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The Industrial Internet of Things, Manufacturing, Supply Chain & Logistics: Where Are We & Where Are We Going?

Cerasis

The era of paper-based systems and physically monitoring the supply chain is ending. In place of long paper trails and maintenance schedules, machines with the capacity to communicate their needs and issues via the industrial Internet of Things (IoT) are becoming an essential component of effective processes. In fact, your presence on this website alone indicates use of the industrial internet of things today, but the opportunities are limitless.

What is the Hyperconnected Era & “The Internet Of Things” and What does it Have to Do with Manufacturing & Logistics?

Cerasis

Editor’s Note: This is our second post in a collaborative blog post series about mobility in manufacturing & logistics along with Catavolt, who helps manufacturing organizations drive operational excellence with mobile apps. We encourage our audience to visit The Catavolt Blog for more relevant posts about mobility in manufacturing for best practices, tips, and great industry insights. The implication of this capability will be immense.

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5 Future Applications of the Industrial Internet of Things in Manufacturing & Logistics

Cerasis

Manufacturers are set to invest up to $70 billion in the Industrial Internet of Things ( IIoT ) by 2020, reports John Greenough of Business Insider. The development and deployment of autonomous vehicles, machine-to-machine communication abilities and preventative maintenance could all team up to result in even greater savings in 2016, which will further increase investments for the Industrial Internet of Things.

The Internet of Things and Supply Chain Transformation

Enterra Insights

Recent reports indicate Internet of Things (IoT) technology adoption is slowing down due to security concerns. Back in 2015, Irfan Saif ( @irfansaif ), a principal with Deloitte & Touche LLP’s Cyber Risk Services practice, wrote, “Internet of Things initiatives demand targeted strategies to combat the influx of new cyber risks that will invariably accompany them.”[2] IoT-connected sensors can provide this kind of data.

Supply Chain and the Internet of Things – Towards New Paradigms

Logistics Bureau

Internet plays a key role in connecting native digital items like PCs, IT servers, smartphones, and software applications. However, the things to hook up now include physical assets from an analogue world. Machinery, vehicles, mechanical devices, actuators, gauges, sensors, and other things are non-digital. They cannot connect directly to the all-digital Internet. That’s where the Internet of Things or IoT comes in.

Internet of Things (IoT) in the supply chain – a jolt of creativity required?

DELMIA Quintiq

A couple of months ago, I went to an interesting event dedicated to creating a digitalized factory of the future. Given that it took place in Japan, I imagined quite an animated discussion around making another leap in the manufacturing of things. An automotive brake producer showed how sensors enable better prediction of product wear and tear, simplifying optimization of maintenance. To make things more interesting, it is not a factory.

How AI and the IoT Can Change Transportation Management

Cerasis

Analysts predict that by 2020, 75% of new cars will feature IoT connectivity. The percentage increase describes consumer applications, but the idea of connected vehicles should garner interest from other sectors such as shipping, logistics, and transportation. Leaders in these industries would be wise to plan for a future where AI and the IoT transform transportation management. The Internet of Things (IoT) is one part of the equation,” Poulsen explains.

How the IoT Platform Fixes Problems in Today’s Logistics Industry

Cerasis

While logistics and manufacturing have grown exponentially, problems have become more complicated. At the same time, machines-to-machine connectivity through the Internet of Things (IoT platform) is increasing the value of data companies have to analyze. Regardless of where you sit to view the logistics industry, problems are becoming more evident. As demand for connection increases in the private sector, the cost of IoT-enabled devices will decrease.

Logistics Technologies: 4 Benefits of RFID, AIDC, and IoT Based Technologies to Shippers

Cerasis

The supply chain is playing host to emerging logistics technologies and modern marvels of an industrialized society. We've discussed how robotics are becoming more prevalent throughout the industry , and we've looked at how the transportation management system is providing unparalleled insight into the everyday actions of today’s shippers and logistics providers. However, we haven't discussed what is empowering all of these amazing technologies.

Consumer Products Supply Chain Disruptor: 3D Printing

DynaSys

The use of advanced technologies is significantly transforming the manufacturing of all products and having a tremendous impact on the supply chain. Internet of Things, BOTS, Machine Learning, Blockchain, Augmented Reality and others are changing the way products are designed, produced, shipped and ultimately purchased and acquired by consumers. 3D printing can have a number of significant impact to the supply chain.

Augmented Reality (AR) is the Future of the Supply Chain!

Supply Chain Game Changer

Most people know the stuff they buy at the store is not made there and would likely come from a manufacturer. I found this out during my first job out of college. I started my industrial engineering career in a hot Southeastern ambient distribution center (DC) where innovation consisted of adding conveyor and sorters at several hundred dollars per FOOT! Frankly, I was blown away by how many cases were received and shipped out. Subscribe Here! Email Address.

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Supply Chain Predictions!

Supply Chain Game Changer

In the book, The Living Supply Chain , the authors argue that, “Speeding up the supply chain is at the root of everything that is good: improved revenue, reduced working capital, higher profitability, and less obsolete inventory. Conversely, slowing down the supply chain is at the root of everything that is bad: working capital write-offs, reduced profitability, and slowing revenues.”. Digital transformation of the supply chain will change everything – for the better.

