SenseBox Mini is a compact ESP32-based room monitoring device that measures temperature, humidity, and air quality.
It hosts a local web interface over WiFi where users can view live sensor data, configure alert thresholds, and control sound notifications — all without relying on cloud services.
Added alert thresholds, cod fixes , testing
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Extended Dashboard
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Testing the first version of web dashboard
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I created the 3D casing in Fusion for SenseBox Mini, but we realized that the screws are too close to each other, so we will have to use hot melt adhesive to fix the components on the chassis and modified the Arduino code for the first web prototype of the site. All on Github
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I updated the buzzer logic so it only triggers once when a threshold is exceeded, instead of continuously.
I also updated the Fritzing schematic to include the buzzer and adjusted the wiring accordingly.
Finally, I set up and organized the initial GitHub repository structure for the project.
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Hiii, this is my first devlog, I worked on both the hardware and firmware foundations for SenseBox Mini.
I created the initial hardware schematic in Fritzing, connecting the ESP32-C3 with the SHT31 temperature & humidity sensor and the CCS811 air quality sensor over a shared I2C bus. The design focuses on simplicity, using only the required pins and powering all components at 3.3V.
In parallel, I started the firmware setup by initializing the I2C bus and preparing the basic project structure for reading sensor data. This step ensures that the hardware design and firmware architecture align correctly before adding more advanced features such as alerts and the web interface.
YET STILL NOT DONE, we have so manny things to do XD
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Hiii, this is my first devlog, I worked on both the hardware and firmware foundations for SenseBox Mini.
I created the initial hardware schematic in Fritzing, connecting the ESP32-C3 with the SHT31 temperature & humidity sensor and the CCS811 air quality sensor over a shared I2C bus. The design focuses on simplicity, using only the required pins and powering all components at 3.3V.
In parallel, I started the firmware setup by initializing the I2C bus and preparing the basic project structure for reading sensor data. This step ensures that the hardware design and firmware architecture align correctly before adding more advanced features such as alerts and the web interface.
YET STILL NOT DONE, we have so manny things to do XD
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