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#bthome — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #bthome, aggregated by home.social.

  1. Here we go. Today's Daily Notes:

    • static status pages with #cState
    • easy cases for your KiCad projects with #TurboCase
    • Microchip MAC-SA5X miniature atomic clock
    #IronCalc for in-browser and TUI spreadsheets
    • the #BTHome Bluetooth sensor standard
    • Steam Machine delayed due to AI
    • Fediverse hashtags

    scy.name/blog/2026/02/05.html

  2. Here we go. Today's Daily Notes:

    • static status pages with #cState
    • easy cases for your KiCad projects with #TurboCase
    • Microchip MAC-SA5X miniature atomic clock
    #IronCalc for in-browser and TUI spreadsheets
    • the #BTHome Bluetooth sensor standard
    • Steam Machine delayed due to AI
    • Fediverse hashtags

    scy.name/blog/2026/02/05.html

  3. Here we go. Today's Daily Notes:

    • static status pages with #cState
    • easy cases for your KiCad projects with #TurboCase
    • Microchip MAC-SA5X miniature atomic clock
    #IronCalc for in-browser and TUI spreadsheets
    • the #BTHome Bluetooth sensor standard
    • Steam Machine delayed due to AI
    • Fediverse hashtags

    scy.name/blog/2026/02/05.html

  4. Here we go. Today's Daily Notes:

    • static status pages with #cState
    • easy cases for your KiCad projects with #TurboCase
    • Microchip MAC-SA5X miniature atomic clock
    #IronCalc for in-browser and TUI spreadsheets
    • the #BTHome Bluetooth sensor standard
    • Steam Machine delayed due to AI
    • Fediverse hashtags

    scy.name/blog/2026/02/05.html

  5. Here we go. Today's Daily Notes:

    • static status pages with #cState
    • easy cases for your KiCad projects with #TurboCase
    • Microchip MAC-SA5X miniature atomic clock
    #IronCalc for in-browser and TUI spreadsheets
    • the #BTHome Bluetooth sensor standard
    • Steam Machine delayed due to AI
    • Fediverse hashtags

    scy.name/blog/2026/02/05.html

  6. @HeyRay Kenne nur den von #Athom, der das kann. Der basiert auf #BTHome, da weiß ich nicht genau, wie der Apple Support aussieht. Ist aber das gleiche Protokoll wie manche Shelly Sensoren benutzen.

    de.athom.tech/blank-1/bthome-d

  7. @HeyRay Kenne nur den von #Athom, der das kann. Der basiert auf #BTHome, da weiß ich nicht genau, wie der Apple Support aussieht. Ist aber das gleiche Protokoll wie manche Shelly Sensoren benutzen.

    de.athom.tech/blank-1/bthome-d

  8. @HeyRay Kenne nur den von #Athom, der das kann. Der basiert auf #BTHome, da weiß ich nicht genau, wie der Apple Support aussieht. Ist aber das gleiche Protokoll wie manche Shelly Sensoren benutzen.

    de.athom.tech/blank-1/bthome-d

  9. Implementing a #BTHome sender for #MicroPython for the third time.

    (This time as a real library. The goal is to replace my two other implementations with it.)

    (I know there already is one. I don't like its design.)

  10. Implementing a #BTHome sender for #MicroPython for the third time.

    (This time as a real library. The goal is to replace my two other implementations with it.)

    (I know there already is one. I don't like its design.)

  11. Implementing a #BTHome sender for #MicroPython for the third time.

    (This time as a real library. The goal is to replace my two other implementations with it.)

    (I know there already is one. I don't like its design.)

  12. Implementing a #BTHome sender for #MicroPython for the third time.

    (This time as a real library. The goal is to replace my two other implementations with it.)

    (I know there already is one. I don't like its design.)

  13. Implementing a #BTHome sender for #MicroPython for the third time.

    (This time as a real library. The goal is to replace my two other implementations with it.)

    (I know there already is one. I don't like its design.)

  14. @oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.

    Integration in #homeassistant dank BTHome trivial.

    Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.

    #smarthome #homeassistant

  15. @oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.

    Integration in #homeassistant dank BTHome trivial.

    Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.

    #smarthome #homeassistant

  16. @oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.

    Integration in #homeassistant dank BTHome trivial.

    Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.

    #smarthome #homeassistant

  17. @oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.

    Integration in #homeassistant dank BTHome trivial.

    Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.

    #smarthome #homeassistant

  18. @oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.

    Integration in #homeassistant dank BTHome trivial.

    Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.

    #smarthome #homeassistant

  19. Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...

  20. Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...

  21. Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...

  22. Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...

  23. Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...

