This project is developed as part of an Aadhaar Hackathon to analyze enrolment, demographic, and biometric datasets and generate actionable insights, early warnings, and decision-support outputs for operational planning and policy support.
The system focuses on:
- Demand analysis
- Capacity vs load evaluation
- Trend detection (MoM growth)
- Risk identification
- Actionable recommendations
- Analyze Aadhaar enrolment demand at district and monthly levels
- Detect load stress, demand spikes, and capacity risks
- Generate early warning indicators
- Support data-driven operational decisions
aadhaar-hackathon/ │ ├── api_data_aadhar_biometric/ # Raw biometric API data ├── api_data_aadhar_demographic/ # Raw demographic API data ├── api_data_aadhar_enrolment/ # Raw enrolment API data │ ├── notebooks/ # Jupyter notebooks (analysis & experiments) │ ├── outputs/ # Processed datasets & final outputs │ ├── imp_outputs/ # Key output files used for decision logic
- Monthly demand aggregation
- District-wise enrolment trends
- Demand categorization: Low / Medium / High
- Monthly capacity vs actual demand
- Load category classification
- Backlog and stress risk identification
- Month-over-Month (MoM) growth calculation
- Trend labels: Increasing / Stable / Decreasing
- Demand spikes
- Capacity shortfall alerts
- High-load & increasing-demand risk zones
Actionable recommendations based on Load Category + Demand Trend, such as:
- Add staff
- Deploy mobile enrolment units
- Buffer capacity planning
- Monitoring-only actions
- Python
- Pandas
- NumPy
- Matplotlib
- Jupyter Notebook
- Git & GitHub
- Cleaned and merged monthly datasets
- Demand trend and MoM growth files
- Load categorization outputs
- Decision recommendation datasets
Generated files are available in: outputs/ imp_outputs/
- Clone the repository
git clone https://github.com/RaihanBasha7/aadhar-hackathon.git
cd aadhar-hackathon
jupyter notebook📄 License
This project is created for hackathon and educational purposes only.
Shaik Raihan Basha
Team Lead