TechRexOS Guide

Domoticz control from a smartwatch — focused on the actions you actually use.

A Domoticz smartwatch does not need to reproduce the entire Domoticz interface. TechRexOS is being designed as a wearable control layer for selected Smart Home actions and device states, with MQTT as the communication path.

A wearable layer for Domoticz

The watch experience can stay simple: light, blind, gate, scene, temperature or status. Domoticz remains the automation environment while TechRexOS focuses on the wrist-sized interaction.

MQTT-based integration direction

TechRexOS uses MQTT as the common integration direction. That allows the watch interface to stay independent from Domoticz-specific screen logic.

Why this matters for existing installations

People with an established Domoticz system usually do not want to rebuild the house just to add a watch. A backend-independent wearable can be added as another control surface.

Local control fits Domoticz users

TechRexOS is local-first, so it is designed to fit installations where users value LAN-based control and do not want every action routed through a cloud service.

Configuration through TechRexOS Studio

The planned Studio interface will make it easier to choose which Domoticz-connected devices and actions should appear on the watch.

Questions people ask

Is Domoticz the only system TechRexOS supports?

No. Domoticz is one integration direction alongside Home Assistant, openHAB, BMS and custom MQTT automation.

Will every Domoticz device appear on the watch?

The product concept focuses on selected useful devices and actions rather than mirroring an entire administration interface.

Does the integration use MQTT?

MQTT is the common communication direction for TechRexOS home automation integrations.

TechRexOS is in active development. This page describes the product direction and intended MQTT-based integration model; individual integrations may be at different implementation stages.
TechRexOS Watch

Smart Home control on your wrist.

ESP32-S3R8, MQTT, local-first automation and a wearable interface built around fast everyday actions.