Building a linear regression model that addresses Conflict risk and Peacebuilding in any nation in Africa
# Predicting African Conflict Risk: An ML-Powered Early Warning System
## 🎯 Project Mission
To develop an innovative early warning system that predicts potential conflict zones in African regions using machine learning, providing actionable insights for peacekeeping organizations and humanitarian agencies.
→ Alternatively, Access Dataset from my Googledrive if you donot have a Kaggle account Documentation
## 📊 Project Overview
This project combines machine learning, API development, and mobile technology to create a practical tool for conflict prediction and prevention. Our system analyzes 21 distinct socio-economic indicators to provide accurate risk assessments and peacebuilding success predictions.
github.com
### Key Achievements
- **96.26%** accuracy in conflict risk prediction
- **97.28%** accuracy in peacebuilding success prediction
- Real-time predictions via RESTful API
- Cross-platform mobile application for field deployment
## 🔬 Technical Components
### 1. Machine Learning Model
Our predictive model leverages a comprehensive dataset of African socio-economic indicators:
#### Dataset Specifications
- **Records**: 9,072 entries
- **Features**: 21 indicators including:
- Poverty rates
- Political stability indices
- Educational metrics
- Resource distribution
- Demographic patterns
#### Model Performance
| Model Type | R² Score | RMSE | Application |
|------------|----------|------|-------------|
| Random Forest | 0.9626 | 0.6452 | Conflict Risk |
| Random Forest | 0.9728 | 2.2516 | Peacebuilding |
→ View Full Model Documentation NOTEBOOK
### 2. FastAPI Implementation
Our API provides real-time prediction capabilities with robust input validation:
```python
POST /predict
```
#### Features
- Comprehensive input validation
- Cross-Origin Resource Sharing (CORS) enabled
- Swagger UI documentation
- Production deployment on …