![]() The new Hubitat hub will include built-in Z-Wave and Zigbee radios, making the process even easier. However, you can plug a Z-Wave/Zigbee stick into the hub to enable it to connect to Z-Wave and Zigbee devices for total local access…no internet required. The Hubitat hub connects to your devices via IP or Wi-Fi, so some of your devices might require an internet connection to work with Hubitat. The major difference, however, is that Hubitat is capable of running everything offline, including rule-based automation, manual smart home control, and even geofencing. It’s customizable to almost the same extent as SmartThings, making it an appealing choice for tinkerers and developers. Hubitat, often compared to SmartThings, is an inexpensive hub that talks to a variety of smart home devices. The newest trend is a hybrid solution: devices use the cloud but aren’t completely dependent upon it. Here’s our list of smart home devices that can perform locally. While smart devices that work with the cloud are a dime-a-dozen, devices that have some sort of local processing ability are still rather rare. The case for devices that process locally is that they are more secure and can work even when your internet is down. ![]() Leaving you unable to control your lights, locks, thermostat, and other smart home devices. While manufacturers assure us that data is encrypted and secure, there’s no assurance that a device is hack-proof.Īnother downside of devices relying on the cloud is that they also rely on the internet: when the internet goes down, your smart home goes down. This includes video from your home security camera, your arrival/departure times sent from your smart lock, and your home address set within your smart hub. Data travels from your device to the cloud-data you might not want someone else to see. However, cloud-based processing doesn’t come without trade-offs, the biggest of which is the possibility of a privacy breach. Could Amazon have made Echo with local processing? They could have, but that might have taken away Echo’s ability to understand rich, natural language and more importantly, it might have made the device less affordable. Amazon Echo is an example of a device that uses cloud-based services to analyze data. Smart devices aren’t always powerful enough to do the job, so the Cloud acts as a computer – doing the work and letting your less powerful device take all the credit. ![]() Think of it like this: you can’t run Photoshop on your iPhone, but you can run it on a decent computer. Second, the cloud can handle more complex processing. Their devices transfer data to the cloud, which does all the heavy-lifting. Instead, of programming each device to analyze complex data, they simply upload processing algorithms to the cloud. They don’t need to program each device to analyze complex data. Why?įirst, it’s more convenient for manufacturers. There are undeniably more manufacturers looking to cloud-based services to provide the processing power their devices need. And when it comes to the smart home, the question is, “Should devices process locally or in the cloud?” Local vs. Smart cameras can only recognize your face after they’ve processed an image voice-controlled devices can only understand you after they’ve processed a sound, and your smart home hub can only tell what’s going on in your house after its processed the input from your sensors.Īs simple as it may sound, processing is critical, and the “process” takes memory, power, and software. Do you know what makes smart homes smart? Processing power.
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