How AI and the IoT Can Change Transportation Management!

Supply Chain Game Changer

Analysts predict that by 2020, 75% of new cars will feature IoT connectivity. The percentage increase describes consumer applications, but the idea of connected vehicles should garner interest from other sectors such as shipping, logistics, and transportation. Leaders in these industries would be wise to plan for a future where AI and the IoT transform transportation management. The Internet of Things (IoT) is one part of the equation,” Poulsen explains.

Omnichannel In Manufacturing: Why Manufacturers Are Following Retailers to an Omnichannel World

Cerasis

The application of omnichannel in manufacturing primarily focuses on the collaboration between suppliers, or vendors, and distributors. The Problem: Seamless Omnichannel Experiences Extend Beyond Retailer-Customer Relationships Keeping up with customers’ demands has natural implications for business-to-business sellers, including manufacturers. Manufacturers still using disjointed processes and operating in functional silos are unable to keep up with demand.

Day 3: Lenovo Goes About Creating the End to End Transparent Supply Chain

NC State SCRC

On the third day the team visited the Lenovo “Green Data Center”, and learned of how Lenovo is working to create their “converged” network servers that are on the leading edge of being focused on sustainable high speed efficient performance. Lenovo is $45B in sales, with 55,000 employees in over 160 countries, and was named one of the top 100 best global brands. Managing inventory cost is always an issue, and it is often driven by a number of factors.

It’s About Time for a new “World Class Supply Chain” Paradigm

NC State SCRC

As a young assistant professor at Michigan State University in 1992, I was part of a group called the Global Procurement Benchmarking Initiative. This initiative benchmarked over 300 global companies, and set forth many of the principles for what we called “World Class Supply Chains”. Many of these principles became the foundation for consulting practices at Accenture, Deloitte, Booz Allen, and others. Leveraging and strategic sourcing has gotten in the way of that.

Learning to Work with Machines That Learn What the Experts Know

NC State SCRC

It is no secret that future generations of managers are being asked to learn all about the different processes in the end-to-end supply chain, and be able to come together with others in a fast action plan when a disruption strikes. And people are often hesitant to bother these experts, or in many cases don’t know who they are, nor how to ask the right question that helps to access the specific gray matter between the ears of these experts for help with a specific problem!

4 Key Trends to Watch in Smart Manufacturing and Supply Chain

Cerasis

The advancements in 3D printing and 'Additive Manufacturing,' coupled with supply chain efficiencies, could make distributed manufacturing a reality, ushering in the era of smart manufacturing. The Continual Coverage and Now Reality of Smart Manufacturing with 3D Printing. I remember reading an MIT paper on manufacturing technology trends a couple of years ago. The mechanical properties of the parts produced with AM have to be proven.

5 Manufacturing Tech Trends You Need to Know to Prevent Risk and Boost Production

Cerasis

The Industrial Internet of Things (IIoT) and the Internet of Things (IoT) are similar, but both function on the connection of equipment to the internet and applying data collected to consumer and business needs, including the needs of manufacturers. From boosting the level of artificial intelligence to promoting better means of mitigating and preventing risks, technology will change how manufacturers grow throughout 2017.

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The Future is Now: Why these 5 Advanced Manufacturing Technologies Trends will Dominate 2018

Cerasis

Over the next two years, manufacturers are set to invest more than $250 billion in the Industrial Internet of Things (IIoT), and the use of technology to improve manufacturing will only increase. It is almost impossible to define the exact amount manufacturers will invest in technologies over the coming year, but they are moving toward more sustainable, cost-effective practices. Stay ahead of the game learn the trends shaping the industry.

RFID and IoT Providing Double Benefits for Automotive Manufacturers

Cerasis

Still in its infancy, the Internet of Things is already taking us in unexpected directions and into brand-new territories. the IoT is a highly collaborative, internet-driven effort to increase networking connectivity and functionality between smart devices and modern appliances of all kinds. . This technology is able to bolster supply chain and inventory management by using a digital database of raw materials, finished goods, and current production cycles.

Analytics in Distribution and Manufacturing Taking Center Stage

Cerasis

Part of this drive toward more interest in analytics in distribution and manufacturing comes from the ability of analytics to reduce inefficiencies dramatically and increase productivity in both physical and virtual sales environments. To guarantee your business’s success in the modern supply chain, you need to understand a few things about analytics in distribution and manufacturing. How Are Analytics in Distribution and Manufacturing Being Used?

The Expanding Use of E-Commerce for Manufacturing Companies

Cerasis

How the Internet has transformed the manufacturing and order fulfillment process is no small secret. However, the realm of e-commerce for manufacturing companies is rapidly growing, and modern manufacturers are starting to see a shift from business-to-consumer (B2C) sales to business-to-business (B2B) sales. Manufacturing and shipping process have historically focused on producing a product, sending it to the store, and having a consumer purchase the product.

Shipping Technology: Non-Tech Savvy Shippers Lose Advantage Over Time?

