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FLORIMS • FLORIMS • FLORIMS • FLORIMS  • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS

About

A circuit design was created to ensure that electricity flowed through every wire and that the components functioned properly. The electrical components, such as the rain sensor, were controlled by the ESP32, which was programmed using the Arduino Software, also known as the Arduino IDE. The sensors were used to determine the rainfall intensity each hour. Following the conclusion of the system's coding, testing and problem repair were performed to ensure that each sensor could produce real data. The system's housing was created following the completion of the various software components.

FLORIMS • FLORIMS • FLORIMS • FLORIMS  • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS • FLORIMS

HOW IT WORKS?

STEP 01:

Place FLORIMS at the starting point of the flood area.

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STEP 03: 

Connect FLORIMS to Telegram app and WiFi Network, "hujannakturun".

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WhatsApp Image 2023-12-25 at 4_edited_edited.png

STEP 02:

Connect FLORIMS to the power source

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STEP 04:

Now, FLORIMS is ready to be fully function!

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WhatsApp Image 2023-12-25 at 4_edited.png

OUTPUT

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est. 2023 by the bRAINs Team.

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