>\n
Traditional vs modern supply chain practices<\/h2>\n
Traditionally, supply chain decisions are based on a manager\u2019s intuition and expertise. Companies have relied on the experience of their managers to notice seasonal increases in consumer demand for certain products. However, as operations expand and there\u2019s more data, it becomes difficult and time-consuming to process all the information manually. An increase in the volume of transactions and the growing consumer demand have caused supply chains to become convoluted. Traditional approaches to predicting consumer demand have become inaccurate, inefficient, and not agile.<\/p>\n
Supply chain businesses understand the limitations of traditional practices and have shifted to a data-driven and technology-adept approach. According to a 2023 KPMG supply chain trends survey<\/a>, six out of 10 supply-chain organizations plan to invest in digital technology to improve supply chain processes<\/a> and data analysis<\/a>. More and more organizations recognize the power of data to improve supply chain<\/a> operations and processes. The digital supply chain<\/a> market revenue continues to grow, confirming that more and more organizations opt to digitize their supply chain processes. The digital supply chain market, valued at $5.4 billion in 2023, is expected to reach $12.8 billion<\/a> by 2030. That\u2019s an increase of more than $7 billion in just seven years!<\/p>\n
![\"Powering](\"https:\/\/d17ocfn2f5o4rl.cloudfront.net\/wp-content\/uploads\/2023\/12\/BP-Machine-Learning-Supply-Chain-Infographic.jpg\")
<\/p>\nSource: NextMSC<\/a><\/em><\/p>\n
Machine learning adoption by supply chain businesses is expected to grow fivefold, from 15% in 2022 to 73% in 2027, according to an MHI and Deloitte survey<\/a>. Machine learning integration can offer many benefits to supply chain companies, including precise demand forecasting, optimization of logistics and transportation<\/a> processes, and accurate stock-keeping.<\/p>\n
Moreover, it helps automate complex and mundane data analysis processes, streamlining operations<\/a> and eliminating potential errors. Supply chain organizations leverage machine learning to analyze historical data, learn from it, and become more effective and resilient to outsmart the competition.<\/p>\n
Why is machine learning important for supply chain management?<\/h2>\n
As supply chain businesses implement machine learning for supply chain data, they have started witnessing the powerful transformation of supply chain operations. Let\u2019s dive into the key benefits of machine learning in supply chain that can make a big difference.<\/p>\n
Enabling predictive intelligence<\/h3>\n
Even though supply chain organizations often possess large amounts of data, they find it challenging to extract meaningful insights from it to forecast trends and prepare for the future. Machine learning is a useful tool for anticipating future market and customer dynamics<\/a>. In particular, machine learning can model various market scenarios to forecast behavior with a high degree of accuracy, detecting patterns and interconnections that aren\u2019t apparent at first glance. For instance, a machine learning\u2013powered model that predicts consumer demand outperformed a previous model by more than 150% as indicated in a Gallup study<\/a>.<\/p>\n
Use cases of predictive intelligence<\/a> provided by machine learning include accurate demand forecasting, proactive alerts on supply chain disruptions, and prediction of transportation delays.<\/p>\n
Automating supply chain decision-making<\/h3>\n
A lot of decisions supply chain managers make involve high stakes and bear significant consequences for cost-effectiveness and overall business performance. These decisions often involve trade-offs, such as maintaining high inventory levels to make sure all products are available versus optimizing storage<\/a> space. Or delivering goods fast, which entails higher transportation costs, or choosing more thoroughly planned logistics, which may result in longer delivery times.<\/p>\n
Machine learning can assist in these decision-making burdens by automating mundane processes such as order fulfillment, inventory renewal, and supplier selection. It can also aid in making complex decisions, supply chain forecasting<\/a>, or determining opportunities for better resource allocation. Machine learning algorithms can evaluate consumer behavior and competitor prices to suggest optimal pricing strategies so that businesses can improve their revenue and profitability. The growing reliance on machine learning for strategic decision-making is reflected in a Gartner<\/a> report that estimates 50% of supply chain companies will use machine learning to improve their decision-making by 2026.<\/p>\n
Creating adaptive systems<\/h3>\n
![\"Warehouse](\"https:\/\/d17ocfn2f5o4rl.cloudfront.net\/wp-content\/uploads\/2023\/12\/BP-ML-for-supply-chain_graphics-2.jpg\")
<\/p>\nTraditional supply chains use static models and predefined strategies that can\u2019t fully embrace the constantly changing global trade environment. For instance, they can\u2019t promptly incorporate sudden changes in customer demand, which may lead to stockouts or overstocking. Machine learning reshapes this issue with adaptable systems that absorb all available information, such as market trends and customer preferences, to create powerful action plans that make supply chain companies more effective and resilient.<\/p>\n
