Latency is inherently lower at the edge since the data doesn’t have to travel as far. Some applications require near-instant response times, which cloud computing can’t always provide. Similarly, smart speakers - like Google Home or Amazon Alexa - could perform more complex tasks and calculations, becoming more helpful. Further, loaded with artificial intelligence, the cameras could identify people and count passing traffic. In tomorrow’s smart home, for example, connected security cameras could stream ultra high definition video at lower costs. Instead of hosting personal data on the leased cloud storage of a company, why not keep it at home? The benefits to users speak for themselves.įirst, bandwidth.Since edge technology analyzes data locally rather than in a faraway cloud delayed by long-distance communications, this could pave the way toward devices that respond to user needs in real-time. The increase in capable devices throughout the modern home makes edge computing not only viable but practical. Moreover, they’re capable of making predictions, processing complex data and administering solutions - all abilities that translate into higher levels of autonomy. As a result, they enable devices to handle far more processes internally rather than externally. These chips are smaller, more economical and less power-consuming. Consider that devices are more often loaded with AI-optimized chipsets.

This can deliver myriad benefits in terms of speed, usability, privacy and security of data.Īt the same time, smarter devices are driving the data migration from cloud to edge. Now, instead of using data centers to host and process information, the edge brings computation and data storage closer to the source, thereby reducing the need for sending large volumes to remote locations. Over the decades, technology has evolved to store data on a central mainframe, then to personal computing and later to cloud computing. Hosting and processing data at the edge is the logical next step for computing. Let’s dig deeper into this virtuous circle that is leading to more powerful edge-based devices and smarter homes. The more intelligent the device, the more data it carries and the more important the privacy and speed of edge processing. What’s more, this trend shows no sign of slowing. A step beyond Amazon’s Alexa, the next generation of devices with data processing at the edge will be able to make more autonomous decisions and transform our interactions with technology.

The result will revolutionize tomorrow’s smart homes in a big win for consumers. This one-two punch of smarter, nearer devices is transforming what devices can do in the Internet of Things (IoT). Better yet, they’re more powerful thanks to artificial intelligence and machine learning. Forget the cloud more and more devices today are connecting at the edge.

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