Mqtt Client Python Packages

pytest-mqtt

pytest-mqtt supports testing systems based on MQTT.

mqttools

MQTT version 5.0 client and broker using asyncio

hbmqtt

MQTT client/broker using Python asynchronous I/O

adafruit-circuitpython-minimqtt

MQTT Client Library for CircuitPython

ha-mqtt-discoverable

Python module to create MQTT entities that are automatically discovered by Home Assistant

adafruit-circuitpython-adafruitio

Adafruit IO for CircuitPython

weconnect-mqtt

MQTT Client that publishes data from Volkswagen WeConnect

django-mqtt

No description available

barcode-server

A simple daemon to expose USB Barcode Scanner data to other services using Websockets, Webhooks or MQTT.

mqttwarn

mqttwarn - subscribe to MQTT topics and notify pluggable services

switchbot-mqtt

MQTT client controlling SwitchBot button automators & curtain motors, compatible with Home Assistant :house_with_garden: 🐳

mqtt-presence

Lightweight MQTT-based presence detection with shutdown and Raspberry Pi GPio support

meshtastic2hass

A Python client that connects Meshtastic radios via MQTT to Home Assistant (Hass).

tdmgr

GUI application to discover and monitor devices flashed with https://github.com/arendst/tasmota

hbmqtt2

MQTT client/broker using Python 3.6 asyncio library

mqttwrapper

MQTT utility scripts made easy

mqttk

Lightweight MQTT client GUI to replace MQTT.fx

nyamuk

Python MQTT Client Library Based on libmosquitto

decorated-paho-mqtt

Wrapper for Paho MQTT with declarative subscriptions and topic parsing utilities

djangoiot

Enable IoT in you django app

mqttstuff

Lightweight Python utilities for MQTT: easy publish/subscribe wrappers, retained message readers, Tasmota device discovery & control, Pydantic config, and Docker support

mqttcommander

Python toolkit for discovering, monitoring, and controlling Tasmota devices via MQTT with CLI utilities and ready-to-use multi-arch Docker images

psmqtt

Utility reporting system health and status via MQTT

boilr-pv

Optimizes water heating by combining a Fronius photovoltaic (PV) inverter with a Raspberry Pi, making optimal use of excess solar energy. The system avoids low-compensation grid exports by redirecting surplus power to heat water instead.