Examples of adaptive systems are end-to-end autonomous supply chain planning systems that aid in decreasing obsolete inventory by up to 20% and reducing supply chain expenditures by 10%, as reported by McKinsey<\/a>. In particular, such adaptive systems can aid with forecasting changes in product demand and automatically adjust all processes and decisions along the supply chain accordingly. As a result, supply chains function more efficiently in volatile circumstances, needing less human oversight and decision-making.<\/p>\n
Integrating IoT and machine learning<\/h3>\n
McKinsey<\/a> estimates that the biggest value IoT provides is managing operations, representing up to 39% of the entire economic value created by IoT in factories and equating to an estimated savings of up to $1.3 trillion by 2030. This is evidence of the decisive role IoT plays in improving operational effectiveness. The convergence of IoT and machine learning takes it all one step further. Machine learning provides up-to-the-minute visibility of different points in the supply chain, enabling proactive identification of equipment failures, stockouts, or transportation delays. One example of this is a predictive maintenance solution<\/a> developed by Intellias that integrates IoT<\/a> with machine learning to monitor oil and gas leaks.<\/p>\n
IoT sensors can detect inventory on shelves, and machine learning algorithms can determine whether the identified stock levels are the same as those documented. Even more, machine learning algorithms are capable of forecasting required stock levels and automatically reordering goods when needed.<\/p>\n
Building ethical and sustainable supply chains<\/h3>\n
Machine learning aids with identifying environmental issues as they arise, such as excessive water use, pollution, or growing greenhouse gas emissions. Machine learning algorithms use data from different sources, such as water flow sensors and historical water usage patterns, to determine anomalies in water consumption that may indicate leaks or overuse. In addition, machine learning algorithms can track and analyze the carbon footprint of supply chain operations, determining possible sources of concern or atypical emission levels. An example of how big data transforms the supply chain is an equipment monitoring platform<\/a> Intellias has developed for a wireless sensor vendor in the Baltic states. This platform is used across a network of 125 stores, enabling efficient monitoring of refrigeration equipment and saving millions of dollars in potential food spoilage while reducing energy consumption by about 20%.<\/p>\n
Simplifying regulatory compliance<\/h3>\n
Machine learning algorithms assist with the automatic processing, categorization, and validation of supply chain documentation, such as invoices, shipping documents<\/a>, bills of lading, and customs declarations. Such automation shortens the time needed to process documents, as it\u2019s not necessary to review each of them manually. This leads to faster clearance times and speeds up the whole process. For instance, Klearnow<\/a>, a startup that automates document processing with machine learning, has helped a manufacturing company exporting products from Asia to Europe to decrease its customs clearance time by 50% with machine learning algorithms that automate document processing.<\/p>\n
\n\t\t\t![\"Digitally](\"https:\/\/intellias.com\/wp-content\/uploads\/2022\/07\/Digitally-Mature-Logistics.jpg\")
<\/div>\n\t\t\t\n\t\t\t\t\n\t\t\t\t\tDIGITALLY MATURE LOGISTICS WHITEPAPER<\/div>\n\t\t\t\t\tConquering the Waves of Technological Disruption<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t Download now <\/span>\n\t\t\t<\/div>\n\t\t<\/a><\/div>\nOperations in logistics that ML can help with<\/h2>\n
So, where exactly are ML-based adaptive systems and other ML solutions making a significant impact now, and where will they become almost indispensable shortly? Before we explore each particular use case in more detail, let\u2019s get an overall picture of the supply chain domains that benefit the most from integration with machine learning:<\/p>\n
- \n
- Demand forecasting. Unlike traditional software that relies on fixed formulas, machine learning (ML) offers a more dynamic solution. By identifying patterns and adjusting predictions as the market fluctuates, ML-based systems provide more accurate and responsive demand forecasts.<\/li>\n
- Route optimization. With static solutions, the routing plans are determined by the initial data input, governed by the information that was available at that time. ML tools, on the other hand, can instantly recalculate the best paths in case of unforeseen circumstances, such as protests that impact traffic or changes in orders, without human intervention.<\/li>\n
- Inventory management. Fluctuating demand patterns can cause delays as companies adapt to these changes. ML inventory management tools can self-adjust the optimal reorder quantities based on the data they continuously receive and process. Additionally, these advanced systems can simultaneously consider multiple factors, solving the problem of inventory with machine-driven content in the supply chain.<\/li>\n
