Smart Pothole Reporter Using Artificial Intelligence and PictoBlox
by aishwarynarayan in Design > Software
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Smart Pothole Reporter Using Artificial Intelligence and PictoBlox
Road potholes are a major cause of vehicle damage, traffic congestion, and road accidents. Detecting potholes manually is time-consuming and inefficient. The Smart Pothole Reporter is an AI-powered system developed using PictoBlox that automatically identifies potholes through a camera feed and alerts the user in real time. The system uses image classification to distinguish between normal roads and potholes. This project demonstrates how Artificial Intelligence can be applied to improve road safety and support smart city infrastructure.
Supplies
Materials Required
Laptop/Desktop
Webcam (built-in or external)
PictoBlox Software
Open Pictoblox
- Open PictoBlox
- Create a New Project
- Select:
- Stage Mode
- Python not required for this version
Create AI Model
Create Two Classes
- Pothole
- Normal Road
Collect Images
- 50–100 pothole images
- 50–100 normal road images
Train Model
- Open AI Model Trainer.
- Upload images.
- Train the model.
- Deploy the trained model.
Create Variables
Create:
- Pothole_Count
Add Extensions
Add:
- AI Model Extension
- Text to Speech
Block Logic
Start Camera
When Green Flag Clicked
Turn Video ON
Set Pothole_Count to 0
Speak "Smart Pothole Reporter Started"
Detection Logic
Forever
Recognize Image
If Predicted Class = Pothole
Change Pothole_Count by 1
Speak "Warning. Pothole Detected Ahead"
Wait 3 Seconds
Else
Say "Road Normal"
Flowchart
Start
↓
Turn Camera ON
↓
Capture Road Image
↓
AI Prediction
↓
Pothole?
↙ ↘
Yes No
↓ ↓
Alert Continue
↓
Increase Counter
↓
Repeat
Result
The Smart Pothole Reporter successfully detected potholes using the trained AI model. The system was able to distinguish between pothole images and normal road images with good accuracy. When a pothole was detected, an audio warning was generated and the pothole counter increased automatically. The project demonstrated the effectiveness of AI-based road monitoring.