#homekit — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #homekit, aggregated by home.social.
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VELUX CO₂ Observed series: at 160.8s, HomeKit reported 612 ppm, bytes 28–31 were 04 F1 00 80, and the derived CO₂ code was 226. At 445.8s, 626 ppm corresponded to 65 F1 00 80, also code 226. At 730.8s, 628 ppm corresponded to 00 71 80 80, code 227. At 1015.7s, 604 ppm corresponded to 04 F2 00 80, code 228. At 1300.7s, 646 ppm corresponded to 65 70 80 80, code 225.
612 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 09 8A 80 08 21 89 76 80 22 9D 04 AC 04 A4 04 80 00 00 00 04 F1 00 80 2D F7 55 A5 D2 58 30 7F C9 65 C9 D1 CD F4 73 2B 7E 08 C9 60 06 D1 03 26 6E 42 0D 66 76 FB E3 2C. Decoded: 23.5°C, 68–69% RH, CO₂ code 226.
626 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1D 84 A9 84 A3 84 80 00 00 00 65 F1 00 80 56 A6 EE 8D A6 91 E9 69 F9 9D A6 61 A2 00 D8 10 43 25 03 FA B5 47 24 39 9A 0A 9C 8F E6 05 C0 EF. Decoded: 23.5°C, 68–69% RH, CO₂ code 226. This has the same coarse code as 612 ppm, but byte 28 changed from 04 to 65.
628 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1E 04 AA 84 A3 04 80 00 00 00 00 71 80 80 55 01 C7 D7 CB AC 1B 20 5D FD 5F 05 3B 5D A0 62 9C 05 08 05 CF 7F 51 0C 2C FB CC E6 2F DF FF F3. Decoded: 23.5°C, 68–69% RH, CO₂ code 227.
604 ppm packet: 44 B9 9E 80 82 4C 84 BE E4 89 8A 80 08 21 89 76 80 22 1C 04 AA 84 A2 84 80 00 00 00 04 F2 00 80 61 02 24 07 FF 3C 89 FC 64 42 F2 16 35 5A DE 35 96 66 3A B8 B6 06 E7 C4 CA 94 B2 38 F4 E4 72 B1. Decoded: 23.5°C, 68–69% RH, CO₂ code 228.
The code increases as CO₂ falls, confirming the inverse relationship.
646 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 89 8A 80 08 22 89 76 80 22 1D 04 AA 04 A3 04 80 00 00 00 65 70 80 80 45 E3 51 6F F5 C9 AF CE CF 73 02 74 CE 7C A1 5F 09 71 AB C9 DB FF E8 9D B1 DA 27 32 DA 81 35 18. Decoded: 23.5°C, 68–69% RH, CO₂ code 225.
The current CO₂ formula is ((byte29 & 0x7F) << 1) | (byte30 >> 7). It is strongly inversely correlated with ppm, but quantized. Byte 28 changes without changing the coarse code, yet it also repeats at different ppm values, so it is not simply the missing precision. No tested 8–20-bit window yielded exact ppm, and the remaining bytes change heavily—possibly because of counters, integrity protection, whitening, or another transform.
Best theory: the gateway derives the precise HomeKit reading using filtering or measurement history while RF carries a coarse value—or the exact value lives in another protected field. Captures are available for anyone wishing to summon the protocol goblin. 🧌📻
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
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VELUX CO₂ Observed series: at 160.8s, HomeKit reported 612 ppm, bytes 28–31 were 04 F1 00 80, and the derived CO₂ code was 226. At 445.8s, 626 ppm corresponded to 65 F1 00 80, also code 226. At 730.8s, 628 ppm corresponded to 00 71 80 80, code 227. At 1015.7s, 604 ppm corresponded to 04 F2 00 80, code 228. At 1300.7s, 646 ppm corresponded to 65 70 80 80, code 225.
612 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 09 8A 80 08 21 89 76 80 22 9D 04 AC 04 A4 04 80 00 00 00 04 F1 00 80 2D F7 55 A5 D2 58 30 7F C9 65 C9 D1 CD F4 73 2B 7E 08 C9 60 06 D1 03 26 6E 42 0D 66 76 FB E3 2C. Decoded: 23.5°C, 68–69% RH, CO₂ code 226.
626 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1D 84 A9 84 A3 84 80 00 00 00 65 F1 00 80 56 A6 EE 8D A6 91 E9 69 F9 9D A6 61 A2 00 D8 10 43 25 03 FA B5 47 24 39 9A 0A 9C 8F E6 05 C0 EF. Decoded: 23.5°C, 68–69% RH, CO₂ code 226. This has the same coarse code as 612 ppm, but byte 28 changed from 04 to 65.
628 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1E 04 AA 84 A3 04 80 00 00 00 00 71 80 80 55 01 C7 D7 CB AC 1B 20 5D FD 5F 05 3B 5D A0 62 9C 05 08 05 CF 7F 51 0C 2C FB CC E6 2F DF FF F3. Decoded: 23.5°C, 68–69% RH, CO₂ code 227.
