Many Smart home systems rely on remote servers to function. Typically the cloud server are operated by smart device makers to handle your home automation tasks. From device pairing, firmware updates to routines, data storage and analytics, these servers are the backbone of your smart home. When you use you smart home app it travels to the cloud, which processes it and sends instructions to your devices.
When working with Alexa and Echo devices in a smart‑home setup, you’re likely to come across a range of specific terms. This glossary provides clear definitions of those key terms. Whether you’re setting up devices, building routines or pairing new gadgets, having a familiar reference will help you understand what each feature does.
Geofencing is a virtual boundary set up around a specific location using GPS, Wi-Fi, mobile data, or Bluetooth. In the context of smart homes, it means your smart devices can respond automatically when you or someone else enters or leaves a defined area, in this case your home or garden.
A smart home is only smart when it works reliably. If your lights stop responding, the heating won’t turn on, security systems stop or routines fail just because the internet goes down or a hub crashes, it quickly becomes frustrating. That’s where high availability comes in.
The table below lists common smart home terms and a definition
When setting up a smart irrigation timer, make sure it matches your outdoor tap’s thread size. Adapters are available, but it’s easier and usually more reliable to choose a timer that fits your tap straight out of the box.
Managing a livery yard involves overseeing outdoor areas, multiple buildings, and ensuring the safety and well-being of horses. Integrating smart home technology can streamline operations, provide security, and promote horse health.
Smart home sensors provide a practical and affordable means to monitor air quality. These smart devices detect pollutants like particulate matter (PM), volatile organic compounds (VOCs), carbon dioxide (CO₂), and nitrogen dioxide (NO₂), transmitting data to local or remote platforms for analyses or can be used in automations to trigger actions.
Below is an overview of all the different types of air quality measurements and examples of what might cause the readings.
Ecowitt manufacture a number of different temperature, humidity and pressure sensors. The information and comparison table below shows the differences between each of the Ecowitt sensors
The location of your weather station is the most important part of installation. If your weather station is under a tree or overhang, the rainfall data will be inaccurate. Placing it in an alley, for example, may cause a wind tunnel effect on the anemometer, leading to erroneous wind measurements.
