#bluetoothlowenergy — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #bluetoothlowenergy, aggregated by home.social.
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- Crowded venues — concerts, stadiums, and conferences where the cellular network is saturated.
- Privacy-sensitive — no servers, no accounts, no phone numbers; DMs and groups are end-to-end encrypted and identities are verifiable in person via safety numbers / QR codes.
- Censored or shut-down networks — communication that doesn't depend on any ISP or provider.
🌐 https://getknit.app/ — the Knit website
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- Crowded venues — concerts, stadiums, and conferences where the cellular network is saturated.
- Privacy-sensitive — no servers, no accounts, no phone numbers; DMs and groups are end-to-end encrypted and identities are verifiable in person via safety numbers / QR codes.
- Censored or shut-down networks — communication that doesn't depend on any ISP or provider.
🌐 https://getknit.app/ — the Knit website
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- Crowded venues — concerts, stadiums, and conferences where the cellular network is saturated.
- Privacy-sensitive — no servers, no accounts, no phone numbers; DMs and groups are end-to-end encrypted and identities are verifiable in person via safety numbers / QR codes.
- Censored or shut-down networks — communication that doesn't depend on any ISP or provider.
🌐 https://getknit.app/ — the Knit website
-
- Crowded venues — concerts, stadiums, and conferences where the cellular network is saturated.
- Privacy-sensitive — no servers, no accounts, no phone numbers; DMs and groups are end-to-end encrypted and identities are verifiable in person via safety numbers / QR codes.
- Censored or shut-down networks — communication that doesn't depend on any ISP or provider.
🌐 https://getknit.app/ — the Knit website
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Also basic testing of https://bennjordan.github.io/Wavest/ revealed that I can only really communicate between devices in the same room. Even trying to blast higher volume of sound from studio monitors didn't really yield any increase to range. So ultrasound would have to be incredibly loud to have any kind of range it seems. It is also known that higher frequencies of sound are dampened by air more.
All in all I think it's better to use #BLE instead of ultrasound. Or #LoRa 🤷
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Also basic testing of https://bennjordan.github.io/Wavest/ revealed that I can only really communicate between devices in the same room. Even trying to blast higher volume of sound from studio monitors didn't really yield any increase to range. So ultrasound would have to be incredibly loud to have any kind of range it seems. It is also known that higher frequencies of sound are dampened by air more.
All in all I think it's better to use #BLE instead of ultrasound. Or #LoRa 🤷
-
Also basic testing of https://bennjordan.github.io/Wavest/ revealed that I can only really communicate between devices in the same room. Even trying to blast higher volume of sound from studio monitors didn't really yield any increase to range. So ultrasound would have to be incredibly loud to have any kind of range it seems. It is also known that higher frequencies of sound are dampened by air more.
All in all I think it's better to use #BLE instead of ultrasound. Or #LoRa 🤷
-
Also basic testing of https://bennjordan.github.io/Wavest/ revealed that I can only really communicate between devices in the same room. Even trying to blast higher volume of sound from studio monitors didn't really yield any increase to range. So ultrasound would have to be incredibly loud to have any kind of range it seems. It is also known that higher frequencies of sound are dampened by air more.
All in all I think it's better to use #BLE instead of ultrasound. Or #LoRa 🤷
-
Also basic testing of https://bennjordan.github.io/Wavest/ revealed that I can only really communicate between devices in the same room. Even trying to blast higher volume of sound from studio monitors didn't really yield any increase to range. So ultrasound would have to be incredibly loud to have any kind of range it seems. It is also known that higher frequencies of sound are dampened by air more.