- Predictive maintenance. In the past, businesses planned equipment maintenance according to manufacturer guidelines. Machine learning allows for truly predictive maintenance, analyzing the condition of each specific machine in real-time.<\/li>\n
- Warehouse management. ML, especially when combined with IoT, is an excellent solution for automating warehouse management. All the data from IoT systems is automatically transferred to machine learning applications in supply chain, which then analyze product arrivals, shipments, and more to optimize storage layouts or detect inefficiencies.<\/li>\n<\/ul>\n
While traditional software is a big step in automating processes and streamlining operations, the combination of machine learning and supply chain management can significantly improve the bottom line of a supply chain business.<\/p>\n
Key machine learning use cases in the supply chain<\/h2>\n
Estimating customer demand and optimizing inventory levels<\/h3>\n
The most important use case for machine learning in the supply chain is forecasting customer demand and correcting inventory levels accordingly. As per the 2022 MHI annual industry report<\/a>, 46% of supply chain businesses find forecasting customer demand challenging. Machine learning can estimate customer demand with impressive accuracy by analyzing seasonal trends, historical sales, and customer behavior. Thanks to machine learning estimates, supply chain organizations can maintain just the right quantity of goods and avoid stockouts or overstocking.<\/p>\n
For instance, if a supermarket chain lacks a sophisticated inventory management system that relies on machine learning, managers have to track goods and their movement manually, relying on their feelings about how many goods they need. Machine learning can provide exact estimates of how much stock the supermarket actually needs. Walmart leverages<\/a> machine learning in its Element system to analyze data on specific items sold at each store location.<\/p>\n
Improving route and transportation planning<\/h3>\n
![\"Machine](\"https:\/\/d17ocfn2f5o4rl.cloudfront.net\/wp-content\/uploads\/2023\/12\/BP-ML-for-supply-chain_graphics-8.jpg\")
<\/p>\nAs transportation is one of the major cost drivers for the supply chain, focusing on reducing transportation expenditures significantly decreases overall expenses and raises business profitability. According to a report by the American Transportation Research Institute<\/a>, the cost of trucking in 2021 soared to the highest level in 15 years, reaching $1.85 per mile. Machine learning can help to lower cost by reducing delivery times by up to 20%, especially in highly congested urban areas. What\u2019s more, machine learning can optimize delivery routes<\/a> and dynamically adjust delivery schedules so that supply chain organizations can deliver products faster and more efficiently.<\/p>\n
This use case is highly relevant for manufacturing companies that dispatch a huge fleet of trucks daily all over the country. Machine learning is like having a team that constantly analyzes traffic patterns, calculates optimal routes in real time, and adjusts driver schedules to avoid delays and traffic congestion. For instance, the startup Valerann has developed<\/a> a machine learning algorithm that monitors road conditions and predicts congestion using wireless sensors.<\/p>\n
\n\nLearn how we developed a telematics for fleet management software that consolidates data from vehicles in the field<\/p>\n
\n<\/div>\n <\/div>\n <\/div>\n Read more<\/span>\n\t\t <\/a><\/div>\nElevating warehouse management<\/h3>\n
Machine learning can automate mundane warehouse processes, such as picking and packing, and can suggest optimal product placement across the warehouse, maximizing spacing and stock layout. More than that, machine learning algorithms can optimize routing operations in the warehouse so that machines minimize travel time for picking orders. Robots can take warehouse automation to the next level, taking care of repetitive and uninteresting tasks. For instance, Alibaba, a global eCommerce giant, has opened<\/a> a robot warehouse that has over 700 robots working in it.<\/p>\n
According to an Ernst & Young survey<\/a>, by 2035, 45% of supply chains are anticipated to be mostly autonomous, using automated guided vehicles (AGVs), robots, and driverless forklifts. AGVs greatly improve productivity and save costs in materials handling, providing 50% better efficiency compared to manual labor. AGVs can work around the clock, including at night and on holidays, with a single machine performing the work of nine human workers according to a Cyngn report<\/a>. This results in considerable cost savings, decreasing labor costs by up to 50%.<\/p>\n
Predicting and managing supply chain risks<\/h3>\n
