How is remote monitoring helping doctors and patients? What are some of the latest innovations and trends? I remember reading some analysis from Gartner last fall about remote-monitoring technologies in the health space, and it really stuck with me.
In light of recent events in the U.S., this column is going to address the need to focus on the people that focus on us: first responders; and how the IoT (Internet of Things) is helping when there is an emergency. However, while I recognize and respect all the sacrifice and dedication our first responders show in times of need, I think we can be doing more to put realtime data in the hands of the men and women who risk their lives for the public.
I just spent two days learning about SAP Leonardo. Is it a software tool? Is it a technology? Is it a service? I would call it a prolific way of interacting people and connecting technologies, and all of these so-called things we talk about every day to create unprecedented business value. Let’s be honest, all of this next-wave thinking can be nebulous at best, if the right elements are not implemented. If businesses and enterprises are to be truly successful, business processes must data transparent, proactive, and realtime.
For this column let’s take a closer look at remote monitoring and how the data gathered is potentially game-changing industries, lives, and businesses. More specifically, one of the industries—agriculture—that’s really reaping rewards from these IoT (Internet of Things)-enabled solutions.
For this column, I will be wrapping up my month-long discussion about energy by focusing on EV (electric vehicles), AV (autonomous vehicles), and their role in the smart-grid conversation—both now and in the future.
Energy and utilities affect everyone—businesses and consumers alike—all across the globe, and the benefits of applying IoT (Internet of Things) technologies to this sector are immense.
Let’s discuss a key component of the smart grid. For this column, I want to take an international view of smart-meter adoption. In fact, I want to touch on a bit of controversy surrounding smart meters in one particular country.
I can’t write enough about the energy, utilities, and smart-grid space as we continue to advance into the 21st century. There is so much opportunity for smart-grid modernization. It seems there’s no way around the fact that a smart grid is necessary for the IoT innovations that lie ahead, some of which we can’t even predict, but we know changes are certainly underway and more are on the horizon.
According to the National Academy of Engineering, networked power grids and electrification was the top engineering achievement of the 20th century. This is a top-20 list that also includes innovations like automobiles and airplanes, telephones and computers, and the Internet. However, the power grid of the 20th century isn’t good enough for the 21st century—a century that will be remembered as giving rise to the Internet of Things. In this century, we need a more modern grid—a “smart” grid, so to speak.
All month long I have been writing about the IoT (Internet of Things) and developing nations. A connecting thread between all of these discussions is infrastructure. For the final column this week, I am focusing on how the IoT can enable water and sanitation solutions in developing nations. As you might recall, in the last column I addressed mhealth and telehealth solutions that can broaden access to healthcare in places where physical infrastructure, such as hospitals, are few and far between.
Last week in this column, I examined IoT (Internet of Things) opportunities and hurdles in developing nations. There is no question one of the reoccurring hurdles is infrastructure. For this blog, I will be continuing the discussion by focusing on healthcare. More specifically, mHealth and telehealth solutions are uniquely capable of impacting developing nations and I will address what might be some of the solutions.
In the digital age, the world is transforming at a rapid pace, especially with the deployment of the Industrial Internet of Things. That’s exactly why Caterpillar, www.cat.com, a manufacturer of construction and mining equipment, diesel and natural gas engines, industrial turbines, and diesel-electric locomotives, is uniquely responding to its customers and to the industries they serve. Caterpillar is merging deep domain expertise with digital technologies to create a suite of solutions that help customers improve their business operations, creating actionable insight from data which helps to reduce costs and better manage risks.
For this column, I am going to dive into how developing countries are building out their infrastructures to support IoT (Internet of Things) applications. There are many opportunities and challenges of adopting IoT solutions in the developing world. Since this is a pretty big discussion I won’t be able to cover it in one blog, so look for the next several blogs to address specific issues facing developing nations and how specific IoT solutions are making a difference.
For this column I am going to address vehicle-to-infrastructure or “V2I” technology. V2I and V2V (vehicle-to-vehicle) technologies are an important part of the future of our society. As vehicles become more autonomous, a lot will change, including how we communicate with our vehicles, how our vehicles communicate with each other, and how our vehicles communicate with their surroundings.
In the past few weeks, we’ve talked about some really important trends in the IIoT—the industrial Internet of Things.