604 ppm packet: 44 B9 9E 80 82 4C 84 BE E4 89 8A 80 08 21 89 76 80 22 1C 04 AA 84 A2 84 80 00 00 00 04 F2 00 80 61 02 24 07 FF 3C 89 FC 64 42 F2 16 35 5A DE 35 96 66 3A B8 B6 06 E7 C4 CA 94 B2 38 F4 E4 72 B1. Decoded: 23.5°C, 68–69% RH, CO₂ code 228.
The code increases as CO₂ falls, confirming the inverse relationship.
646 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 89 8A 80 08 22 89 76 80 22 1D 04 AA 04 A3 04 80 00 00 00 65 70 80 80 45 E3 51 6F F5 C9 AF CE CF 73 02 74 CE 7C A1 5F 09 71 AB C9 DB FF E8 9D B1 DA 27 32 DA 81 35 18. Decoded: 23.5°C, 68–69% RH, CO₂ code 225.
The current CO₂ formula is ((byte29 & 0x7F) << 1) | (byte30 >> 7). It is strongly inversely correlated with ppm, but quantized. Byte 28 changes without changing the coarse code, yet it also repeats at different ppm values, so it is not simply the missing precision. No tested 8–20-bit window yielded exact ppm, and the remaining bytes change heavily—possibly because of counters, integrity protection, whitening, or another transform.
Best theory: the gateway derives the precise HomeKit reading using filtering or measurement history while RF carries a coarse value—or the exact value lives in another protected field. Captures are available for anyone wishing to summon the protocol goblin. 🧌📻
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
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VELUX CO₂ Observed series: at 160.8s, HomeKit reported 612 ppm, bytes 28–31 were 04 F1 00 80, and the derived CO₂ code was 226. At 445.8s, 626 ppm corresponded to 65 F1 00 80, also code 226. At 730.8s, 628 ppm corresponded to 00 71 80 80, code 227. At 1015.7s, 604 ppm corresponded to 04 F2 00 80, code 228. At 1300.7s, 646 ppm corresponded to 65 70 80 80, code 225.
612 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 09 8A 80 08 21 89 76 80 22 9D 04 AC 04 A4 04 80 00 00 00 04 F1 00 80 2D F7 55 A5 D2 58 30 7F C9 65 C9 D1 CD F4 73 2B 7E 08 C9 60 06 D1 03 26 6E 42 0D 66 76 FB E3 2C. Decoded: 23.5°C, 68–69% RH, CO₂ code 226.
626 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1D 84 A9 84 A3 84 80 00 00 00 65 F1 00 80 56 A6 EE 8D A6 91 E9 69 F9 9D A6 61 A2 00 D8 10 43 25 03 FA B5 47 24 39 9A 0A 9C 8F E6 05 C0 EF. Decoded: 23.5°C, 68–69% RH, CO₂ code 226. This has the same coarse code as 612 ppm, but byte 28 changed from 04 to 65.
628 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1E 04 AA 84 A3 04 80 00 00 00 00 71 80 80 55 01 C7 D7 CB AC 1B 20 5D FD 5F 05 3B 5D A0 62 9C 05 08 05 CF 7F 51 0C 2C FB CC E6 2F DF FF F3. Decoded: 23.5°C, 68–69% RH, CO₂ code 227.
604 ppm packet: 44 B9 9E 80 82 4C 84 BE E4 89 8A 80 08 21 89 76 80 22 1C 04 AA 84 A2 84 80 00 00 00 04 F2 00 80 61 02 24 07 FF 3C 89 FC 64 42 F2 16 35 5A DE 35 96 66 3A B8 B6 06 E7 C4 CA 94 B2 38 F4 E4 72 B1. Decoded: 23.5°C, 68–69% RH, CO₂ code 228.
The code increases as CO₂ falls, confirming the inverse relationship.
646 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 89 8A 80 08 22 89 76 80 22 1D 04 AA 04 A3 04 80 00 00 00 65 70 80 80 45 E3 51 6F F5 C9 AF CE CF 73 02 74 CE 7C A1 5F 09 71 AB C9 DB FF E8 9D B1 DA 27 32 DA 81 35 18. Decoded: 23.5°C, 68–69% RH, CO₂ code 225.
The current CO₂ formula is ((byte29 & 0x7F) << 1) | (byte30 >> 7). It is strongly inversely correlated with ppm, but quantized. Byte 28 changes without changing the coarse code, yet it also repeats at different ppm values, so it is not simply the missing precision. No tested 8–20-bit window yielded exact ppm, and the remaining bytes change heavily—possibly because of counters, integrity protection, whitening, or another transform.
Best theory: the gateway derives the precise HomeKit reading using filtering or measurement history while RF carries a coarse value—or the exact value lives in another protected field. Captures are available for anyone wishing to summon the protocol goblin. 🧌📻
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
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VELUX CO₂ Observed series: at 160.8s, HomeKit reported 612 ppm, bytes 28–31 were 04 F1 00 80, and the derived CO₂ code was 226. At 445.8s, 626 ppm corresponded to 65 F1 00 80, also code 226. At 730.8s, 628 ppm corresponded to 00 71 80 80, code 227. At 1015.7s, 604 ppm corresponded to 04 F2 00 80, code 228. At 1300.7s, 646 ppm corresponded to 65 70 80 80, code 225.