All in all I think it's better to use #BLE instead of ultrasound. Or #LoRa 🤷
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https://www.europesays.com/africa/262425/ iONLINE, Nodle expand crowdsourced IoT connectivity in South Africa #ble #BluetoothLowEnergy #InternetOfThings #IONLINEConnectedNetworks #IoT #IoTConnectivity #NetworkConnectivity #Nodle #SouthAfrica
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https://www.europesays.com/britain/37491/ Professional Digital Thermometer Market in the United Kingdom | Report – IndexBox #BabyAndChildTemperatureTaking #BasicFoodTemperatureChecks #BluetoothLowEnergy(BLE)Connectivity #ConsumerGoodsMarketReport #DigitalThermistorSensors #FeverDetectionAndMonitoring #forecast #GeneralHouseholdFirstAid #Infrared(IR)SensorArrays #MarketAnalysis #MobileAppIntegration&DataLogging #ProfessionalDigitalThermometer #UK #UnitedKingdom
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Digital Body Scale Market in Germany | Report – IndexBox
Germany Digital Body Scale Market 2026 Analysis and Forecast to 2035 Executive Summa…
#Germany #DE #Europe #EU #Europa #BioelectricalImpedanceAnalysis(BIA) #BluetoothLowEnergy(BLE) #consumergoodsmarketreport #Dailyweightmonitoring #digitalbodyscale #Fitnessprogresstracking #forecast #Healthmetrictrendanalysis #Integrationwithwellnessecosystems #marketanalysis #MobileAppIntegrationAPIs #Wi-FiDirect
https://www.europesays.com/germany/13313/ -
Jabra launches Evolve3 headsets & room kit in Singapore
Jabra has launched the Evolve3 headset series and the PanaCast Room Kit in Sing…
#NewsBeep #News #Technology #ANC #APAC #ArtificialIntelligence(AI) #AssociationofSoutheastAsianNations #AU #Australia #Bluetooth #Bluetoothlowenergy(BLE) #Hybrid&RemoteWork #ITDepartment #ITmanagement #Jabra #Noisecancelling #Pricing #singapore #UnifiedCommunications(UC) #usb-c #Videoconferencing #wirelesscharging #Workplace
https://www.newsbeep.com/au/612853/ -
Jabra launches Evolve3 headsets & room kit in Singapore
Jabra has launched the Evolve3 headset series and the PanaCast Room Kit in Sing…
#NewsBeep #News #Technology #ANC #APAC #ArtificialIntelligence(AI) #AssociationofSoutheastAsianNations #AU #Australia #Bluetooth #Bluetoothlowenergy(BLE) #Hybrid&RemoteWork #ITDepartment #ITmanagement #Jabra #Noisecancelling #Pricing #singapore #UnifiedCommunications(UC) #usb-c #Videoconferencing #wirelesscharging #Workplace
https://www.newsbeep.com/au/612853/ -
Reverse-Engineering the Bluetooth Fichero Thermal Label Printer Protocol
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"What can we do with asynchronous programming?" That was the question that kicked off my latest project. My OBS heart rate widget had been broken for months, and solving it meant tackling a huge technical challenge: bridging a fast, asynchronous Bluetooth data stream with a slow, blocking synchronous OBS WebSocket client. It became the perfect real-world test for Python's concurrency tools.
The problem started with vendor lock-in. After my old Fitbit died, I moved to a Garmin Instinct II, whose heart rate broadcasts via standard Bluetooth Low Energy (BLE). This shift from a proprietary API to an open interface was the critical first step. It enabled me to easily capture the data using the bleak library, setting up my asynchronous producer.
The core challenge lay in the Producer-Consumer pattern. My async producer needed to feed the synchronous consumer (the OBS client) without blocking the entire event loop. The solution was to delegate the blocking I/O using asyncio.to_thread and then separate the components entirely using threads and a queue for synchronization. This allowed both the fast BLE communication and the slower OBS updates to work independently and reliably.
So, is this project a good example of what asyncio is capable of? Absolutely. It shows that even when not all components are asynchronous, it is still possible to create a reliable and non-blocking workaround. Check out the full breakdown, including the code snippets and my thoughts on the future of open hardware development!
#Python #Asyncio #Concurrency #BluetoothLowEnergy #SoftwareDevelopment #OBS
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"What can we do with asynchronous programming?" That was the question that kicked off my latest project. My OBS heart rate widget had been broken for months, and solving it meant tackling a huge technical challenge: bridging a fast, asynchronous Bluetooth data stream with a slow, blocking synchronous OBS WebSocket client. It became the perfect real-world test for Python's concurrency tools.
The problem started with vendor lock-in. After my old Fitbit died, I moved to a Garmin Instinct II, whose heart rate broadcasts via standard Bluetooth Low Energy (BLE). This shift from a proprietary API to an open interface was the critical first step. It enabled me to easily capture the data using the bleak library, setting up my asynchronous producer.
The core challenge lay in the Producer-Consumer pattern. My async producer needed to feed the synchronous consumer (the OBS client) without blocking the entire event loop. The solution was to delegate the blocking I/O using asyncio.to_thread and then separate the components entirely using threads and a queue for synchronization. This allowed both the fast BLE communication and the slower OBS updates to work independently and reliably.
So, is this project a good example of what asyncio is capable of? Absolutely. It shows that even when not all components are asynchronous, it is still possible to create a reliable and non-blocking workaround. Check out the full breakdown, including the code snippets and my thoughts on the future of open hardware development!
