SenseBox – Status
About
Since we all can’t travel and stay at home during this Easter, because of the current pandemic, I will enjoy my DIY electronics hobby. While browsing the web I came across this nice SenseBox project. The good part, it is derived from the Arduino ecosystem I already know for years and it works as an sensor hub. So programming looks easy enough for me (if you like, you can also use ArduBlockly) . This also will refresh my programming skills that have been unused for far too long. Furthermore I can easily extend it with other sensors via I2C.
Documentation is, for the basic setup, very good and easy step by step. It is also a community and education project, so if you like it is a great thing to do it with your kids, there is plenty of education material. All sensor data can be forwarded to a world map → OpenSenseMap.
Sounds like fun, so I ordered the senseBox:home version. BTW, all the wires, housing are included in the kit, my configuration:
- SenseBox MCU
- Wifi-Bee
- SD-Bee
- Temperature- and Humidity Sensor (HDC1080)
- Airpressure & temperatur Sensor (Bosch BMP280)
- Illumination and UV radiation
- Dust Sensor (PM10 & 2.5) with enclosure
- LED Display
Additional:
- telescope pole (a shower curtain rail) to clamp it to the kitchen window
- some cable ties and sockets
- 2 components adhesive
- duct tape, because there will be no DIY whithout
Project Status – Hardware
- [done] Basic HW setup with all Sensors, Display, WiFi and SD-Bee in place
- [open] SoundSensor
- [open] RGB light Sensor
- [open] RTC Clock
Project Status – Programming
- [done] setup Arduino IDE for MCU
- [done] LED display
- [done] WiFi Bee
- [ongoing] logging to OpenSenseMap
- [done] send data stream to OpenSenseMap
- [open] data flow restriction (there is a 10k max for monthly chart)
- [ongoing] Logging to SD Card
- [ongoing] syncing Time via Internet (NTP)
- [open] Save Data to SD Card
- [open]Data Access (FTP or simple Web Frontend)
- [open] Sound Sensor
- [open] RGB illumination Sensor