612 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 09 8A 80 08 21 89 76 80 22 9D 04 AC 04 A4 04 80 00 00 00 04 F1 00 80 2D F7 55 A5 D2 58 30 7F C9 65 C9 D1 CD F4 73 2B 7E 08 C9 60 06 D1 03 26 6E 42 0D 66 76 FB E3 2C. Decoded: 23.5°C, 68–69% RH, CO₂ code 226.
626 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1D 84 A9 84 A3 84 80 00 00 00 65 F1 00 80 56 A6 EE 8D A6 91 E9 69 F9 9D A6 61 A2 00 D8 10 43 25 03 FA B5 47 24 39 9A 0A 9C 8F E6 05 C0 EF. Decoded: 23.5°C, 68–69% RH, CO₂ code 226. This has the same coarse code as 612 ppm, but byte 28 changed from 04 to 65.
628 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1E 04 AA 84 A3 04 80 00 00 00 00 71 80 80 55 01 C7 D7 CB AC 1B 20 5D FD 5F 05 3B 5D A0 62 9C 05 08 05 CF 7F 51 0C 2C FB CC E6 2F DF FF F3. Decoded: 23.5°C, 68–69% RH, CO₂ code 227.
604 ppm packet: 44 B9 9E 80 82 4C 84 BE E4 89 8A 80 08 21 89 76 80 22 1C 04 AA 84 A2 84 80 00 00 00 04 F2 00 80 61 02 24 07 FF 3C 89 FC 64 42 F2 16 35 5A DE 35 96 66 3A B8 B6 06 E7 C4 CA 94 B2 38 F4 E4 72 B1. Decoded: 23.5°C, 68–69% RH, CO₂ code 228.
The code increases as CO₂ falls, confirming the inverse relationship.
646 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 89 8A 80 08 22 89 76 80 22 1D 04 AA 04 A3 04 80 00 00 00 65 70 80 80 45 E3 51 6F F5 C9 AF CE CF 73 02 74 CE 7C A1 5F 09 71 AB C9 DB FF E8 9D B1 DA 27 32 DA 81 35 18. Decoded: 23.5°C, 68–69% RH, CO₂ code 225.
The current CO₂ formula is ((byte29 & 0x7F) << 1) | (byte30 >> 7). It is strongly inversely correlated with ppm, but quantized. Byte 28 changes without changing the coarse code, yet it also repeats at different ppm values, so it is not simply the missing precision. No tested 8–20-bit window yielded exact ppm, and the remaining bytes change heavily—possibly because of counters, integrity protection, whitening, or another transform.
Best theory: the gateway derives the precise HomeKit reading using filtering or measurement history while RF carries a coarse value—or the exact value lives in another protected field. Captures are available for anyone wishing to summon the protocol goblin. 🧌📻
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
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VELUX CO₂ Observed series: at 160.8s, HomeKit reported 612 ppm, bytes 28–31 were 04 F1 00 80, and the derived CO₂ code was 226. At 445.8s, 626 ppm corresponded to 65 F1 00 80, also code 226. At 730.8s, 628 ppm corresponded to 00 71 80 80, code 227. At 1015.7s, 604 ppm corresponded to 04 F2 00 80, code 228. At 1300.7s, 646 ppm corresponded to 65 70 80 80, code 225.
612 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 09 8A 80 08 21 89 76 80 22 9D 04 AC 04 A4 04 80 00 00 00 04 F1 00 80 2D F7 55 A5 D2 58 30 7F C9 65 C9 D1 CD F4 73 2B 7E 08 C9 60 06 D1 03 26 6E 42 0D 66 76 FB E3 2C. Decoded: 23.5°C, 68–69% RH, CO₂ code 226.
626 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1D 84 A9 84 A3 84 80 00 00 00 65 F1 00 80 56 A6 EE 8D A6 91 E9 69 F9 9D A6 61 A2 00 D8 10 43 25 03 FA B5 47 24 39 9A 0A 9C 8F E6 05 C0 EF. Decoded: 23.5°C, 68–69% RH, CO₂ code 226. This has the same coarse code as 612 ppm, but byte 28 changed from 04 to 65.
628 ppm packet: 44 B9 9E 80 82 4C 84 BE E5 09 8A 80 08 21 89 76 80 22 1E 04 AA 84 A3 04 80 00 00 00 00 71 80 80 55 01 C7 D7 CB AC 1B 20 5D FD 5F 05 3B 5D A0 62 9C 05 08 05 CF 7F 51 0C 2C FB CC E6 2F DF FF F3. Decoded: 23.5°C, 68–69% RH, CO₂ code 227.
