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I've used [EZ-Bridge LT devices](http://ez-bridge.com/) to send a signal 4-500' feet and it's worked flawlessly with very strong signal and no flakiness. More expensive than the devices noted above, but at $230 it includes both sides of the bridge, and each can act as a wifi access point.
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As with many FOSS projects, my focus is on creating it and wrangling bugs. What little documentation exists is quite old and starting to be somewhat incorrect. I did just post a screencast on how to update a crop plan from one season to the next. I would welcome more contributions of documentation and/or screencasts. Be in touch if you're interested in helping; I would love it!
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As of 1/23/14, the link is dead. Anyone have an updated one? I'm all for open source and DIY, but I also like simple and working. The cost of the parts for Rover is comparable to this device. Very interesting.
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While the software is designed for electric fences, the 120v switch could power anything. Code would have to be changed, of course, but it wouldn't be a huge undertaking for someone interested in doing so.
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The system, as it currently exists, relies on the cellphone + cellphone library to determine if the power has failed/been turned off. If it detects that, it automatically sends a text that the "fence is down". This was conceived of as a secondary feature, with the primary feature being the ability to dis-able the fence from afar. There is no current capability to test the charge on the fence, which seems like what you would need to see if a battery/solar powered fence is not working. The Arduino could run off of solar, though, so it's not impossible.