I replaced my smart home hub with a $120 mini PC, and my smart home finally feels responsive
… My builds weren’t as compact as the commercial sensors, but they kept all the data local, worked reliably, and cost much less. …
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Is 0.1°C that important of a change?
So if you're looking to revolutionize your smart home and create a resilient sensor network that doesn't need its batteries replaced every few months, it's time to optimize your sensor lifecycles with Home Assistant. The first thing to do is keep your sensors on dedicated Zigbee 3.0 channels. Stop replacing perfectly functional Zigbee sensors. Keep your battery-reliant infrastructure, such as motion, door, and temperature sensors, and leak detectors, anchored to a high-quality local coordinator, such as a dongle running native Zigbee firmware. Secondly, utilize Thread strictly for mains-powere
Zigbee solved the smart-home battery problem years ago, and Matter still hasn'tMy local LLM finally understands my house better than Google ever did
… A local LLM becomes significantly more useful once it has access to motion sensors, mmWave presence sensors, door sensors, temperature sensors, and more. …
I stopped using motion sensors after my smart home learned to read my PC's state
… Stop buying additional standalone IoT sensors to fix room-tracking bugs. Spend 20 minutes installing a local service wrapper on your rig tonight. …
Zigbee solved the smart-home battery problem years ago, and Matter still hasn't
… Stop replacing perfectly functional Zigbee sensors. Keep your battery-reliant infrastructure, such as motion, door, and temperature sensors, and leak detectors, anchored to a high-quality local coordinator, such as a dongle running native Zigbee firmware. …
I stopped buying smart home gadgets and started building them for a fraction of the price
… Then, I flashed another custom firmware for the new sensor and built another device in less than an hour. What sold me was that every ESP32 device I built worked locally, without a cloud dependency. …
ESPHome turned my junk drawer into a smart home
… It's the ultimate digital glue that turns a drawer full of old dev boards and sensors into a high-end, local-only smart home system . …
The ESP32 Flash Bee is a palm-sized lightning radar you can build yourself
… For instance, did you know there's a sensor that can track lightning strikes within 25 miles? I had no idea it even existed until I checked out the Flash Bee, which combines the sensor with an ESP32 chip. …
I cut Apple and Google out of my smart home with a $5 ESP32, and it was easier than I expected
… Next, define the sensors, compile the firmware, and flash it. Every ESPHome-configured Thread device can also act as a router in the mesh. I just need to define the Full Thread Device FTD mode in the YAML. So the ESP32 board isn’t just a sensor hub; it also works as a Thread mesh range extender. …
My entire smart home runs on a single Docker container now, and I'm never going back
… I was finally able to do complex tasks, like having an IKEA motion sensor trigger a Philips Hue light that sends a notification to my iPhone, and dimming my Plex media player. With Home Assistant, most of my devices now communicate over the local network. …
Apple, Google, and Amazon are deliberately fracturing your smart home mesh
… Factory reset your battery-powered Thread sensors, and instead of using the default Apple or Google setup prompts, commission them directly into Home Assistant via a local SkyConnect or native Thread stick first. …