(Re) Introduction to Home Assistant Auto-discovery
Using the INSTAR IP Cameras MQTT Interface to add your Camera to Home Assistant.
Using the INSTAR IP Cameras MQTT Interface to add your Camera to Home Assistant.
Tanna Island, Vanuatu
Koh Rong, Cambodia
Koh Rong, Cambodia
Siem Reap, Cambodia
Shanghai, China
Harbin, China
Using OpenCV to detect motion in an RTSP Stream and display detection in an PyQt Interface
Harbin, China
Mustang, Nepal
Siem Reap, Cambodia
EMQX is an open-source (opens new window), highly scalable, and feature-rich MQTT broker designed for IoT and real-time messaging applications.
Writing a Go program that connects to my camera MQTT broker, subscribes to the last-will topic and publishes updates to the privacy mask to turn it on and off again after 15s. The client disconnects after 250ms after that.
Guangzhou, China
Guangzhou, China
The discovery of MQTT devices will enable one to use MQTT devices with only minimal configuration effort on the side of Home Assistant. Two parts are required on the device side - The configuration topic which contains the necessary device type and unique identifier, and the remaining device configuration without the device type.
Harbin, China
Home Assistant with WebRTC for INSTAR IP cameras using RTSPtoWeb.
Siem Reap, Cambodia
Smarthome Cheat Sheet (Docker Edition)
Mustang, Nepal
Mustang, Nepal
Shanghai, China
Shanghai, China
Use go2rtc to embed your INSTAR IP camera's webRTC live video in Home Assistant, ioBroker, Node-RED or OpenHab (Docker)
Shenzhen, China
In the previous article I compiled the Mosquitto broker on Arch Linux and was able to get it to work with Websocket support. The target system - an INSTAR IP camera - uses an ARM processor which means that I have to find a way to cross-compile a binary that I can run on that system
Building the Mosquitto MQTT broker from source on an Arch Linux System with Websocket support.
Harbin, China
Shanghai, China
Previously I wrote a Python Script that allowed me to register MQTT devices with Home Assistant using the HA internal auto-discovery service. The same script can be used to register those devices with OpenHAB using the homie convention. Now I want to use Node-RED to dynamically register devices, instead of providing fixed configuration files for each device.
Central, Hong Kong
Central, Hong Kong
Taipa, Macau
Kowloon, Hong Kong
Central, Hong Kong
Siem Reap, Cambodia
Mustang, Nepal
Bhaktapur, Nepal
I want to use Node-RED to explore how to configure devices using the Homie Convention with the goal of adding this feature to INSTAR MQTT cameras.
Mongkok, Hong Kong
Guangzhou, China
Abashiri, Japan
Harbin, China
Shenzhen, China
Annapurna, Nepal
Siem Reap, Cambodia
Shenzhen, China
I want to use OpenHab 3 to explore how to configure devices using the Homie Convention with the goal of adding this feature to INSTAR MQTT cameras. I already set-up the OpenHab MQTT Binding which supports the convention. So all I have to do is to add a few configuration topics to register a Homie Device with our MQTT broker using the MQTT Explorer.
Shenzhen, China
Shenzhen, China
Kathmandu, Nepal
Build an OpenThread Border Router with Raspberry Pi 3B+ and Pitaya Go.
Build an OpenThread Border Router with Raspberry Pi 3B+ and Pitaya Go.
Victory Harbour, Hong Kong
Sapporo, Japan
camera.ui is a NVR like PWA to control your RTSP capable cameras with.
Rust is a multi-paradigm programming language designed for performance and safety, especially safe concurrency. Rust is syntactically similar to C++, but can guarantee memory safety by using a borrow checker to validate references.
Hongkong
Furano, Japan
Koh Rong, Cambodia
Shenzhen, China
Pokhara, Nepal
Sapporo, Japan
Hongkong
Furano, Japan