Category - IoT Development

Articles that center around key technologies related to the development of IoT solutions and major tendencies and innovations in the Internet of Things.

1
Windows CE (WinCE) Migration: What You Need to Know
2
A Mobile App for a Smart Home Solution: Takeaways and Guidelines
3
Top Eight IoT Platforms to Watch in 2019
4
What Is Internet of Everything (IoE)?
5
Fog Computing vs. Cloud Computing for IoT Projects
6
Internet of Things (IoT) Protocols and Connectivity Options: An Overview
7
Machine Learning in Business: Key Use Cases
8
Six Hottest Internet of Things Predictions
9
IoT and Smart Manufacturing Drive the Fourth Industrial Revolution
10
Wearable Technology in Healthcare: How Devices Will Influence Our Health

Windows CE (WinCE) Migration: What You Need to Know

Windows CE has been the most popular operating system for enterprise handheld devices all over the world for almost two decades. However, time is up on this legacy system: in 2020, Microsoft is ending all forms of support for it. So, if your enterprise is currently using embedded solutions powered by WinCE, you should plan an OS migration strategy immediately.

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A Mobile App for a Smart Home Solution: Takeaways and Guidelines

The ever-growing use of smart devices has already influenced all aspects of human life and has triggered the emergence of the smart home. In this article, we will investigate why smart home providers should place the utmost importance on providing efficient mobile applications to manage their systems.

To ensure maximum comprehension, we will illustrate it with two real-world business examples — SaM Solutions’ proprietary smart home system and a mobile app for a home automation platform that we created for our customer.

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Top Eight IoT Platforms to Watch in 2019

The physical world of things and the digital world of the internet have merged together, creating a new ecosystem — the Internet of Things (IoT), which is an overwhelming trend across various industries today. In this article, we are going to talk about the top Internet of Things platforms that help effectively build and maintain IoT solutions.

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What Is Internet of Everything (IoE)?

The evolution of the global web has resulted in virtual connections ubiquitously penetrating real-world objects and activities. Today, everything can be connected with everything, creating a new distributed ecosystem that goes beyond the familiar IoT (Internet of Things) concept. Cisco has coined a special term — the Internet of Everything (IoE) — to describe this dynamically changing phenomenon.

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Fog Computing vs. Cloud Computing for IoT Projects

By 2020, there will be 30 billion IoT devices worldwide, and in 2025, the number will exceed 75 billion connected things, according to Statista. All these devices will produce huge amounts of data that will have to be processed quickly and in a sustainable way. To meet the growing demand for IoT solutions, fog computing comes into action on par with cloud computing. Fog is even better at some things.

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Internet of Things (IoT) Protocols and Connectivity Options: An Overview

A huge ecosystem of connected devices, named the Internet of Things, has been expanding over the globe for the last two decades. Now, the overwhelming number of objects around us are enabled to collect, process and send data to other objects, applications or servers. They span numerous industries and use cases, including manufacturing, medicine, automotive, security systems, transportation and more.

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IoT and Smart Manufacturing Drive the Fourth Industrial Revolution

Modern technologies cannot but influence the biggest industry in the world — manufacturing. Industrial robots have been working in factories alongside human workers for quite some time. They help create efficiencies at all stages, from raw material to final product, are able to operate 24/7, and can be highly cost-effective for any company.

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Wearable Technology in Healthcare: How Devices Will Influence Our Health

In today’s world, people are too busy to take care of their health in a traditional way. It takes too much time to make an appointment with a doctor, undergo tests, wait for a diagnosis and be prescribed treatment. The solution might be devices that are being constantly worn on the body, monitor different health parameters and timely transmit data to users and doctors. And such devices do already exist!

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