Procurement leaders are increasingly turning to technology to help them address complexities of the internal, external, and digital varieties.
The IoT (Internet of Things) offers all the potential of an automated, end-to-end cycle of action/reaction—and, suffice it to say, there is a lot of potential.
AI (artificial intelligence) is a collection of technologies that can enable a system to sense, comprehend, act, and learn. These technologies are empowering professionals to better make sense of the vast amounts of digital data that are collected by modern information systems.
As robots become cheaper and more capable, they’re moving from their traditional roles on factory floors into new industries. Collaborative robots or “cobots” too are being integrated into more types of environments and performing more varied tasks—from stocking shelves and assisting factory workers to performing services in the home.
Often the value of technology is limitless: save money, save time, save resources, but perhaps one of the biggest benefits of technology is to save lives. This is evident in the story of this year’s 2019 Connected World Awards winner. The Connected World Awards recognize the most successful user success stories in any vertical industry, including healthcare, agriculture, automotive, and manufacturing, just to name a few. Companies submit for the awards program, explaining how they are using the technology to solve a challenge and identifying the ROI (return on investment) received.
The future for data centers looks bright. In the U.S. alone, the data center market is expected to reach about $10 billion by 2023, while the global data center market could reach $174 billion by 2023, according to intelligence and advisory firm Arizton.
Artificial intelligence can out-poker-face the best human poker players in the world; it has the potential to revolutionize surgery by allowing surgeons to do their work remotely, and it may help scientists predict the probability of life on other planets.
The workplace of tomorrow will look vastly different from the workplace of today. For instance, in the future, workplaces won’t be defined by a physical location. The latest generation of cellular mobile communications, 5G, will help us get there. 5G’s defining characteristics, like high-data rates and low latencies, will unlock new applications for the workplace that were simply not possible in the past.
At a dinner held on June 6, individuals in the IoT (Internet of Things) space gathered to network, learn, and celebrate, as Connected World recognized tech-savvy women at its annual Women of M2M and IoT dinner, sponsored by MultiTech.
Cities are changing. According to the UN (United Nations), 68% of the global population will live in urban areas by 2050, compared to 55% today. What’s more, the UN expects the global population to skyrocket in the next few decades, potentially adding 2.5 billion more people to urban areas by 2050.
FOR IMMEDIATE RELEASE Contact: Laura Black Editor at-Large firstname.lastname@example.org Carol Stream, Ill. – May 23, 2019 – It takes a lot to be a woman in technology and it takes even more to lead day-to [...]
5G will have a massive, game-changing impact on our society, some profess. Others scoff and say: Prove it. Today’s connected world is experiencing change on almost every level thanks to the IoT (Internet of Things).
Identifying the leading solutions in the IoT market today Innovation is defined as simply the introduction of something new or a new idea, method, or device. A product, for instance, can be innovative. Merriam-Webster suggests that the words innovation and invention overlap some, as both can refer to something which has not previously been in existence before.
Automation’s impact on the job market has been and will continue to be significant, to say the least. Forrester Research calls automation central to the next phase of digital transformation, because it’s driving value in terms of faster product delivery, better product quality and higher dependability, and more personalization and convenience.