10 Ways Machine Learning Is Revolutionizing Supply Chain Management

Machine learning makes it possible to discover patterns in supply chain data by relying on algorithms that quickly pinpoint the most influential factors to a supply networks’ success, while constantly learning in the process.

Discovering new patterns in supply chain data has the potential to revolutionize any business. Machine learning algorithms are finding these new patterns in supply chain data daily, without needing manual intervention or the definition of taxonomy to guide the analysis. The algorithms iteratively query data with many using constraint-based modeling to find the core set of factors with the greatest predictive accuracy. Key factors influencing inventory levels, supplier quality, demand forecasting, procure-to-pay, order-to-cash, production planning, transportation management and more are becoming known for the first time. New knowledge and insights from machine learning are revolutionizing supply chain management as a result.

The ten ways machine learning is revolutionizing supply chain management include:

  1. Machine learning algorithms and the apps running them are capable of analyzing large, diverse data sets fast, improving demand forecasting accuracy.
  2. Reducing freight costs, improving supplier delivery performance, and minimizing supplier risk are three of the many benefits machine learning is providing in collaborative supply chain networks.
  3. Machine Learning and its core constructs are ideally suited for providing insights into improving supply chain management performance not available from previous technologies.
  4. Machine learning excels at visual pattern recognition, opening up many potential applications in physical inspection and maintenance of physical assets across an entire supply chain network.
  5. Gaining greater contextual intelligence using machine learning combined with related technologies across supply chain operations translates into lower inventory and operations costs and quicker response times to customers.
  6. Forecasting demand for new products including the causal factors that most drive new sales is an area machine learning is being applied to today with strong results.
  7. Companies are extending the life of key supply chain assets including machinery, engines, transportation and warehouse equipment by finding new patterns in usage data collected via IoT sensors.
  8. Improving supplier quality management and compliance by finding patterns in suppliers’ quality levels and creating track-and-trace data hierarchies for each supplier, unassisted.
  9. Machine learning is improving production planning and factory scheduling accuracy by taking into account multiple constraints and optimizing for each.
  10. Combining machine learning with advanced analytics, IoT sensors, and real-time monitoring is providing end-to-end visibility across many supply chains for the first time.

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How intelligent automation will impact and revitalise global supply chains

The idea of automation in manufacturing and the supply chain is nothing new – since the earliest days of the industrial revolution we have sought to automate tasks with machines, and lower the cost of manufacturing processes.

In countless cases, the application of machines, and more recently software, has meant improvements in the consistency of products, facilitated near 24/7/365 production and has meant staff can be focused on higher value tasks in their company.

Yet the use of technology in the industry may not be fully understood; a recent Capgemini survey showed that nearly half (48%) of UK office workers are optimistic about the impact automation technologies can have. However, while respondents to the survey had a general idea of the benefits that might accrue, they were less clear as to how these technologies could be applied to their specific area of work. And worryingly, only 20% said they felt their organisations were currently benefiting from automation – clearly the industry is missing a trick.

However, as utilisation stagnates for certain companies, the market is maturing. Automation is now reaching far beyond simple process software and mechanisation. Technologies such as the Internet of Things (IoT), cognitive computing, advanced robotics, Digital Fabrication and blockchain are becoming increasingly popular, bringing together the power of automation and analytics.

Yet other areas such as artificial intelligence (AI) and machine learning, which are proven enablers for new ways of optimizing the supply chain and manufacturing processes, are less understood. It’s agile, forward-thinking businesses that are able to utilise these technologies in a thoughtful way that will reap the benefits.

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The Next Revolution in Supply Chain Management

In the first revolution, the concept of supply chain, as opposed to logistics, was put forth. Constraint based optimization tools for the extended supply chain were developed to support the new philosophy. As this was going on, Lean and Six Sigma approaches to improving capabilities, not just at the factory level, but in other internal departments, as well as across the supplier and 3PL base, were gaining in strength.

It took a while, but it was recognized technology was not enough. The key process in SCM is the sales and operations planning (S&OP) process that balances supply with demand intelligently. S&OP itself is going through a second rev and we now talk about integrated business planning (IBP), a form of S&OP that is more closely aligned with finance. A related “revolution” that improves the demand half of S&OP is based on the concept of demand driven supply chains; this is the idea that it is important to not just create a forecast based on historical shipments, but having real visibility to demand at the point of sale to improve demand management.

In recent years, the topic of supply chain risk management has emerged and new processes and ideas have begun to be codified and turned into a distinct discipline. An emerging topic is supply chain sustainability; and indeed in many corporate social responsibility reports the topics of both supply chain risk management and sustainability are addressed.

Read more at The Next Revolution in Supply Chain Management

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Revolution Analytics named a Visionary in the Gartner Magic Quadrant for Advanced Analytics Platforms

Revolution Analytics named a Visionary in the Gartner Magic Quadrant for Advanced Analytics Platforms

The entire team at Revolution Analytics is very proud to announce that Gartner has named Revolution Analytics a Visionary in the inaugural Gartner Magic Quadrant for Advanced Analytics Platforms, published February 19, 2014. The report evaluated 16 vendors through a series of stringent criteria related to the ability to execute and completeness of vision.

Revolution Analytics is positioned the furthest for Completeness of Vision and Ability to Execute in the Visionaries Quadrant. We believe this is a validation of the leading-edge innovations of the open-source R community, and that of our own Revolution R Enterprise development team who continues to complement R with scalability, performance, and enterprise readiness. Here’s what CEO Dave Rich has to say:

“It’s such a pivotal moment for data scientists and the growing open-source R community that Gartner has embarked on its first ever Magic Quadrant for Advanced Analytics Platforms. Gartner estimates advanced analytics to be a $2 billion market that spans a broad array of industries globally, and ‘Gartner predicts business intelligence and analytics will remain top focus for CIOs Through 2017.’ We believe that this new Magic Quadrant puts a spotlight on big data as the great analytics disruptor and we feel highlights the need for solutions like Revolution Analytics’ that are built upon a flexible, open platform, and designed for today’s Big Data Big Analytics challenges.” — Dave Rich, CEO, Revolution Analytics

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