Supply chain disruptions cost large companies more than $184 million a year, according to the Interos Annual Global Supply Chain Report<\/a>. The high cost of disruptions prompts supply chain organizations to embrace business resilience. Machine learning aids in determining potential supply chain risks by monitoring supply chain activities, historical data, and external factors such as geopolitical tensions, natural disasters, and economic shifts. In particular, supply chain managers can set up different types of alerts to get foresight about issues that might arise so they can react promptly and continue being operational and prepared for adverse circumstances. For instance, supply chain managers can set up supplier risk alerts, market demand fluctuation alerts, geopolitical risk alerts, natural disaster risk alerts, and other types of alerts to be well-informed and ready to act.<\/p>\n
Smartly selecting suppliers<\/h3>\n
Selecting the best suppliers<\/a> is a very important factor in supply chain success. Businesses use machine learning to assess supplier performance based on different criteria such as supplier history, product cost, quality lapses (if any), and delivery time. This assessment process can be automated, saving time and streamlining the supplier selection process. Walmart uses machine learning<\/a> to improve its supplier selection process.<\/p>\n
Detecting fraud in supply chains<\/h3>\n
Beyond choosing suppliers, there\u2019s the ongoing issue of safeguarding supply chain integrity. As per an IBM report<\/a>, 87% of chief supply chain officers find it challenging to anticipate and effectively manage fraud<\/a>. Machine learning algorithms can tackle this problem by analyzing transactions, supplier data, and shipping patterns to identify anomalies and detect potential fraud. As a result, businesses are equipped with information about potentially fraudulent activities and can protect their assets. For instance, PayPal leverages<\/a> machine learning to evaluate credit card transactions and determine potential fraud.<\/p>\n
Enhancing the customer experience<\/h3>\n
The end goal of any supply chain is satisfied customers. Machine learning personalizes customer interactions and enhances customer service by assessing customer feedback, purchase history, and support queries (if any). This helps businesses provide forward-looking customer service with tailored product recommendations and tune their products to meet evolving customer needs.<\/p>\n
Examples of machine learning use cases that enhance the customer experience are chatbots that handle mundane customer queries, support ticket categorization and prioritization, and a self-service knowledge base that provides tailored how-to articles according to a customer\u2019s needs. Salesforce reports<\/a> that companies using chatbots see a 27% increase in agent productivity, allowing them to handle a larger volume of customer queries at once.<\/p>\n
Challenges of machine learning adoption for supply chains<\/h2>\n
Though machine learning promises huge improvements in predicting customer demand, estimating exact inventory levels, and enhancing transportation planning, the road to successful machine learning implementation<\/a> is full of challenges.<\/p>\n
Data availability, consistency, and quality<\/h3>\n
Accurate, complete, consistent data lies at the heart of effective machine learning implementation. Machine learning algorithms are as useful as the data they learn from. Quite often, data is siloed and dispersed across systems and departments, and integrating it all into one system is costly, time-consuming, and requires specific expertise.<\/p>\n
Black box challenges<\/h3>\n
Machine learning algorithms, especially those built on deep learning, often resemble black boxes, as it\u2019s unclear how they arrive at certain assumptions. This is because the algorithms use a considerable number of parameters and layers, making it difficult to track the exact path of data processing.<\/p>\n
\n\nEliminating guesswork from product engineering with the glass box strategy<\/p>\n
\n<\/div>\n <\/div>\n <\/div>\n Read more<\/span>\n\t\t <\/a><\/div>\nIntegration with existing systems<\/h3>\n
Often, existing systems have a software architecture, data format, and functionality that aren\u2019t compatible with the latest machine learning models. Smooth integration of machine learning algorithms into current systems necessitates middleware, such as Apache Kafka or RabbitMQ, custom APIs, or considerable upgrades to existing systems, which are expensive and require thorough planning and professional help.<\/p>\n
Expenditures and ROI<\/h3>\n
The cost of implementing machine learning algorithms includes not only investment in the technology itself but also expenditures on data collection, cleaning, validation, and uniformity. Additionally, companies might require investment in new infrastructure, such as cloud platforms or data lakes. Furthermore, machine learning algorithms have to be retrained and refined regularly as data changes over time.<\/p>\n
Companies using ML to improve supply chain management<\/h2>\n
Machine learning for supply chain operations presents an opportunity to gain a competitive advantage. But, rather than exploring hypothetical scenarios only, let’s look at some examples of implementing ML in supply chain. Below, we list several real-world examples of logistics giants that couldn\u2019t afford to ignore ML capabilities.<\/p>\n
UPS\u2019s ORION<\/h3>\n