604 ppm packet: 44 B9 9E 80 82 4C 84 BE E4 89 8A 80 08 21 89 76 80 22 1C 04 AA 84 A2 84 80 00 00 00 04 F2 00 80 61 02 24 07 FF 3C 89 FC 64 42 F2 16 35 5A DE 35 96 66 3A B8 B6 06 E7 C4 CA 94 B2 38 F4 E4 72 B1. Decoded: 23.5°C, 68–69% RH, CO₂ code 228.
The code increases as CO₂ falls, confirming the inverse relationship.
646 ppm packet: 44 B9 9E 80 82 4C 84 BE E3 89 8A 80 08 22 89 76 80 22 1D 04 AA 04 A3 04 80 00 00 00 65 70 80 80 45 E3 51 6F F5 C9 AF CE CF 73 02 74 CE 7C A1 5F 09 71 AB C9 DB FF E8 9D B1 DA 27 32 DA 81 35 18. Decoded: 23.5°C, 68–69% RH, CO₂ code 225.
The current CO₂ formula is ((byte29 & 0x7F) << 1) | (byte30 >> 7). It is strongly inversely correlated with ppm, but quantized. Byte 28 changes without changing the coarse code, yet it also repeats at different ppm values, so it is not simply the missing precision. No tested 8–20-bit window yielded exact ppm, and the remaining bytes change heavily—possibly because of counters, integrity protection, whitening, or another transform.
Best theory: the gateway derives the precise HomeKit reading using filtering or measurement history while RF carries a coarse value—or the exact value lives in another protected field. Captures are available for anyone wishing to summon the protocol goblin. 🧌📻
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
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Follow-up from the VELUX CO₂ protocol mines: we sampled more. The goblin has evolved. 🧌📻
25 minutes of synchronized RTL-SDR + HomeKit data produced 27 clean frames:
```text
612 ppm → 04 F1 00 80
626 ppm → 65 F1 00 80
628 ppm → 00 71 80 80
604 ppm → 04 F2 00 80
646 ppm → 65 70 80 80```
A 9-bit field tracks CO₂ strongly—but only coarsely. The other byte repeats across different readings, so it’s probably status/counter/protection, not extra precision.
Current theory: the sensor transmits a quantized value and the VELUX gateway calculates/filters the exact ppm shown in HomeKit. Or there’s another protected field still laughing at us.
Captures available. Protocol archaeologists welcome. 🏺
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
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Follow-up from the VELUX CO₂ protocol mines: we sampled more. The goblin has evolved. 🧌📻
25 minutes of synchronized RTL-SDR + HomeKit data produced 27 clean frames:
```text
612 ppm → 04 F1 00 80
626 ppm → 65 F1 00 80
628 ppm → 00 71 80 80
604 ppm → 04 F2 00 80
646 ppm → 65 70 80 80```
A 9-bit field tracks CO₂ strongly—but only coarsely. The other byte repeats across different readings, so it’s probably status/counter/protection, not extra precision.
Current theory: the sensor transmits a quantized value and the VELUX gateway calculates/filters the exact ppm shown in HomeKit. Or there’s another protected field still laughing at us.
Captures available. Protocol archaeologists welcome. 🏺
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
-
Follow-up from the VELUX CO₂ protocol mines: we sampled more. The goblin has evolved. 🧌📻
25 minutes of synchronized RTL-SDR + HomeKit data produced 27 clean frames:
```text
612 ppm → 04 F1 00 80
626 ppm → 65 F1 00 80
628 ppm → 00 71 80 80
604 ppm → 04 F2 00 80
646 ppm → 65 70 80 80```
A 9-bit field tracks CO₂ strongly—but only coarsely. The other byte repeats across different readings, so it’s probably status/counter/protection, not extra precision.
Current theory: the sensor transmits a quantized value and the VELUX gateway calculates/filters the exact ppm shown in HomeKit. Or there’s another protected field still laughing at us.
Captures available. Protocol archaeologists welcome. 🏺
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
-
Follow-up from the VELUX CO₂ protocol mines: we sampled more. The goblin has evolved. 🧌📻
25 minutes of synchronized RTL-SDR + HomeKit data produced 27 clean frames:
```text
612 ppm → 04 F1 00 80
626 ppm → 65 F1 00 80
628 ppm → 00 71 80 80
604 ppm → 04 F2 00 80
646 ppm → 65 70 80 80```
A 9-bit field tracks CO₂ strongly—but only coarsely. The other byte repeats across different readings, so it’s probably status/counter/protection, not extra precision.
Current theory: the sensor transmits a quantized value and the VELUX gateway calculates/filters the exact ppm shown in HomeKit. Or there’s another protected field still laughing at us.
Captures available. Protocol archaeologists welcome. 🏺
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
-
Follow-up from the VELUX CO₂ protocol mines: we sampled more. The goblin has evolved. 🧌📻
25 minutes of synchronized RTL-SDR + HomeKit data produced 27 clean frames:
```text
612 ppm → 04 F1 00 80
626 ppm → 65 F1 00 80
628 ppm → 00 71 80 80
604 ppm → 04 F2 00 80
646 ppm → 65 70 80 80```
A 9-bit field tracks CO₂ strongly—but only coarsely. The other byte repeats across different readings, so it’s probably status/counter/protection, not extra precision.