  24. TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.

    bthome.io/

    It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.

    You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.

  25. TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.

    bthome.io/

    It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.

    You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.

  26. TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.

    bthome.io/

    It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.

    You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.

  27. TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.

    bthome.io/

    It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.

    You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.

  28. TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.

    bthome.io/

    It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.

    You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.

  29. Warum einfach, wenn es auch kompliziert geht?
    Wie liest man den Batteriestatus einer LiPo Battery (zu Testzwecken) am #Xiao BLE aus?
    1. #CircuitPython auf den #Xiao
    2. BLE Advertising sendet Batteriespannung per #BTHome Advertising Packete
    3. Raspberry sammelt die Packete per crontab + Pythonskript ein und sendet sie zum Webserver (um Schreibzugriffe auf SD-Karte zu vermeiden)
    4. PHP-Skript @ Webserver hängt Daten dann an eine CSV Datei an

  30. Warum einfach, wenn es auch kompliziert geht?
    Wie liest man den Batteriestatus einer LiPo Battery (zu Testzwecken) am #Xiao BLE aus?
    1. #CircuitPython auf den #Xiao
    2. BLE Advertising sendet Batteriespannung per #BTHome Advertising Packete
    3. Raspberry sammelt die Packete per crontab + Pythonskript ein und sendet sie zum Webserver (um Schreibzugriffe auf SD-Karte zu vermeiden)
    4. PHP-Skript @ Webserver hängt Daten dann an eine CSV Datei an

  31. Warum einfach, wenn es auch kompliziert geht?
    Wie liest man den Batteriestatus einer LiPo Battery (zu Testzwecken) am #Xiao BLE aus?
    1. #CircuitPython auf den #Xiao
    2. BLE Advertising sendet Batteriespannung per #BTHome Advertising Packete
    3. Raspberry sammelt die Packete per crontab + Pythonskript ein und sendet sie zum Webserver (um Schreibzugriffe auf SD-Karte zu vermeiden)
    4. PHP-Skript @ Webserver hängt Daten dann an eine CSV Datei an

  32. Warum einfach, wenn es auch kompliziert geht?
    Wie liest man den Batteriestatus einer LiPo Battery (zu Testzwecken) am #Xiao BLE aus?
    1. #CircuitPython auf den #Xiao
    2. BLE Advertising sendet Batteriespannung per #BTHome Advertising Packete
    3. Raspberry sammelt die Packete per crontab + Pythonskript ein und sendet sie zum Webserver (um Schreibzugriffe auf SD-Karte zu vermeiden)
    4. PHP-Skript @ Webserver hängt Daten dann an eine CSV Datei an

  33. Trying to get #BLE 5.0 extended advertisements working on an #ESP32 (ESP32-C3 to be exact), and failing miserably 😩

    (at least I think I am, since none of my BLE 5.0 capable devices can see the advertisements)

    The goal is getting #BTHome working properly.

    #homeassistant

  34. Trying to get #BLE 5.0 extended advertisements working on an #ESP32 (ESP32-C3 to be exact), and failing miserably 😩

    (at least I think I am, since none of my BLE 5.0 capable devices can see the advertisements)

    The goal is getting #BTHome working properly.

    #homeassistant

  35. Trying to get #BLE 5.0 extended advertisements working on an #ESP32 (ESP32-C3 to be exact), and failing miserably 😩

    (at least I think I am, since none of my BLE 5.0 capable devices can see the advertisements)

    The goal is getting #BTHome working properly.

    #homeassistant

  36. Trying to get #BLE 5.0 extended advertisements working on an #ESP32 (ESP32-C3 to be exact), and failing miserably 😩

    (at least I think I am, since none of my BLE 5.0 capable devices can see the advertisements)

    The goal is getting #BTHome working properly.

    #homeassistant

  37. Trying to get #BLE 5.0 extended advertisements working on an #ESP32 (ESP32-C3 to be exact), and failing miserably 😩

    (at least I think I am, since none of my BLE 5.0 capable devices can see the advertisements)

    The goal is getting #BTHome working properly.

    #homeassistant

  38. CW: Internet Of Shit

    @crazifyngers Currently I have 5 Xiaomis. Good to know what to do when things start to go slow. Never heard before of #BTHome, thanks!

  39. CW: Internet Of Shit

    @crazifyngers Currently I have 5 Xiaomis. Good to know what to do when things start to go slow. Never heard before of #BTHome, thanks!

  40. CW: Internet Of Shit

    @crazifyngers Currently I have 5 Xiaomis. Good to know what to do when things start to go slow. Never heard before of #BTHome, thanks!