ORION (On-Road Integrated Optimization and Navigation) is UPS\u2019s AI- and ML-based solution, designed specifically to provide delivery drivers with the most effective routes. Developed in 2012, the tool is continuously upgraded. For example, its relatively new feature, Dynamic Optimization, helps recalculate each package delivery route at different times of the day based on changes in traffic and other variables.<\/p>\n
After UPS first launched ORION, it helped the company save around 100 million miles of driving and 10 million gallons of gas<\/a> each year.<\/p>\n
AWS Supply Chain<\/h3>\n
For an example of machine learning in retail supply chain, we turn to Amazon, which both uses and markets its ML services. AWS Supply Chain<\/a> can be easily connected to an organization\u2019s ERP and supply chain management software. It aims to unify supply chain data, identify any potential supply chain risks, and provide insights on how to minimize these risks.<\/p>\n
Amazon keeps up with tech advancements and will soon introduce a new feature, generative AI to answer questions, which will let businesses visualize the outcomes of different scenarios.<\/p>\n
Custom ML-based supply chain solutions<\/h2>\n
Project-based supply chain solutions<\/a> developed by experienced technology partners like Intellias help businesses tackle their most stringent supply chain challenges. Whether you need to predict customer demand, smartly select suppliers, improve transportation<\/a> processes, or meet any other need, a tailored supply chain solution will precisely address this challenge. The Intellias team can conduct a comprehensive assessment of your supply chain operations, processes, and challenges your organization faces. Based on this, we will develop a system that is closely tailored to your business needs. Intellias will ensure that your custom supply chain solution integrates seamlessly with your existing systems and does not disrupt your operations. In addition, we build our solutions with scalability in mind, so your system will be able to scale up or down based on demand.<\/p>\n
Intellias has a proven track record of developing custom supply chain solutions that precisely address our clients\u2019 needs. Examples of custom supply chain solutions we have developed include:<\/p>\n
- \n
- Custom transportation software<\/a> for a German supply chain and logistics technology provider. This platform helps the client plan truck routes using real-time data.<\/li>\n
- Big data analytics and equipment monitoring platform<\/a> for a wireless sensor vendor in the Baltic states. This platform is used across a network of 125 stores, enabling efficient monitoring of refrigeration equipment and saving millions in potential food spoilage while reducing energy consumption by about 20%.<\/li>\n
- IoT-based predictive maintenance solution<\/a> that uses machine learning algorithms for real-time monitoring, minimizing repairs and system damage.<\/li>\n
- Digital logistics platform<\/a> for a multinational freight forwarding and logistics company that consolidates shipments globally.<\/li>\n
- Telematics solution<\/a> that enables fleet managers to monitor daily operations and optimize vehicle performance, offering advantages like cost reduction, CO2 emission reduction, and fraud prevention.<\/li>\n<\/ul>\n
If you are looking for a technology partner to develop a custom supply chain solution for your business, please contact us<\/a> today. We have expertise in enhancing physical supply chains as well as optimizing media supply chains<\/a>.<\/em><\/p>\n
The road ahead<\/h2>\n
Implementing machine learning in supply chain operations is a smart \u2013 and necessary \u2013 move towards a more intelligent, effective, and adaptive system. Nowadays, the ability to predict customer demand, optimize inventory levels, plan optimal routes, and efficiently manage warehouses has become mandatory for companies that seek to stay competitive. Machine learning leads this transformation by creating adaptive systems that enable predictive intelligence, automating the most mundane tasks, and freeing up space for strategic planning. This is evidence of the supply chain\u2019s progression to an agile, open, and data-driven industry.<\/p>\n
Looking forward, the role of machine learning in supply chain management will grow, making supply chains not just smarter and more effective but more resilient.<\/p>\n","protected":false},"excerpt":{"rendered":"
Machine learning in supply chain operations is transforming these critical systems into dynamic, adaptable, and resilient entities. This area is poised for growth <\/p>\n","protected":false},"author":18,"featured_media":68502,"template":"","class_list":["post-68485","blog","type-blog","status-publish","has-post-thumbnail","hentry","blog-category-supply-chain"],"acf":[],"yoast_head":"\n
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Big data analytics and equipment monitoring platform<\/a> for a wireless sensor vendor in the Baltic states. This platform is used across a network of 125 stores, enabling efficient monitoring of refrigeration equipment and saving millions in potential food spoilage while reducing energy consumption by about 20%.<\/li>\n
- Custom transportation software<\/a> for a German supply chain and logistics technology provider. This platform helps the client plan truck routes using real-time data.<\/li>\n