#Python #Asyncio #Concurrency #BluetoothLowEnergy #SoftwareDevelopment #OBS
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"What can we do with asynchronous programming?" That was the question that kicked off my latest project. My OBS heart rate widget had been broken for months, and solving it meant tackling a huge technical challenge: bridging a fast, asynchronous Bluetooth data stream with a slow, blocking synchronous OBS WebSocket client. It became the perfect real-world test for Python's concurrency tools.
The problem started with vendor lock-in. After my old Fitbit died, I moved to a Garmin Instinct II, whose heart rate broadcasts via standard Bluetooth Low Energy (BLE). This shift from a proprietary API to an open interface was the critical first step. It enabled me to easily capture the data using the bleak library, setting up my asynchronous producer.
The core challenge lay in the Producer-Consumer pattern. My async producer needed to feed the synchronous consumer (the OBS client) without blocking the entire event loop. The solution was to delegate the blocking I/O using asyncio.to_thread and then separate the components entirely using threads and a queue for synchronization. This allowed both the fast BLE communication and the slower OBS updates to work independently and reliably.
So, is this project a good example of what asyncio is capable of? Absolutely. It shows that even when not all components are asynchronous, it is still possible to create a reliable and non-blocking workaround. Check out the full breakdown, including the code snippets and my thoughts on the future of open hardware development!
#Python #Asyncio #Concurrency #BluetoothLowEnergy #SoftwareDevelopment #OBS
-
"What can we do with asynchronous programming?" That was the question that kicked off my latest project. My OBS heart rate widget had been broken for months, and solving it meant tackling a huge technical challenge: bridging a fast, asynchronous Bluetooth data stream with a slow, blocking synchronous OBS WebSocket client. It became the perfect real-world test for Python's concurrency tools.
The problem started with vendor lock-in. After my old Fitbit died, I moved to a Garmin Instinct II, whose heart rate broadcasts via standard Bluetooth Low Energy (BLE). This shift from a proprietary API to an open interface was the critical first step. It enabled me to easily capture the data using the bleak library, setting up my asynchronous producer.
The core challenge lay in the Producer-Consumer pattern. My async producer needed to feed the synchronous consumer (the OBS client) without blocking the entire event loop. The solution was to delegate the blocking I/O using asyncio.to_thread and then separate the components entirely using threads and a queue for synchronization. This allowed both the fast BLE communication and the slower OBS updates to work independently and reliably.
So, is this project a good example of what asyncio is capable of? Absolutely. It shows that even when not all components are asynchronous, it is still possible to create a reliable and non-blocking workaround. Check out the full breakdown, including the code snippets and my thoughts on the future of open hardware development!
#Python #Asyncio #Concurrency #BluetoothLowEnergy #SoftwareDevelopment #OBS
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"What can we do with asynchronous programming?" That was the question that kicked off my latest project. My OBS heart rate widget had been broken for months, and solving it meant tackling a huge technical challenge: bridging a fast, asynchronous Bluetooth data stream with a slow, blocking synchronous OBS WebSocket client. It became the perfect real-world test for Python's concurrency tools.
The problem started with vendor lock-in. After my old Fitbit died, I moved to a Garmin Instinct II, whose heart rate broadcasts via standard Bluetooth Low Energy (BLE). This shift from a proprietary API to an open interface was the critical first step. It enabled me to easily capture the data using the bleak library, setting up my asynchronous producer.
The core challenge lay in the Producer-Consumer pattern. My async producer needed to feed the synchronous consumer (the OBS client) without blocking the entire event loop. The solution was to delegate the blocking I/O using asyncio.to_thread and then separate the components entirely using threads and a queue for synchronization. This allowed both the fast BLE communication and the slower OBS updates to work independently and reliably.
So, is this project a good example of what asyncio is capable of? Absolutely. It shows that even when not all components are asynchronous, it is still possible to create a reliable and non-blocking workaround. Check out the full breakdown, including the code snippets and my thoughts on the future of open hardware development!
