Inspiration
The inspiration for the Flood Detector project came from the need to keep roads safe during heavy rains and floods. In many areas, roads become dangerous or even impassable during floods, leading to accidents and traffic jams. We wanted to create a solution that could detect floods early and help redirect traffic to keep everyone safe.
What it does
The Flood Detector uses an Arduino board and a water level sensor to detect floods on a road. When the water level rises above a certain threshold, the Flood Detector sends a message to the traffic control system, which can then redirect traffic to avoid the flooded area.
How we built it
We built the Flood Detector using an Arduino board, a water level sensor, and an Ethernet shield. We programmed the Arduino board to read the sensor data and send a message to the server when the water level exceeds the threshold. We also built a simple server that receives the messages and triggers a notification to the traffic control system.
Challenges we ran into
One of the biggest challenges we faced was tuning the water level sensor to get accurate readings. We also had to work out the communication protocol between the Arduino board and the server, which took some time to get right.
Accomplishments that we're proud of
We are proud of creating a working prototype of the Flood Detector that can detect floods accurately and send messages to the server reliably. We are also proud of building a simple but effective server that can receive and process flood alerts from multiple Flood Detectors.
What we learned
We learned a lot about working with Arduino boards, sensors, and network protocols. We also learned about the challenges of designing a system that can operate reliably in a real-world environment.
What's next for Flood Detector
In the future, we plan to add more sensors to the Flood Detector to detect other hazards on the road, such as ice or debris. We also plan to integrate the Flood Detector with more advanced traffic control systems to enable more sophisticated routing decisions. Finally, we plan to test the Flood Detector in real-world conditions to refine its design and improve its accuracy.
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