Current theory: the sensor transmits a quantized value and the VELUX gateway calculates/filters the exact ppm shown in HomeKit. Or there’s another protected field still laughing at us.
Captures available. Protocol archaeologists welcome. 🏺
#RTLSDR #HomeAssistant #ReverseEngineering #VELUX #HomeKit #868MHz
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¿Tienes un iPad acumulando polvo? Con Dashboard for Your Home lo conviertes en el cerebro visible de tu hogar inteligente: cámaras, luces, termostato y calendario siempre a la vista.
¡Segunda vida perfecta!
#HomeKit
https://locosdemanzana.es/2026/08/15/dashboard-tu-ipad-como-centro-de-control-homekit/ -
¿Tienes un iPad acumulando polvo? Con Dashboard for Your Home lo conviertes en el cerebro visible de tu hogar inteligente: cámaras, luces, termostato y calendario siempre a la vista.
¡Segunda vida perfecta!
#HomeKit
https://locosdemanzana.es/2026/08/15/dashboard-tu-ipad-como-centro-de-control-homekit/ -
¿Tienes un iPad acumulando polvo? Con Dashboard for Your Home lo conviertes en el cerebro visible de tu hogar inteligente: cámaras, luces, termostato y calendario siempre a la vista.
¡Segunda vida perfecta!
#HomeKit
https://locosdemanzana.es/2026/08/15/dashboard-tu-ipad-como-centro-de-control-homekit/ -
Repurpose your old iPad into a smart home control hub with 'Dashboard for your home'. This app integrates HomeKit devices, offering live camera feeds, thermostat control, and a customizable 3D floor plan, enhancing your home automation experience.
#HomeKit #SmartHome #iPad #HomeAutomation #DashboardApp #TechNews
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Repurpose your old iPad into a smart home control hub with 'Dashboard for your home'. This app integrates HomeKit devices, offering live camera feeds, thermostat control, and a customizable 3D floor plan, enhancing your home automation experience.
#HomeKit #SmartHome #iPad #HomeAutomation #DashboardApp #TechNews
-
Repurpose your old iPad into a smart home control hub with 'Dashboard for your home'. This app integrates HomeKit devices, offering live camera feeds, thermostat control, and a customizable 3D floor plan, enhancing your home automation experience.
#HomeKit #SmartHome #iPad #HomeAutomation #DashboardApp #TechNews
-
Repurpose your old iPad into a smart home control hub with 'Dashboard for your home'. This app integrates HomeKit devices, offering live camera feeds, thermostat control, and a customizable 3D floor plan, enhancing your home automation experience.
#HomeKit #SmartHome #iPad #HomeAutomation #DashboardApp #TechNews
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Apple One's iOS 27 update enhances services like iCloud+ and Apple Music. Subscribers gain expanded AI features, 4K HomeKit Secure Video, and improved music streaming. These upgrades offer a more comprehensive user experience.
#AppleOne #iOS27 #AppleIntelligence #HomeKit #AppleMusic #TechNews
https://thedailytechfeed.com/apple-one-enhancements-arrive-with-ios-27/
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Apple One's iOS 27 update enhances services like iCloud+ and Apple Music. Subscribers gain expanded AI features, 4K HomeKit Secure Video, and improved music streaming. These upgrades offer a more comprehensive user experience.
#AppleOne #iOS27 #AppleIntelligence #HomeKit #AppleMusic #TechNews
https://thedailytechfeed.com/apple-one-enhancements-arrive-with-ios-27/
-
Apple One's iOS 27 update enhances services like iCloud+ and Apple Music. Subscribers gain expanded AI features, 4K HomeKit Secure Video, and improved music streaming. These upgrades offer a more comprehensive user experience.
#AppleOne #iOS27 #AppleIntelligence #HomeKit #AppleMusic #TechNews
https://thedailytechfeed.com/apple-one-enhancements-arrive-with-ios-27/
-
Apple One's iOS 27 update enhances services like iCloud+ and Apple Music. Subscribers gain expanded AI features, 4K HomeKit Secure Video, and improved music streaming. These upgrades offer a more comprehensive user experience.
#AppleOne #iOS27 #AppleIntelligence #HomeKit #AppleMusic #TechNews
https://thedailytechfeed.com/apple-one-enhancements-arrive-with-ios-27/
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Apple really should do something else with this tab in the Home app. #HomeKit has been around long enough that they don’t need to waste real estate on this any more. It could be used for favorites, or a preferred room, etc.
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Apple really should do something else with this tab in the Home app. #HomeKit has been around long enough that they don’t need to waste real estate on this any more. It could be used for favorites, or a preferred room, etc.
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Apple really should do something else with this tab in the Home app. #HomeKit has been around long enough that they don’t need to waste real estate on this any more. It could be used for favorites, or a preferred room, etc.
