The Internet of Things (IoT) has become a revolutionary technology in its own right. But expanding your thinking to what happens when you combine IoT with other world-changing technologies can open up even more possibilities.
ustrial Internet of Things (IIoT) deployments have accelerated in recent years. The sharpest rise occurred during the COVID-19 pandemic, when IIoT adoption surged after the second quarter of 2020. As of 2021, 77 percent of companies surveyed report having at least one active IoT project.
What happens when Artificial Intelligence (AI) and the Internet of Things (IoT) combine? If all goes according to plan, the answer is unprecedented access to and management of data on a scale never seen before. The result is digital transformation.
Back in 2016, Alfonso Velosa, research vice president and analyst for IoT at Gartner, stated: “The IoT itself will help digital transformations but will take 5 to 10 years to gain mainstream adoption.”
Modern data collection techniques allow massive amounts of information to be created, stored, and accessed within businesses. In addition to the sheer volume of available information, the expanding selection of connectible devices in the Internet of Things (IoT) compounds the difficulty.
s one of its features. Known as “SmartThings Edge,” the platform allows devices connected to a smart home system to process information and execute some functions locally, without needing to send or receive information to and from the cloud.
During the early stages of the COVID-19 pandemic, staffing restrictions and logistical issues caused dysfunction for supply chains that had never faced obstacles of this magnitude before. Infosys Consulting reported that 57 percent of global supply chains encountered at least a 25 percent dip in operations because of new health regulations. Now, a precarious geopolitical situation threatens to throw gas on the flame.
Many industries are moving toward global IoT implementation in commercial applications. IoT-powered devices streamline production processes and save companies time and money. But the major hurdle in achieving full implementation for global IoT services are the complications presented by barriers to permanent roaming.
Field operations are and always have been a necessary but costly doing business. Whether your business is construction, mining, or surveillance and reconnaissance, it’s important to monitor critical structures, people, and events for successful outcomes.
When you think of 5G and IoT (Internet of Things) have the potential to drastically change everything we see around us, including further interconnectedness of smart homes; advances in the way medical, financial, and other services are delivered; further automation of retail environments and manufacturing processes.
A group of researchers at Georgia Tech are working on a 3D-printed antenna that uses a technology called a Rotman lens to harvest energy from 5G by focusing beams of millimeter-wave electromagnetic radiation used in 5G. The result is usable energy. As 5G becomes more...
At SDS, we pride ourselves on staying up to date on the latest trends and developments in IoT and embedded systems. Our drive to make sure we’re always learning is what enables us to design and develop successful IoT applications and embedded systems for our clients,...