room-assistant VS hyperion.ng

Also, I am using the bluetooth on the Pi to drive Room Assistant, to tell which room I'm in and automatically switch on the audio in that room when I am in that room, and switch it off when I leave. It also has support for the grid-eye sensor which looks like the flir sensor you useThere's also a similar project for ESP32 called ESPresence.

Check out Room Assistant. I have 9 RaspberryPi Zeros set up around my house and these do a great job tracking which rooms our cats are in, provided that we put a tiny BLE dongle on their collar.

Earlier I had six raspberry pi's spread around the house to try out new things (e.g. room level presence detection - which did not work well despite weeks of tuning - and as snapcast clients). But it became a pita to keep watch over so many independent systems, updating them, remembering the IP, passwords, forgetting what I have installed last time, etc. This is what I like with the whole docker thing: fire up a container, tweak it, and then if it is not used delete it again without affecting the other services.

There's a project called "room-assistant", however you'd need to have multiple Raspberry Pis running it in various locations...

https://www.room-assistant.io/

You can try room-assistant. It takes your Bluetooth devices and calculates distance, works quite nice in my environment for in room detection.

I've been playing around with room assistant. https://www.room-assistant.io/

You can DIY your own with a IC-based RGB/RGBW strip and a rPi or x86 PC + ESP microcontroller using software like Hyperion or HyperHDR, combined with WLED.

You might be able to run an app on your TV, but unless you root it, you will be limited to DRM-free streams. If you have a spare Wyze and HDMI capture card, this is probably the easiest way to grab the video stream. There's no need to run piOS; Hyperion will run fine under Linux, MacOS or Windows using the latest release.

What other ambient light implementations are out there? A cursor look suggest hyperion.ng maybe?

Yeah the github page is a much better starting point.

Creating an ambilight effect requires you to have something that can read the screen to determine what lights to show, so that basically requires decoding and processing a video stream in real time which is beyond the capabilities of most typical MCU's like those used for WLED. There is a project called Hyperion but that requires a full Raspberry Pi and a USB HDMI capture card. There are lots of tutorials for this on YouTube

This is the official repo: https://github.com/hyperion-project/hyperion.ng

Any reason you decided to "reinvent the wheel" instead of using an existing solution like Prismatic or Hyperion?