-
Apple really should do something else with this tab in the Home app. #HomeKit has been around long enough that they don’t need to waste real estate on this any more. It could be used for favorites, or a preferred room, etc.
-
Apple really should do something else with this tab in the Home app. #HomeKit has been around long enough that they don’t need to waste real estate on this any more. It could be used for favorites, or a preferred room, etc.
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Apple reveals more details on AI costs: Top tier likely around 60 Euros
As part of the latest iOS 27 beta, more details are emerging about Apple’s AI subscription plans, including HomeKit Secure Video and other features.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
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Apple reveals more details on AI costs: Top tier likely around 60 Euros
As part of the latest iOS 27 beta, more details are emerging about Apple’s AI subscription plans, including HomeKit Secure Video and other features.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
-
Apple reveals more details on AI costs: Top tier likely around 60 Euros
As part of the latest iOS 27 beta, more details are emerging about Apple’s AI subscription plans, including HomeKit Secure Video and other features.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
-
Apple reveals more details on AI costs: Top tier likely around 60 Euros
As part of the latest iOS 27 beta, more details are emerging about Apple’s AI subscription plans, including HomeKit Secure Video and other features.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
-
Apple reveals more details on AI costs: Top tier likely around 60 Euros
As part of the latest iOS 27 beta, more details are emerging about Apple’s AI subscription plans, including HomeKit Secure Video and other features.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
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Apple verrät mehr Details zu KI-Kosten: Höchste Stufe wohl bei 60 Euro
Im Rahmen seiner jüngsten iOS-27-Beta sickern mehr Angaben zu Apples KI-Tarifplänen durch. Das gilt unter anderem für HomeKit Secure Video – aber nicht nur.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
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Apple verrät mehr Details zu KI-Kosten: Höchste Stufe wohl bei 60 Euro
Im Rahmen seiner jüngsten iOS-27-Beta sickern mehr Angaben zu Apples KI-Tarifplänen durch. Das gilt unter anderem für HomeKit Secure Video – aber nicht nur.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
-
Apple verrät mehr Details zu KI-Kosten: Höchste Stufe wohl bei 60 Euro
Im Rahmen seiner jüngsten iOS-27-Beta sickern mehr Angaben zu Apples KI-Tarifplänen durch. Das gilt unter anderem für HomeKit Secure Video – aber nicht nur.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
-
Apple verrät mehr Details zu KI-Kosten: Höchste Stufe wohl bei 60 Euro
Im Rahmen seiner jüngsten iOS-27-Beta sickern mehr Angaben zu Apples KI-Tarifplänen durch. Das gilt unter anderem für HomeKit Secure Video – aber nicht nur.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
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Apple verrät mehr Details zu KI-Kosten: Höchste Stufe wohl bei 60 Euro
Im Rahmen seiner jüngsten iOS-27-Beta sickern mehr Angaben zu Apples KI-Tarifplänen durch. Das gilt unter anderem für HomeKit Secure Video – aber nicht nur.
#Apple #HomeKit #iOS #IT #Kamera #KünstlicheIntelligenz #Mobiles #Videoüberwachung #Wirtschaft #news
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https://www.europesays.com/ro/259715/ Apple pregătește un sistem de operare complet nou pentru casă: homeOS ar combina funcții din iOS, watchOS și tvOS #apple #AppleHomeHub #HomeKit #homeos #HomePod #RO #Română #Romania #Romanian #siri #SmartHome #Technology #tehnologie
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Apple's iOS 27 introduces AI enhancements to the Home app, including video descriptions and search for HomeKit Secure Video cameras. These features are exclusive to iCloud+ subscribers with at least 2TB storage, highlighting Apple's focus on premium AI services for paying customers.
#iOS27 #Apple #iCloudPlus #HomeApp #AI #HomeKit #TechNews
https://thedailytechfeed.com/ios-27-enhances-home-app-with-ai-features-for-icloud-subscribers/
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Apple's iOS 27 introduces AI enhancements to the Home app, including video descriptions and search for HomeKit Secure Video cameras. These features are exclusive to iCloud+ subscribers with at least 2TB storage, highlighting Apple's focus on premium AI services for paying customers.
#iOS27 #Apple #iCloudPlus #HomeApp #AI #HomeKit #TechNews
https://thedailytechfeed.com/ios-27-enhances-home-app-with-ai-features-for-icloud-subscribers/
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Apple's iOS 27 introduces AI enhancements to the Home app, including video descriptions and search for HomeKit Secure Video cameras. These features are exclusive to iCloud+ subscribers with at least 2TB storage, highlighting Apple's focus on premium AI services for paying customers.
#iOS27 #Apple #iCloudPlus #HomeApp #AI #HomeKit #TechNews
https://thedailytechfeed.com/ios-27-enhances-home-app-with-ai-features-for-icloud-subscribers/
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Apple's iOS 27 introduces AI enhancements to the Home app, including video descriptions and search for HomeKit Secure Video cameras. These features are exclusive to iCloud+ subscribers with at least 2TB storage, highlighting Apple's focus on premium AI services for paying customers.