Cerasis

The usefulness of technology among shippers remains undisputed. Through advanced transportation management systems ( TMSs ) and greater automation, shippers can reap an unparalleled competitive advantage. What happens when shippers simply forgo implementing shipping technology, and how can shape their future demise? Shippers Must Weigh In-House Versus Off-the-Shelf Shipping Technology Solutions. Adoption of TMS Remains Steady. Transportation

8 Freight Shipping Trends Shippers Must Know for 2017

Cerasis

The freight industry of today is evolving rapidly. It is no longer bound by the traditional constraints of the economy, and Amazon is gearing up to begin expanding to be the best of the global freight shipping providers. As a result, your company needs to think about these freight shipping trends and how you can prepare to respond to them as soon as possible. 8 Freight Shipping Trends Shippers Must Know for 2017. Of course, automation begets automation.

50 Most Read Articles of All Time in Manufacturing, Supply Chain, Logistics, Transportation, & Freight

Cerasis

Since today is the last day of the year before we all get ramped up towards a productive 2016 and after finishing out top 10 most read articles in each of our five main categories ( Manufacturing , Supply Chain , Logistics , Transportation , & Freight ) we wanted to give you all a treat and list the top 50 most read articles of all time from the Cerasis blog. 50 Most Read Articles of All Time From the Cerasis Blog. Layers of Logistics Explained.

Last Mile Technology: How Technology & Transportation Management Aid in Efficient Execution of the Last Mile

Cerasis

These questions reflect why technology and effective transportation management, including the use of a transportation management system (TMS) and the Internet of Things (IoT), is key to the efficient execution of last mile delivery and service. The use of a TMS can benefit entire supply chains. Additive Manufacturing Brings Manufacturing Close to Consumers. Manufacturing

Why OmniChannel Solutions are Needed in Shipping & Logistics to Meet Consumer Demand

Cerasis

E-commerce and omnichannel solutions are rapidly becoming the next frontier in the use of the Internet of Things and better order fulfillment processes. When the Internet first arrived, the idea of waiting for an extended period to receive a product was great, asserts Gordon Hellberg of Material Handling and Logistics. Consumers are also expecting more of manufacturers and shipping companies.

The Top 5 Manufacturing Challenges in 2018

Cerasis

The manufacturing challenges in 2018 were evident. These are the most commonly faced manufacturing challenges to the industry in the US in 2018. Manual handling and safety Manufacturing can be a dangerous industry, and it’s vital that manufacturers are aware of health and safety regulations. According to the Bureau Labor of Statistics , in the last recorded year, there were approximately 2.9 Manufacturers must find ways to help lower the risk of injury.

Supply Chain and Logistics Predictions for 2016

Talking Logistics

And business relationships did not become more Vested this year — if anything, they reverted back to being “win-lose” arrangements (see Walmart’s Message to Suppliers: Talk to the Hand and The High Cost of Poor Supplier Relationships ). But some of my other predictions did hit the mark or came close. more near-shoring and larger, less frequent shipments to minimize transportation costs). Of course, what happens in the U.S.

Supply Chain Costs: A Definitive Guide for Manufacturers

ThroughPut

Supply chain costs are defined as costs that constitute a considerable percentage of the total sales price of a product or service. Manufacturers usually define supply chain costs using the total cost of ownership. The total cost of ownership is defined as the combination of the purchase or acquisition price of a good or service. Most manufacturers aim at creating the most optimum supply chain for their organizations. Transportation costs.

Supply Chain Costs: A Definitive Guide for Manufacturers

ThroughPut

Supply chain costs are defined as costs that constitute a considerable percentage of the total sales price of a product or service. Manufacturers usually define supply chain costs using the total cost of ownership. The total cost of ownership is defined as the combination of the purchase or acquisition price of a good or service. Most manufacturers aim at creating the most optimum supply chain for their organizations. Transportation costs.

Supply Chain Costs: A Definitive Guide for Manufacturers

ThroughPut

Supply chain costs are defined as costs that constitute a considerable percentage of the total sales price of a product or service. Manufacturers usually define supply chain costs using the total cost of ownership. The total cost of ownership is defined as the combination of the purchase or acquisition price of a good or service. Most manufacturers aim at creating the most optimum supply chain for their organizations. Transportation costs.

Supply Chain Optimization Software – A Comprehensive Guide for Manufacturers

ThroughPut

Supply chain optimization is a key component of the manufacturing supply chain process, helping companies control their input costs to be able to provide effective goods or services to their customers. It goes beyond just maximizing the overall supply chain performance in terms of material delivery excellence. It also evaluates the various possibilities such as the best plants to manufacture the required product lines. Transportation planning.

Supply Chain Optimization Software – A Comprehensive Guide for Manufacturers

ThroughPut

Supply chain optimization is a key component of the manufacturing supply chain process, helping companies control their input costs to be able to provide effective goods or services to their customers. It goes beyond just maximizing the overall supply chain performance in terms of material delivery excellence. It also evaluates the various possibilities such as the best plants to manufacture the required product lines. Transportation planning.