The US Postal Service is handling more commercial shipments than ever. Traditional carriers like UPS and FedEx are seemingly on every street every day. Getting packaged delivered to the increasing number of customers who make purchases without actually showing up at a store is a world wide phenomenon and one in which cost is an important factor.
Direct Store Delivery (DSD) is not new but the speed of commerce is having an impact on just how DSD is working… or not working. The old normal pace of delivery just doesn’t cut it any more when store shelves are stocked to the ‘just right’ levels and the costs of delivery continue to increase. For DSD to continue to be the best way to get product to retailers, the technology needs to replace clipboards.
There was a time when companies moved data between applications by using text files, spreadsheets, or (really?) manual input. Those days still exist for companies only processing a few orders every month. The breaking point comes at somewhere around 250 orders per month, and for suppliers unprepared, what they thought would be a great change can be painful and even lead to larger problems.
Today’s supply chain is no stranger to big data, at least not when it comes to generating it. Think about the millions of transactions passed between trading partners every day that are triggered by the billions of register transactions caused by retail sales. These deluges of data have been both the lifeblood of the supply chain and part of its biggest challenges.
We're constantly seeing new uses for big data. So much so that it's not even necessary to describe what the term means. Is the use of huge amounts of amorphous data making us better at our work, or is it adding layers of abstraction over the realities of the world?
We’ve talked about supply chain control towers over the years but it’s time to migrate from something that’s simply observing and controlling to the notion of a full environment that provides a set of underlying facilities. In other words, an operating system.
You already know that IoT is a term used to loosely identify items that have been imbued with enough intelligence and communication abilities to send messages across the internet. First of all, this means that these items are not human in the ways we normally think of humans using computers to send information via the Internet. But that doesn't mean that some of these 'things' can't be humans, or at least humans carrying with devices that do the communicating for them. The connections and the information are triggered by conditions as they change.
It’s customary to think of supply chain professionals as department managers or technologists or even as programmers. But the role of today’s supply chain professional is changing to be a much more complex and responsible position. And it’s because the supply chain is becoming the heart of the business world. No longer is it possible for a company to simply have a great product. And letting the world know about it and be enthusiastic to know more and even motivated to buy just isn’t enough. Products now need to be available through multiple channels and deliverable based on customer preference. The complexity of today’s supply chain means the people responsible for it need to be more.
3D printers are available to everyone with even a small budget. That means that even though what they produce may not be up to the quality level you would manufacture or sell yourself, the ability to directly control, modify, and create items is moving to consumers. And they are taking advantage of these small printers matched with predefined designs and low cost design services.
To say that software is moving to the cloud would be like coming late to the party. Yes, there is still software on your desktop machines and on your servers. But even the most ardent and heavyweight applications have found their way to cloud based platforms. For the supply chain this is particularly good news (and good practice) since the essence of supply chain business is distributed around the globe.