![]() Now the big question is, what would it take to listen to the RF transmissions from the 5-in-1 weather with an mbed? This might be the way to go for anyone interested in a reasonably accurate collection of weather sensors IF we can figure out how to snoop on the transmissions and interpret their data. There are also rumblings that they may expose parts of their API, but again no details on this either. However, there seems to be no published timeline for the fix. ![]() There are a couple of glitches in the data sent to (no hourly rainfall data, for example) that apparently Acu-rite is working on. Discover how this school is working with remote sensing applications that allow them to do things like automate lighting, regulate temperature, adjust humidity, and check on the greenhouse from their phones. The system is capable of communicating with a computer, and regularly uploading the collected data to Acu-rite's website, and from there capable of uploading that information to. You can see the output from my weather station here: The outdoor sensor even has a little solar panel to extend the battery life. ![]() The system also figures out dew point, barometric pressure, wind chill, heat index, and some other things that I can't think of at the moment. The outdoor sensor reads temperature, humidity, wind speed, wind direction, and rain, and communicates this data wirelessly to the base-station in the house. I just purchased one of these from my local Costco store for CAD$80. I purchased a SparkFun Weather Shield and hacked some of my old La Crosse weather instruments from my dead weather station to make a personal weather station.
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