#iOS27 #Apple #iCloudPlus #HomeApp #AI #HomeKit #TechNews
https://thedailytechfeed.com/ios-27-enhances-home-app-with-ai-features-for-icloud-subscribers/
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𝗙𝗼𝗿𝗺𝗮𝗮𝘁 𝘃𝗮𝗻 𝗸𝗻𝗼𝗽𝗽𝗲𝗻 𝗶𝗻 𝗪𝗼𝗻𝗶𝗻𝗴-𝗮𝗽𝗽 𝘃𝗼𝗼𝗿 𝗛𝗼𝗺𝗲𝗞𝗶𝘁 𝗮𝗮𝗻𝗽𝗮𝘀𝘀𝗲𝗻 (𝗲𝗻 𝘄𝗮𝗮𝗿𝗼𝗺 𝗷𝗲 𝗱𝗮𝘁 𝘇𝗼𝘂 𝘄𝗶𝗹𝗹𝗲𝗻)
Het is in de Woning-app voor HomeKit mogelijk om het formaat van de knoppen aan te passen. Je kunt accessoires daardoor makkelijker herkennen. De functie zit nogal verstopt, dus lees snel verder om te lezen hoe je het format van HomeKit-knoppen in de...
https://www.iculture.nl/tips/woning-app-knoppen-formaat-homekit/
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Rescue Your Belkin Wemo with Home Assistant
Last year, Belkin ended support for their Wemo home automation devices. As I explained last year, these could be added natively to Apple HomeKit so they could still work. Today I’m going to explain another way to revive your dead Wemo devices long after Belkin’s service has been turned off!
I resurrected these Wemo Mini Smart Plug devices using PyWeMo!Saving the Wemos (Again!)
I found a couple of Wemo Mini Smart Plug devices in my drawer that I missed when adding them to HomeKit last year. These were set up to a Wi-Fi network at a previous office, and I never activated them with HomeKit. Rather than toss them, I did some research. It turns out that they can still be revived and used natively in Home Assistant. Which is lucky, since that’s my preferred home automation software!
There’s a Python library called PyWeMo that can talk to some Belkin Wemo devices directly over the network. It appears that this is the same library used by Home Assistant to connect directly to Wemo devices as well! It supports quite a few devices, including the original Wemo Switch, Wemo Smart Light Switch, Wemo Mini Plugin Switch, and my collection of Wemo Mini Smart Plug devices!
For the purposes of this article, the best news is that PyWeMo is able to set the Wi-Fi SSID and password for a factory-reset Wemo device, effectively bringing it back to life! I was able to factory reset my spare Wemo Mini Smart Plug devices, connect them to my new Wi-Fi, and even give them friendly names. I was even able to add them to Apple HomeKit!
How to Use PyWeMo
Rescuing my Wemo devices with PyWeMo was a cinch! I used macOS, but the same procedure works on most operating systems since it runs in Python. Here’s a step-by-step guide.
1. Factory-Reset
Hold down the power switch for about 5 seconds while plugging in the device. After about 30 seconds the LED will alternate white and orange, which means it has set up its own Wi-Fi network for configuration.
This was the most nerve-wracking moment, since I was worried I would truly brick the Wemo devices. Make sure your device is supported, cross your fingers, and hope for the best!
2. Connect to the Wemo
After the Wemo is factory reset it creates its own Wi-Fi network for configuration. The SSID looks like “Wemo.Mini.abc”, at least with my devices. The network didn’t show up initially, but I was able to see it by opening the “Wi-Fi Settings” control panel on the Mac. Once connected, it gave me a 10.22.22.x IP address, with the Wemo device itself at 10.22.22.1.
3. Configure Wi-Fi with PyWeMo
Once you are connected to the Wemo’s own Wi-Fi network, PyWeMo can configure the target Wi-Fi SSID and password for the device to connect to in the future. It can also set a “friendly name” for the device, which is handy if you have more than one!
First, install PyWeMo:
pip install pywemoNow run Python and configure the device. Note, copy and paste each line one by one, since it takes a moment for some to run!
python import pywemo url = pywemo.setup_url_for_address("10.22.22.1") device = pywemo.discovery.device_from_description(url) print(device) print(device.basicevent.GetFriendlyName()) device.basicevent.ChangeFriendlyName(FriendlyName='WemoABCD') device.setup(ssid='MySSID', password='MyPassword')Now the Wemo device will reset and connect to “MySSID” using “MyPassword”.
Note that I use the last four of the MAC address for the FriendlyName just to keep the devices straight. It’s not super friendly, but it is unique and printed on the back of the device. I also printed a label for each device with the Friendly Name and the HomeKit setup code and stuck it to the top. This is super handy since both of these are hidden when the device is plugged in…
4. Set a Static DHCP Address
This isn’t absolutely required, but I found references to Wemo devices being unreliable in Home Assistant when their IP address changed. So I manually went into my DHCP server (I run pfSense) and set up a static IP address assignment for each Wemo device. I also named the device according to the friendly name I assigned above.
