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This project provides an API written in python to control cheap Remote Control Switches based on 433MHz with a Raspberry Pi; It also provides a web interface for a handy use of the API
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433MHz Wireless Sockets API

This project provides a RESTlike web API, written in Python, to control cheap remote control sockets based on 433 MHz via a Raspberry Pi. It also provides a web interface for a handy use of the API. All you need is a 433 MHz RF transmitter for a few bucks, a Pi and some minutes to get it running.

What it is

I searched for an easy to use web API to control 433MHz wireless sockets, like the ones from Elro or Mumbi via WLAN. Previously I used PowerPi (German, sorry), but I'm more the Python guy and wanted a flexible communication to build my own apps and extensions.

So this project provides a simple API with a few endpoints to control and bookmark 433MHz wireless sockets via HTTP. To get it a bit more comfortable the project also includes a web interface to turn the sockets on and off. And of course it's responsive ;)

screenshot 1


  • Trigger wireless sockets to turn on and off via GET requests
  • Store ('bookmark'), remove and list your devices with name and state via POST requests
  • Simple web interface to control and manage your remote control sockets
  • MacOS Status Bar App

Planned features (in this order):

  • Scheduler for time and event based tasks
  • Improve security
  • Code documentation (yeah, sorry ...)

Feel free to ask, report bugs and improve!



# install needed dependencies
sudo apt-get install git python3 python3-pip
sudo pip3 install flask tinydb RPi.GPIO

# clone this repo
git clone
cd 433MHz-Wireless-Sockets-API

# and start
sudo python3

If you want to run the script as a service on every boot:

# make the scripts executable
sudo chmod 755

# add the bash script to the service folder
sudo cp /etc/init.d/433PyApi
sudo chmod 755 /etc/init.d/433PyApi
sudo update-rc.d 433PyApi defaults

Now you can start and stop your script via sudo service 433PyApi start or stop and it automatically starts on boot.


I used this transmitter, but also others should work. Connect the transmitter to the Pi like this:

	|    ___    |
	|  /   	 \  |
	| |	  | |
	|  \ ___ /  |
	|   |	|   |
	|   |	|   |
	|   |	|   |_ antenna - 17cm cable
	|   |	|_ 5V - pin 4
	|   |_ data - gpio 17
	|_ ground - pin 6

Get started

For an easy use

When you just want to control your sockets, install the project and navigate in a browser to the ip address of your Raspberry Pi. You will see an quite empty webpage

  • Click on the gear at the top right. Now you can bookmark your sockets
  • First of all type in the house code of your remote controlled sockets
  • Followed by the letter of the specific socket
  • Now choose a name for this socket
  • Click the green button

The socket should now appear above. Now switch back to the first page and you see your socket ready to work.

screenshot 2


Besides the web interface you can speak directly to the Web API. For turning sockets on and off use a simple GET request like:

curl http://<ip-of-your-pi>/11011A/on
curl http://<ip-of-your-pi>/11011A/off

Additionally you can use POST requests to bookmark, update, remove and list sockets:

curl -H "Content-Type: application/json" -X POST -d '{"secret":"test","name":"My First Socket", "state":"off"}' http://<ip-of-your-pi/11011A/add

Repeat this for all of your sockets. You can use this endpoint also to update data. The state is optional and can be on and off.

You can also remove bookmarked sockets:

curl -H "Content-Type: application/json" -X POST -d '{"secret":"test"}' http://<ip-of-your-pi/11011A/remove

And let's get a list of all bookmarks:

curl -H "Content-Type: application/json" -X POST -d '{"secret":"test"}' http://<ip-of-your-pi/list

Overview of all endpoints

GET: 	/<house code + letter>/on
GET:	/<house code + letter>/off

POST: 	/<house code + letter>/add
POST: 	/<house code + letter>/remove
POST:	/list

The POST requests need a secret sent via JSON, by default it is test (see above in curls)

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