![]() ![]() I am ok with spending a bit more to get a really robust solution now that I know I have an Arduino code that will work (wasn't willing to invest until I knew the code would work with my setup and house arrangement). with minimal investment (other than waiting time) so I have options locally. Like I said, I've sourced several Arduinos, 433 recievers, etc. Use Uno with Ethernet shield (which I have) to send data to a MQTT server located on either the RPi or Windows server and somehow parse that to update Pachube/WU/etc ![]() Use the Uno or Nano to connect to the Pi via USB and run a similar script on Piīuy ready made Pi plate or Arduino to 433MHz module that's ready made Use the Pro Mini to connect to Pi with wires to and locate next to Pi in same fashion Use the Pro Mini to connect with a Pi plate of some kind and then run a script on Pi to parse data.I'm looking at using either an Uno, Nano, or Pro Mini (3v3/5v swappable) with the RPi or perhaps over the network (have an Ethernet Uno shield) to store data and running a script somewhere to populate said database. I am open to suggestion on approaches and have a few pieces of hardware that took the slow boat to arrive but are now sitting in waiting. What I'm not clear on is how to get the data from the Arduino into a database stored on my network and some of that up onto a cloud based service (Pachube, Weather Underground, etc) for remote viewing. I have things set up such that I can easily add to the sketch by adding a new header and a couple linking lines to add new sensors (weather, motion, etc). So, what I have working is a 433MHz superheterodyne RF receiver module connected to an Arduino Uno clone that has a sketch capable of receiving commands from the Blue Line meter and decode the OOK signal into meaningful data. I have spent some time over the last 3 months working with different code and now have something that I believe will work as a good framework.ĭata to be stored on Windows based file server I'm currently looking at a Blue Line brand power meter and a weather station (currently a 5-in-1 Acurite, but that may change). Event-driven API for network applications, which facilitates developers writing code running on a 5mm*5mm sized MCU in Nodejs style.I have a goal use my RPi B to receive 1-way RF communication from multiple devices.Advanced API for hardware IO, which can dramatically reduce the redundant work for configuring and manipulating hardware.NodeMCU has built-in USB-TTL serial with super reliable industrial strength CH340G for superior stability on all supported platforms.We provide the best platform for IoT application development at the lowest cost.WI-FI MCU ESP8266 integrated and easy to prototyping development kit.Open-source, Interactive, Programmable, Low cost, Simple, Smart, WI-FI enabled.Greatly speed up your IOT application developing process.A great set of tools to develop ESP8266.Support UART / GPIO data communication interface. ![]()
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