Once this is done, unplug the Wemo device, wait a few seconds, and plug it back in so it will adopt the new IP address.
5. Add the Wemo Device to Home Assistant
I already had the Belkin Wemo integration added to Home Assistant, so it detected my new (old) Wemo switches automatically! You might need to add the integration in “Devices & Services” otherwise.
It took a good minute for the device to finish adoption and for the switch to show in Home Assistant. But once it did, I was able to toggle it on or off quickly and easily.
I also took a moment to set the device name in Home Assistant and Recreate Entity IDs to match the Friendly Name I set above. It can get really confusing when you have a ton of devices with the same name!
6. Add the Wemo Device to HomeKit (optional)
I was thrilled to find that I could add these devices to Apple HomeKit as well!
In my iPhone, I opened the Home app, tapped the “+” and selected “Add Accessory”. I then tapped “More options…” and found the device already listed, complete with the Friendly Name set earlier. I could then add it using the 8-digit code printed on the back of the device.
Again, having printed a label with the HomeKit code really helped, because otherwise it would be obscured when plugged in.
Stephen’s Stance
I wish every device had this kind of simple workflow to resurrect it once the manufacturer ends support. Honestly, that should be a legal requirement to eliminate e-waste! I especially want to thank the PyWeMo team for doing their part to help people like me continue to get use out of older devices!
#Belkin #HomeAssistant #HomeKit #Python #SmartHome #Wemo #WiFi -
Hmm, I wonder if if fixes the issues I’m having for quite a while with my Arduino Nano Matter and Apple Home driven by HomePod mini as a hub… 🤔
The bug is this: every day after a while HomePod mini stops communicating with Nano Matter and all Nano Matter automations are vanishing from Apple He app.
I have to manually restore those each time from Home+ 6 iOS app becuse I can see them there still somehow.
#arduino #arduinonanomatter #smarthome #applehome #diy #homekit
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Hmm, I wonder if if fixes the issues I’m having for quite a while with my Arduino Nano Matter and Apple Home driven by HomePod mini as a hub… 🤔
The bug is this: every day after a while HomePod mini stops communicating with Nano Matter and all Nano Matter automations are vanishing from Apple He app.
I have to manually restore those each time from Home+ 6 iOS app becuse I can see them there still somehow.
#arduino #arduinonanomatter #smarthome #applehome #diy #homekit
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Hmm, I wonder if if fixes the issues I’m having for quite a while with my Arduino Nano Matter and Apple Home driven by HomePod mini as a hub… 🤔
The bug is this: every day after a while HomePod mini stops communicating with Nano Matter and all Nano Matter automations are vanishing from Apple He app.
I have to manually restore those each time from Home+ 6 iOS app becuse I can see them there still somehow.
#arduino #arduinonanomatter #smarthome #applehome #diy #homekit
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Hmm, I wonder if if fixes the issues I’m having for quite a while with my Arduino Nano Matter and Apple Home driven by HomePod mini as a hub… 🤔
The bug is this: every day after a while HomePod mini stops communicating with Nano Matter and all Nano Matter automations are vanishing from Apple He app.
I have to manually restore those each time from Home+ 6 iOS app becuse I can see them there still somehow.
#arduino #arduinonanomatter #smarthome #applehome #diy #homekit
-
Hmm, I wonder if if fixes the issues I’m having for quite a while with my Arduino Nano Matter and Apple Home driven by HomePod mini as a hub… 🤔
The bug is this: every day after a while HomePod mini stops communicating with Nano Matter and all Nano Matter automations are vanishing from Apple He app.
I have to manually restore those each time from Home+ 6 iOS app becuse I can see them there still somehow.
#arduino #arduinonanomatter #smarthome #applehome #diy #homekit
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Apple plans new home devices – will they arrive this year?
New Apple TV models, HomePod minis, and a completely new home device: Apple apparently has this in the pipeline by the end of the year after a long wait.
#HomeKit #AppleTV #Entertainment #AppleHomepod #IT #Mobiles #news
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Apple plans new home devices – will they arrive this year?
New Apple TV models, HomePod minis, and a completely new home device: Apple apparently has this in the pipeline by the end of the year after a long wait.
#HomeKit #AppleTV #Entertainment #AppleHomepod #IT #Mobiles #news
-
Apple plans new home devices – will they arrive this year?
New Apple TV models, HomePod minis, and a completely new home device: Apple apparently has this in the pipeline by the end of the year after a long wait.
#HomeKit #AppleTV #Entertainment #AppleHomepod #IT #Mobiles #news
-
Apple plans new home devices – will they arrive this year?
New Apple TV models, HomePod minis, and a completely new home device: Apple apparently has this in the pipeline by the end of the year after a long wait.
#HomeKit #AppleTV #Entertainment #AppleHomepod #IT #Mobiles #news
-
Apple plans new home devices – will they arrive this year?
New Apple TV models, HomePod minis, and a completely new home device: Apple apparently has this in the pipeline by the end of the year after a long wait.
#HomeKit #AppleTV #Entertainment #AppleHomepod #IT #Mobiles #news