#Python #Asyncio #Concurrency #BluetoothLowEnergy #SoftwareDevelopment #OBS
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How neighbors could spy on smart homes https://www.helpnetsecurity.com/2025/10/30/spy-on-smart-homes-privacy-research/ #BluetoothLowEnergy #InternetofThings #surveillance #Don'tmiss #Bluetooth #smarthome #Features #Hotstuff #hardware #scanning #wireless #network #privacy #News
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How neighbors could spy on smart homes https://www.helpnetsecurity.com/2025/10/30/spy-on-smart-homes-privacy-research/ #BluetoothLowEnergy #InternetofThings #surveillance #Don'tmiss #Bluetooth #smarthome #Features #Hotstuff #hardware #scanning #wireless #network #privacy #News
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How neighbors could spy on smart homes https://www.helpnetsecurity.com/2025/10/30/spy-on-smart-homes-privacy-research/ #BluetoothLowEnergy #InternetofThings #surveillance #Don'tmiss #Bluetooth #smarthome #Features #Hotstuff #hardware #scanning #wireless #network #privacy #News
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How neighbors could spy on smart homes https://www.helpnetsecurity.com/2025/10/30/spy-on-smart-homes-privacy-research/ #BluetoothLowEnergy #InternetofThings #surveillance #Don'tmiss #Bluetooth #smarthome #Features #Hotstuff #hardware #scanning #wireless #network #privacy #News
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Hacking the Bluetooth-Enabled Anker Prime Power Bank https://hackaday.com/2025/08/14/hacking-the-bluetooth-enabled-anker-prime-power-bank/ #ReverseEngineering #bluetoothlowenergy #customfirmware #powerbank
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Hacking the Bluetooth-Enabled Anker Prime Power Bank https://hackaday.com/2025/08/14/hacking-the-bluetooth-enabled-anker-prime-power-bank/ #ReverseEngineering #bluetoothlowenergy #customfirmware #powerbank
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Hacking the Bluetooth-Enabled Anker Prime Power Bank https://hackaday.com/2025/08/14/hacking-the-bluetooth-enabled-anker-prime-power-bank/ #ReverseEngineering #bluetoothlowenergy #customfirmware #powerbank
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Hacking the Bluetooth-Enabled Anker Prime Power Bank https://hackaday.com/2025/08/14/hacking-the-bluetooth-enabled-anker-prime-power-bank/ #ReverseEngineering #bluetoothlowenergy #customfirmware #powerbank
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Hacking the Bluetooth-Enabled Anker Prime Power Bank - Selling power banks these days isn’t easy, as you can only stretch the reasonable ... - https://hackaday.com/2025/08/14/hacking-the-bluetooth-enabled-anker-prime-power-bank/ #reverseengineering #bluetoothlowenergy #customfirmware #powerbank
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Hacking the Bluetooth-Enabled Anker Prime Power Bank - Selling power banks these days isn’t easy, as you can only stretch the reasonable ... - https://hackaday.com/2025/08/14/hacking-the-bluetooth-enabled-anker-prime-power-bank/ #reverseengineering #bluetoothlowenergy #customfirmware #powerbank
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Hacking the Bluetooth-Enabled Anker Prime Power Bank - Selling power banks these days isn’t easy, as you can only stretch the reasonable ... - https://hackaday.com/2025/08/14/hacking-the-bluetooth-enabled-anker-prime-power-bank/ #reverseengineering #bluetoothlowenergy #customfirmware #powerbank
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Hacking the Bluetooth-Enabled Anker Prime Power Bank - Selling power banks these days isn’t easy, as you can only stretch the reasonable ... - https://hackaday.com/2025/08/14/hacking-the-bluetooth-enabled-anker-prime-power-bank/ #reverseengineering #bluetoothlowenergy #customfirmware #powerbank
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Hacking the Bluetooth-Enabled Anker Prime Power Bank - Selling power banks these days isn’t easy, as you can only stretch the reasonable ... - https://hackaday.com/2025/08/14/hacking-the-bluetooth-enabled-anker-prime-power-bank/ #reverseengineering #bluetoothlowenergy #customfirmware #powerbank
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A Solar-Only, Battery-Free Device That Harvests Energy from a BPW34 Photodiode https://hackaday.com/2025/08/10/a-solar-only-battery-free-device-that-harvests-energy-from-a-bpw34-photodiode/ #BQ25504ultra-low-powerboostconverter #BPW34SiliconPINphotodiode #bluetoothlowenergy #WirelessHacks #RadioHacks #SolarHacks #NordicnRF #hardware #mosfet
