In commercial buildings, IoT devices are often any device used to manage facilities or improve operational efficiency and productivity, including smart sensors, smart locks, smart thermostats, smart HVAC, smart lighting and smart security.

From robotic arms that aid in surgery to wearable or ingestible sensors that pair with smartphones to monitor health, the market for connected medical devices is expanding.

While we often think of the Internet of Things as having an important place in commercial and industrial settings, it is also being widely adopted in a variety of public institutions such as museums and galleries.

Behind some of the successful companies, they have some common core skills and approaches to IoT that you can't afford not to know.

Enterprises must design IoT devices to ensure that they work properly and comply with cost and aesthetic considerations.

Introducing edge computing only makes sense for organizations looking to build robust, scalable and secure IoT solutions.

A product to be Iot, not simply networking is good, it must become an intelligent and connected product to be

Choosing the right software platform can really maximize the ROI of your IoT project, and you can even choose a platform that uses your IoT data to trigger remedies and assignments for your operations team via an app.

Replacing human activity with connected devices in many manufacturing processes has revolutionized the image of manufacturing.

In August, Google Cloud said it would discontinue its core IoT services and give customers a month to migrate their IoT devices; these back-to-back announcements have forced people to think about the future of IoT in general.