Smart Predictive Maintenance accelerates the maintenance journey and has potential to increase machine availability and visibility across an entire asset network.
Posted by Ashwin Patil on June 22, 2017
Things are just starting to pop in the world of manufacturing, aren’t they? Digitization and connectivity are forging the way ahead. Advanced manufacturing techniques combined with the Internet of Things are creating a digital manufacturing enterprise that communicates, analyzes and uses information to drive intelligent action back in the physical world. Supply chains are shifting from linear, sequential operations to an always-on, interconnected, open system of supply operations called a digital supply network (DSN), and traditional silos are breaking down. Continue reading “Effectively merging digital and physical worlds. It’s not a galaxy far, far away”
Posted by Ben Stiller on June 16, 2017
It’s hard to remember life before products showed up on your doorstep, in record time. We’ve become used to ordering whatever we need online and having it delivered within a day or two – perhaps a week at the most. Consumers now tend to expect this timeliness from all online retailers. They’ve also become more demanding in the colors, flavors and sizes they want, expecting customization as a matter of course.
Posted by Sam Pearson on April 28, 2017
Arguably the next big complement to traditional manufacturing, additive manufacturing (AM) encompasses the technologies that construct 3D objects by adding consecutive layers of material. That material can be plastic, metal, or concrete. AM technologies can create significant commercial and defense opportunities, making it possible to manufacture needed products on site, on demand, in near-real time, and in far-flung locales where parts inventory is nonexistent. Futuristic applications may include machines that can build machines and structures in which people will live and work.
Posted by Ashwin Patil on March 23, 2017
There are lots of moving parts to a digital supply chain network. Think of it as a constellation of interlinking stars that provide transparent value to all. Those stars linked to speed of delivery, for example, share information smoothly and instantly. As a result, transformative strategic decisions are enabled faster and with greater impact. Supply chains are shifting from linear, sequential operations to a new interconnected, open system of supply operations–called a digital supply network (DSN). This shift lays the foundation for how companies will likely compete in the future. “The rise of the digital supply network” explores this new frontier by examining four key areas:
Posted by Brenna Sniderman on December 09, 2016.
As we think about advanced, smart technologies, the thing that comes to mind is: robots. Well, maybe just for me. But I think of smart robots that can learn from their surroundings, adjust and figure things out on their own. Robots that can learn from each other, move objects, and work relatively more safely alongside humans, each augmenting the other.
Posted by Sam Pearson, on November 17, 2016
How aftermarket supply chain analytics can create an insight-driven advantage
For today’s supply chain to approach optimization, executives must be able to anticipate problems, not simply react to them. That’s a difficult proposition if companies don’t have windows into the right information at the right time. You can’t change something if you can’t see it coming. However, gaining that insight-driven advantage isn’t out of reach. In fact, as products are increasingly loaded with sensors and monitors, the aftermarket is becoming rich in data. It’s no surprise, then, that interest in using business analytics to extract insight is growing. Many manufacturers have found aftermarket analysis to be highly profitable. Now they can see what products or parts are making the most money, what products are being actively used by consumers, and where they might be failing.