No cloud, no additional apps, and 100% local. An inexpensive sensor and stupid quick! In the video below I cover the testing process, building and installing open source ESPHome software on the ESP32. Full Video Īfter searching through many mmWave sensors, some bad, some great, some expensive, I've landed on the LD1125G. If you are more of a full-video type of person and want the complete walk through view the video below. The instructions below are based on using a Raspberry-Pi, if you are using a different computer you will need to adapt by using a different OS flavor but the concept is all the same. Device I've Cloudcut and put ESPHome on Second a laptop, NUC, PC, etc or Raspberry-Pi to run the exploit and also load the ESPHome firmware. In this example I'm using the Globe Motion NightLight Plug Install the ESPHome Firmware and Integrate into Home Assistantįirst a device that is Beken based and on the list of exploitable devices with tuya-cloudcutter (more are being added all the time!). Install ESPHome Add-On or Docker Container Install ESPHome Kickstarter firmware on the Device Supported Known TUYA Module List: BK7321N, BK7231T, CB1S, CB2L, CB2S, CB3L, CB3S, CB3SE, CBLC5, CBU, WB2L-M1, WB1S, WB2S, WB3L, WB3S, WBLC5 Overview of the Process Ĭreate the Tuya-Cloudcutter Exploit Device using a Rasperry Pi or other Linux Based setup Then the bigger accomplishment is the LibreTiny project has it all working with ESPHome! No additional firmware to learn is awesome especially for the ESPHome veterans! Plus it all integrates with Home Assistant like any other ESPHome device does. Things are now going full circle again where we can load firmware on the Beken chipsets with an over the air exploit called tuya-cloudcutter It is such an awesome process and down right addictive!. to install our favorite local & open source firmware on the device. So we resorted to chip swapping with hot air guns, soldering, etc. Remember the days of Tuya-Convert where you could obtain a Tuya based Wi-Fi Smart device, run a quick exploit via a Raspberry-Pi and load your own copy of Tasmota or ESPHome firmware right on the device? Things were patched unfortunately and then later the chipsets were changed to a Beken based chipset that wouldn't run Tasmota at all. The entire process we covered 3 or 4 months ago just became 10 times easier thanks to efforts of the Libretiny and Tuya-CloudCutter developers! ***UPDATED Guide to Load ESPHome all over the air on Tuya Beken SmartHome Devices ![]() And yes, we have a no soldering solution! Let's get started! It also comes with a little better quality WiFi/Bluetooth antenna than your standard PCB antenans. It's IP64 dual relay plug with power monitoring, LUX sensor and since it has an onboard dual core ESP32 chip we can use it with ESPHome as a bluetooth proxy for Home Assistant. ![]() This is where the Wyze Outdoor Plug comes into play. While you can easily place a NodeMCU ESP32 board outdoors to accomplish this, it might not always be ideal for cosmetic reasons or even for water proofing reasons. Any many other Bluetooth HA compatible devices. This is exactly what Bluetooth Proxies do! You can put some SwitchBot temperature sensors in the backyard or even a Bluetooth pool sensor in the pool and have all the data automatically brought into Home Assistant. So why not harness the power of this coverage and use it to communicate with Bluetooth devices. Many of us have spend time, effort, and money to build out excellent Wi-Fi coverage in our homes and even backyards. Why do we need a bluetooth proxy for Home Assistant? The answer is simple! Sometimes Bluetooth Low-Energy devices have craptastic range.
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