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A Solar-Only, Battery-Free Device That Harvests Energy from a BPW34 Photodiode https://hackaday.com/2025/08/10/a-solar-only-battery-free-device-that-harvests-energy-from-a-bpw34-photodiode/ #BQ25504ultra-low-powerboostconverter #BPW34SiliconPINphotodiode #bluetoothlowenergy #WirelessHacks #RadioHacks #SolarHacks #NordicnRF #hardware #mosfet
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A Solar-Only, Battery-Free Device That Harvests Energy from a BPW34 Photodiode https://hackaday.com/2025/08/10/a-solar-only-battery-free-device-that-harvests-energy-from-a-bpw34-photodiode/ #BQ25504ultra-low-powerboostconverter #BPW34SiliconPINphotodiode #bluetoothlowenergy #WirelessHacks #RadioHacks #SolarHacks #NordicnRF #hardware #mosfet
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A Solar-Only, Battery-Free Device That Harvests Energy from a BPW34 Photodiode https://hackaday.com/2025/08/10/a-solar-only-battery-free-device-that-harvests-energy-from-a-bpw34-photodiode/ #BQ25504ultra-low-powerboostconverter #BPW34SiliconPINphotodiode #bluetoothlowenergy #WirelessHacks #RadioHacks #SolarHacks #NordicnRF #hardware #mosfet
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A Solar-Only, Battery-Free Device That Harvests Energy from a BPW34 Photodiode - Normally when you think solar projects, you think of big photovoltaic cells. But a... - https://hackaday.com/2025/08/10/a-solar-only-battery-free-device-that-harvests-energy-from-a-bpw34-photodiode/ #bq25504ultra-low-powerboostconverter #bpw34siliconpinphotodiode #bluetoothlowenergy #wirelesshacks #radiohacks #solarhacks #nordicnrf #hardware #mosfet
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A Solar-Only, Battery-Free Device That Harvests Energy from a BPW34 Photodiode - Normally when you think solar projects, you think of big photovoltaic cells. But a... - https://hackaday.com/2025/08/10/a-solar-only-battery-free-device-that-harvests-energy-from-a-bpw34-photodiode/ #bq25504ultra-low-powerboostconverter #bpw34siliconpinphotodiode #bluetoothlowenergy #wirelesshacks #radiohacks #solarhacks #nordicnrf #hardware #mosfet
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A Solar-Only, Battery-Free Device That Harvests Energy from a BPW34 Photodiode - Normally when you think solar projects, you think of big photovoltaic cells. But a... - https://hackaday.com/2025/08/10/a-solar-only-battery-free-device-that-harvests-energy-from-a-bpw34-photodiode/ #bq25504ultra-low-powerboostconverter #bpw34siliconpinphotodiode #bluetoothlowenergy #wirelesshacks #radiohacks #solarhacks #nordicnrf #hardware #mosfet
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A Solar-Only, Battery-Free Device That Harvests Energy from a BPW34 Photodiode - Normally when you think solar projects, you think of big photovoltaic cells. But a... - https://hackaday.com/2025/08/10/a-solar-only-battery-free-device-that-harvests-energy-from-a-bpw34-photodiode/ #bq25504ultra-low-powerboostconverter #bpw34siliconpinphotodiode #bluetoothlowenergy #wirelesshacks #radiohacks #solarhacks #nordicnrf #hardware #mosfet
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A Solar-Only, Battery-Free Device That Harvests Energy from a BPW34 Photodiode - Normally when you think solar projects, you think of big photovoltaic cells. But a... - https://hackaday.com/2025/08/10/a-solar-only-battery-free-device-that-harvests-energy-from-a-bpw34-photodiode/ #bq25504ultra-low-powerboostconverter #bpw34siliconpinphotodiode #bluetoothlowenergy #wirelesshacks #radiohacks #solarhacks #nordicnrf #hardware #mosfet
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GarageMinder: Automatic Garage Door - After getting a new car, [Solo Pilot] missed the automatic garage door opening and... - https://hackaday.com/2025/07/19/garageminder-automatic-garage-door/ #bluetoothlowenergy #garagedoor #homehacks #carhacks #ble
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GarageMinder: Automatic Garage Door - After getting a new car, [Solo Pilot] missed the automatic garage door opening and... - https://hackaday.com/2025/07/19/garageminder-automatic-garage-door/ #bluetoothlowenergy #garagedoor #homehacks #carhacks #ble
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GarageMinder: Automatic Garage Door - After getting a new car, [Solo Pilot] missed the automatic garage door opening and... - https://hackaday.com/2025/07/19/garageminder-automatic-garage-door/ #bluetoothlowenergy #garagedoor #homehacks #carhacks #ble
