# Integration

Integration of rtl_433 output into various home automation gateways.

TIP

If you are a user of one these systems, please help to confirm and extend the information here.

# openHAB

openHAB - open source automation software for your home

See the wiki page https://github.com/merbanan/rtl_433/wiki/How-to-integrate-rtl_433-sensors-into-openHAB-via-MQTT

Some help comes from https://community.openhab.org/t/rtl-433-to-mqtt/80652/3

Run

rtl_433 -F "mqtt://192.168.178.42:1883,retain=0,devices=sensors/rtl_433/P[protocol]/C[channel]"

This produces some topics in the broker like this:

sensors/rtl_433/P25/C1/id 147
sensors/rtl_433/P25/C1/temperature_C 33.200001
sensors/rtl_433/P25/C1/rain_mm 107.699997
sensors/rtl_433/P25/C1/battery_ok 1
sensors/rtl_433/P25/C1/mic CRC

You can easily set up some MQTT things then:

Bridge mqtt:broker:My-MQTT "MQTT Broker" @ "RTL433" [
  host="192.168.x.x",
  secure=false,
  port=1883,
  qos=0,
  retain=false,
  clientid="Oh2Mqtt2Thing",
  keep_alive_time=30000,
  reconnect_time=60000
]
{
    Thing topic RTL_433 "433MHz Empfänger" @ "RTL433"  {
      Channels:
          Type number : temp "Temperatur" [ stateTopic="sensors/rtl_433/P25/C1/temperature_C" ]
          Type number : hum  "Luftfeuchtigkeit" [ stateTopic="sensors/rtl_433/P25/C1/humidity" ]
          Type switch : batt "Battery schwach" [ stateTopic="sensors/rtl_433/P25/C1/battery", transformationPattern="MAP:battery.map"]
    }
}

# Home Assistant

Home Assistant - Open source home automation

Home Assistant has good MQTT support and can read rtl_433 event topics.

WARNING

Example needed

See also rtl_433_mqtt_hass.py MQTT Home Assistant auto discovery.

# Domoticz

Domoticz - Home Automation System

Domoticz has built-in support for reading from rtl_433 using pipes.

There is also a newer plugin using MQTT: enesbcs/pyrtl433.

WARNING

Testing and example needed

# NodeRED

NodeRED - Flow-based programming for the Internet of Things

Node RED has built-in support for reading from MQTT and thus rtl_433 events.

WARNING

Example needed

# Databases

You likely need to filter and transform rtl_433's output before sending it to a database. It's recommended you read the JSON data and process it to your specific requirements.

Some example pipes/relays for rtl_433 JSON data. Should work with Python 2 and also Python 3.

The pipe examples read JSON output from rtl_433 using a pipe, i.e.

rtl_433 -F json ... | rtl_433_statsd_pipe.py

The relay examples consumes the (UDP) Syslog output from rtl_433 (or a legacy plain JSON datagram). Basically run rtl_433 with -F syslog:127.0.0.1:1433 and the relay script as an unrelated process, i.e.

rtl_433_mqtt_relay.py &
rtl_433 -F syslog:127.0.0.1:1433

# RRD

See rtl_433_rrd_relay.py

# Statsd

See rtl_433_statsd_pipe.py See rtl_433_statsd_relay.py

# Collectd

See rtl_433_collectd_pipe.py

# Graphite

See rtl_433_graphite_relay.py

# InfluxDB

There is built-in support for an InfluxDB output.

Specify an InfluxDB 2.0 server with e.g.

rtl_433 -F "influx://localhost:9999/api/v2/write?org=<org>&bucket=<bucket>,token=<authtoken>"

Specify an InfluxDB 1.x server with e.g.

rtl_433 -F "influx://localhost:8086/write?db=<db>&p=<password>&u=<user>"

It is recommended to additionally use the option -M time:unix:usec:utc for correct timestamps in InfluxDB.

If you want to filter messages before they are inserted into the InfluxDB or if you want to transform the data see rtl_433_influxdb_relay.py for an example script.

The rtl433_influx project allows to dump the JSON output of rtl_433 into InfluxDB.

InfluxDB also comes with MQTT integration through Telegraf, see MQTT Monitoring and MQTT Consumer Input Plugin.

# MySQL

TBD.

# Sqlite

TBD.