The IoT (Internet of Things) is really growing. It is contributing the greater good. As one example, think about how the IoT is helping to create smarter cities. Smart cities contribute to a cleaner environment. They make it easier for people to get to work or school. And smart cities can support job creation and a healthy economy. IoT technology is also improving how we all get from point A to point B.
The IoT (Internet of Things), AI (artificial intelligence), and machine learning are beginning to provide big value, helping organizations solve business challenges with the help of new, emerging technology.
BI, or business intelligence, is changing, as a result of the IoT (Internet of Things). Data is a new kind of currency in today’s connected world, and it seems like just about everything we do in life and business generates data and it’s not just humans that are generating data. We are seeing all kinds of connected machines and smart devices generate unfathomable amounts of information every minute of every day.
Advances in AI (artificial intelligence) is having a profound impact on the IoT (Internet of Things) and it’s one of the most exciting ways our world is changing today. It’s frequently listed as one of the top areas of growth and innovation. We are all witnessing a historical shift in how we view machines, how we rely on them to complete tasks, and how we derive value from AI-enabled insights.
The challenges and opportunities for digital supply chains are vast and that is why the IoT (Internet of Things) and AI (artificial intelligence) is stepping up to play an even greater role than ever before. It wasn’t that long ago when the supply chain wasn’t a priority when it came to capital investments. And, supply-chain executives themselves were considered as nothing more as a support function.
With the increasing pervasiveness of smartphones across the globe, it’s becoming more common for companies to want to connect their products and devices to the Internet, since connectivity typically adds value to consumers’ experiences with these products and devices. Connectivity also helps companies compete in a highly connected world. However, connectivity can also be a bit of a double-edge sword, creating security vulnerabilities and privacy concerns where there were none before. This is especially the case when the most basic of cybersecurity hygiene is ignored by manufacturers and/or consumers or when cybersecurity best practices are simply unknown to end users.
There is a lot of discussion about how AI (artificial intelligence) is impacting supply chains and with good reason. So for this column, I thought I would focus specifically on the retail sector, and take a deeper dive into how emerging technologies like AR (augmented reality) and VR (virtual reality) are playing a key role at both frontend and backend processes.
No matter what industry you’re in, if you’re using IoT (Internet of Things) devices and solutions, you’ve heard it all: The IoT will boost productivity and decrease equipment downtime!
Security: I just can’t say enough and there’s even more to say when we talk about it coupled with blockchain technology. For this column, let’s delve in to how blockchain is being used globally to increase security in all kinds of situations—from peer-to-peer energy transactions to national elections and everything in between.
Every day, traffic accidents cost individuals and their families time, money, and sometimes, sadly, much more. Technology in modern vehicles can help prevent crashes or protect passengers in the event of a crash by alerting drivers of impending collisions, alerting emergency services after a collision has occurred, applying brakes or other corrective measures before the driver even has time to react herself, and/or preparing vehicle systems for impact when a collision seems imminent. Technology may also be the cause of some incidents because it demands a driver’s attention, taking at least some of his attention away from the primary task at hand.
With a focus on the IoT (Internet of Things), and other emerging technology, a big trend from Sensors Midwest in Rosemont, Ill., is that sensors are getting smaller and more accurate. This point was never more evident by the number of announcements to support the emergence of new products popping up as of late.
Cybersecurity: It's a question that can never be answered with 100% confidence or certainty. In fact, the real question that every company working to implement an IoT (Internet of Things) strategy should be asking is, how can it protect a business from cyber risk?
From the way we drive, shop, and receive healthcare to the way we manufacture goods, construct buildings, design infrastructure, and grow food, connectedness has changed the way consumers and businesses run in the digital age. Thanks to the growing pervasiveness of the IoT (Internet of Things), hyperconnectivity is even further revolutionizing the way people live and work.
Living on the edge—or should we say, at the edge via fog or edge computing—is becoming an increasingly popular business model. Edge computing, i.e., embedding computing infrastructure near the end devices, along the “edges” of a network, often to accelerate time-to-insight and reduce costs, can solve a real need for IoT (Internet of Things) applications that require very fast response times. It can also create opportunities for autonomous edge operation, which can benefit from ultra-fast AI (artificial intelligence) data-processing technology. But is AI too power-hungry and expensive to operate at the edge?
Orphan devices and solutions in the fast pace world of the IoT (Internet of Things): Have you really given much thought to this topic? For the purposes of this column, when it comes to orphan technology, I am basically going to address devices, platforms, and solutions that have been abandoned by their original developers for one reason or another.