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GarageMinder: Automatic Garage Door - After getting a new car, [Solo Pilot] missed the automatic garage door opening and... - https://hackaday.com/2025/07/19/garageminder-automatic-garage-door/ #bluetoothlowenergy #garagedoor #homehacks #carhacks #ble
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GarageMinder: Automatic Garage Door - After getting a new car, [Solo Pilot] missed the automatic garage door opening and... - https://hackaday.com/2025/07/19/garageminder-automatic-garage-door/ #bluetoothlowenergy #garagedoor #homehacks #carhacks #ble
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GarageMinder: Automatic Garage Door https://hackaday.com/2025/07/19/garageminder-automatic-garage-door/ #bluetoothlowenergy #garagedoor #homehacks #carhacks #ble
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GarageMinder: Automatic Garage Door https://hackaday.com/2025/07/19/garageminder-automatic-garage-door/ #bluetoothlowenergy #garagedoor #homehacks #carhacks #ble
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GarageMinder: Automatic Garage Door https://hackaday.com/2025/07/19/garageminder-automatic-garage-door/ #bluetoothlowenergy #garagedoor #homehacks #carhacks #ble
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GarageMinder: Automatic Garage Door https://hackaday.com/2025/07/19/garageminder-automatic-garage-door/ #bluetoothlowenergy #garagedoor #homehacks #carhacks #ble
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Intercepting and Decoding Bluetooth Low Energy Data for Victron Devices https://hackaday.com/2025/05/26/intercepting-and-decoding-bluetooth-low-energy-data-for-victron-devices/ #bluetoothlowenergy #Microcontrollers #SoftwareHacks #WirelessHacks #ArduinoHacks #RadioHacks #ESP32wroom #Victron #ble
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Intercepting and Decoding Bluetooth Low Energy Data for Victron Devices https://hackaday.com/2025/05/26/intercepting-and-decoding-bluetooth-low-energy-data-for-victron-devices/ #bluetoothlowenergy #Microcontrollers #SoftwareHacks #WirelessHacks #ArduinoHacks #RadioHacks #ESP32wroom #Victron #ble
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Intercepting and Decoding Bluetooth Low Energy Data for Victron Devices https://hackaday.com/2025/05/26/intercepting-and-decoding-bluetooth-low-energy-data-for-victron-devices/ #bluetoothlowenergy #Microcontrollers #SoftwareHacks #WirelessHacks #ArduinoHacks #RadioHacks #ESP32wroom #Victron #ble
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Intercepting and Decoding Bluetooth Low Energy Data for Victron Devices https://hackaday.com/2025/05/26/intercepting-and-decoding-bluetooth-low-energy-data-for-victron-devices/ #bluetoothlowenergy #Microcontrollers #SoftwareHacks #WirelessHacks #ArduinoHacks #RadioHacks #ESP32wroom #Victron #ble
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Intercepting and Decoding Bluetooth Low Energy Data for Victron Devices - [ChrisJ7903] has created two Ardiuno programs for reading Victron solar controller... - https://hackaday.com/2025/05/26/intercepting-and-decoding-bluetooth-low-energy-data-for-victron-devices/ #bluetoothlowenergy #microcontrollers #softwarehacks #wirelesshacks #arduinohacks #radiohacks #esp32wroom #victron #ble
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Intercepting and Decoding Bluetooth Low Energy Data for Victron Devices - [ChrisJ7903] has created two Ardiuno programs for reading Victron solar controller... - https://hackaday.com/2025/05/26/intercepting-and-decoding-bluetooth-low-energy-data-for-victron-devices/ #bluetoothlowenergy #microcontrollers #softwarehacks #wirelesshacks #arduinohacks #radiohacks #esp32wroom #victron #ble
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Intercepting and Decoding Bluetooth Low Energy Data for Victron Devices - [ChrisJ7903] has created two Ardiuno programs for reading Victron solar controller... - https://hackaday.com/2025/05/26/intercepting-and-decoding-bluetooth-low-energy-data-for-victron-devices/ #bluetoothlowenergy #microcontrollers #softwarehacks #wirelesshacks #arduinohacks #radiohacks #esp32wroom #victron #ble
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Intercepting and Decoding Bluetooth Low Energy Data for Victron Devices - [ChrisJ7903] has created two Ardiuno programs for reading Victron solar controller... - https://hackaday.com/2025/05/26/intercepting-and-decoding-bluetooth-low-energy-data-for-victron-devices/ #bluetoothlowenergy #microcontrollers #softwarehacks #wirelesshacks #arduinohacks #radiohacks #esp32wroom #victron #ble
