teslausb VS voicetunes

On the TeslaUSB page, it lists the following Raspberry Pi's as options:

Main difference between the two scenarios, however, is that the 3 was left in a parking garage, while the Y was left in an open field. With the 3 in a parking garage, I don't think the vehicle went over 100 degrees, while the Y, being left in an open field, would sometimes hit about 150 degrees. Because the temperatures were more reasonable in the parking garage, I also left my Raspberry Pi running TeslaUSB in the car, where as with the Y being left in an open field and being subject to extreme thermal temperatures, I opted to use a regular USB thumb drive there.

I've found that using something like TeslaUSB reduces the "blip" quite a bit.

This has had issues since the newer 2021 Intel-based model 3s (and I presume others). https://github.com/marcone/teslausb/issues/564

teslausb with a high endurance microSD card.

If you have a Raspberry Pi 0 or 4 you can do a TeslaUSB which let's yoy access the footage over a WiFi gotspot on the thing and a better WebUI.

If you've driven more than an hour since the incident, the footage will be gone (unless you're using TeslaUSB, but I'm guessing not)

I use this for my Teslas Dashcam (it was built for it), but it also has a feature to rsync music files from a network share every time it connects to the network. Sounds like it would cover what you want, and it supports RPI Zero Ws natively.

https://github.com/marcone/teslausb

Here’s the solution I built for that, with a combination of on-device voice control, and a Bluetooth remote: https://github.com/lukifer/voicetunes

Something I’d still like to add is a USB OTG emulation of iOS/Android/iPod/etc, so that the currently playing track shows on the dash, steering wheel controls can be used, etc, but my last experimentation a couple years ago didn’t go anywhere. (All the open source stuff for emulating CarPlay and Android Auto seem to be for the other direction: the dash, not the device.)

Offline voice-controlled jukebox using RPi via Mopidy, and just pushed a branch with Mac support via iTunes/Music.app

https://github.com/lukifer/voicetunes

I can vouch for Rhasspy, it's an amazing and flexible piece of software, though it does require some setup and tech knowledge (albeit with a usable web GUI); and it's very DIY on defining the actual voice commands. I recommend pairing it with Node-RED [0] for routing commands to devices, it has plugins for most things.

The only thing I struggled with was getting the wake-word config right: I could never find the right balance point where it responded every time, without also having annoying false positives, so I ended up turning it off. It does support multiple wake-word engines; I'm gonna have another go with Picovoice Porcupine now that they're opened up custom wake-word training for free.

I'm most heavily experienced with Rhasspy's sister project, voice2json [1], which I used to build a voice-controlled car jukebox [2], and it's been working fantastically. (It triggers from a Bluetooth remote, so no wake-word issues.)

For hardware, Raspberry 3/4 perform quite well, and strong recommend for ReSpeaker [3] for audio (either usb or 4-mic hat).

[0] https://nodered.org/

[1] http://voice2json.org/

[2] https://github.com/lukifer/voicetunes

[3] https://www.seeedstudio.com/category/Speech-Recognition-c-44...